GLOBAL COURSE CATALOG JANUARY DECEMBER 2014

Transcription

1 GLOBAL COURSE CATALOG JANUARY DECEMBER 2014 Release 2 June 2014

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3 TABLE OF CONTENTS TRAINING FACILITIES... 7 TRAINING OVERVIEW... 9 COMPETENCY GENERAL INFORMATION AC DRIVE FUNDAMENTALS AND MAINTENANCE COURSE (ABB) AMPHION CONTROLS OPERATORS COURSE AMPHION MAINTENANCE COURSE FOR RIG ELECTRICIAN AND E.T BASIC ELECTRICITY FUNDAMENTALS AND TROUBLESHOOTING BAYLOR BRAKE FUNDAMENTALS, MAINTENANCE AND TROUBLESHOOTING BLOCK CONTROL SYSTEM (BCS) BX ELEVATOR, PS-21/30, AND RST MECHANICAL CYBERBASE OPERATIONS COURSE DAQ SYSTEM 4 AND RIGSENSE TM 2 MAINTENANCE COURSE DAQ SYSTEM 5 AND RIGSENSE TM 3 MAINTENANCE DRAWWORKS UDBE DRAWWORKS , 1320, 110, 80 & 55 WITH UNIVERSAL DISC BRAKE DRAWWORKS - ADS 10/20/30 MECHANICAL DRAWWORKS - ADS 10SD MECHANICAL DRAWWORKS DSGD DRAWWORKS - E ELECTRICAL SENSORS ELECTRONIC DRILLING SYSTEM- EDS OPERATIONS COURSE ELECTRONIC DRILLING SYSTEM (EDS) MAINTENANCE COURSE HPU MECHANICAL AND MAINTENANCE COURSE MODELS HPA32, HP37, HP45, AND HP HPU HE 100 SERIES MECHANICAL HYDRALIFT BRIDGERACKER MAINTENANCE COURSE HYDRALIFT HYDRATONG MAINTENANCE COURSE HYDRALIFT MOTION COMPENSATION MAINTENANCE COURSE HYDRARACKER IV MAINTENANCE COURSE HYDRAULIC FUNDAMENTALS HYDRAULICS WITH TROUBLESHOOTING INDUSTRIAL PRACTICES IRON ROUGHNECK - AR MECHANICAL COURSE IRON ROUGHNECK - AR , 4500, AND 5000 MODELS IRON ROUGHNECK - ST 80 MECHANICAL COURSE IRON ROUGHNECK - ST 80-C MECHANICAL COURSE IRON ROUGHNECK ST 100 REMOTE OPERATED MECHANICAL IRON ROUGHNECK - ST 120 MECHANICAL COURSE IRON ROUGHNECK - ST 160 MECHANICAL COURSE KEMS - IDEAL AUTODRILLER AND BRAKE CONTROL SAFETY SYSTEM COURSE KINGPOST CRANE THE LAND DRILLING RIG THE LAND AND OFFSHORE DRILLING INTRODUCTION COURSE Global Course Catalog - Release 2 June2014 Page 3

4 MODULE ONE RIG SITE MAGNETIC PARTICLE INSPECTION OF VARCO BJ PRODUCTS MUD PUMPS - 14-P-220 MECHANICAL AND MAINTENANCE COURSE MUD PUMPS FD 1600 TRIPLEX MECHANICAL COURSE MUD PUMPS - HEX 240 MAINTENANCE COURSE MUD PUMPS - P-SERIES MAINTENANCE COURSE MUD PUMPS - TRIPLEX - POWER END NOV DRILLING EQUIPMENT- SAFE OPERATION AND DAILY CARE THE OFFSHORE DRILLING AND PRODUCTION COURSE PIPE RACKING SYSTEM (PRS) MAINTENANCE COURSE (4I AND 6I MODELS) PIPE RACKING SYSTEM (PRS) MAINTENANCE COURSE (4I AND 8I MODELS) PIPE RACKING SYSTEM (PRS) MAINTENANCE COURSE (4I MODEL) PIPE RACKING SYSTEM (PRS) MAINTENANCE COURSE (5R MODEL) PIPE RACKING SYSTEM (PRS) MAINTENANCE COURSE (6I MODEL) PIPE RACKING SYSTEM (PRS) MAINTENANCE COURSE (8I MODEL) PIPECAT MACHINE PLC COURSE FOR RIG SYSTEMS - APPLICATIONS OF ALLEN-BRADLEY PLC COURSE FOR RIG SYSTEMS - APPLICATIONS OF SIEMENS PLC COURSE FOR RIG SYSTEMS - ADVANCED ALLEN-BRADLEY PLC COURSE FOR RIG SYSTEMS - ADVANCED SIEMENS PNEUMATICS FUNDAMENTALS WITH TROUBLESHOOTING RIGSENSE 2.0 OPERATORS COURSE RIGSENSE 3.0 OPERATORS COURSE SCR MAINTENANCE COURSE - INTEGRATED POWER SYSTEM INTERMEDIATE (IPS) SCR MAINTENANCE COURSE - ROSS HILL ADVANCED SCR MAINTENANCE COURSE - ROSS HILL INTERMEDIATE (GENERATOR CONTROLS) SCR MAINTENANCE COURSE - ROSS HILL INTERMEDIATE (SCR CONTROLS) SCR MAINTENANCE COURSE - TECH POWER INTERMEDIATE SCR MAINTENANCE COURSE - TECH POWER ADVANCED SHAFFER 5TH GEN BOP MUX ELECTRICAL CONTROLS SHAFFER 6TH GEN BOP MUX ELECTRICAL CONTROLS SHAFFER EQUIPMENT MECHANICAL (SHAFFER RUCKER MOTION COMPENSATION) SHAFFER EQUIPMENT MECHANICAL (SURFACE TYPE EQUIPMENT) SHAFFER EQUIPMENT MECHANICAL COURSE (SUB SEA EQUIPMENT) TOP DRIVE SYSTEM - TDS 8 SA & 1000 ELECTRICAL TOP DRIVE SYSTEM - AC TDS 8 & 1000 MECHANICAL TOP DRIVE SYSTEM - TDS 9 & 11 MECHANICAL TOP DRIVE SYSTEM - TDS 11SH MECHANICAL TOP DRIVE SYSTEM - AC AND BASIC HYDRAULICS COMBINED - MECHANICAL TOP DRIVE SYSTEM - AC TOP DRIVE ELECTRICAL SYSTEMS TOP DRIVE SYSTEM - DC TDS 3, 4, 5, 6 ELECTRICAL TOP DRIVE SYSTEM - TDS 3, 4, 5, 6 MECHANICAL TOP DRIVE SYSTEM - HPS 500, 650, 750 AND 1000 MAINTENANCE TOP DRIVE SYSTEM - PS SERIES MECHANICAL TOP DRIVE SYSTEM - TDX-1000 MECHANICAL Global Course Catalog - Release 2 June2014 Page 4

5 TOP DRIVE SYSTEM - TDX-1250 MAINTENANCE MANAGEMENT COURSE- DRILLING EQUIPMENT MANAGEMENT COURSE- CRANES MANAGEMENT COURSE- WELL INTERVENTION SYSTEMS OPERATORS COURSE- DRILLING EQUIPMENT OPERATORS COURSE- WELL INTERVENTION EQUIPMENT/ SYSTEMS CRANE OPERATOR COURSE- PIPE HANDLING CRANE (KNUCKLE BOOM) CRANE OPERATOR COURSE- OFFSHORE CRANE (KNUCKLE BOOM) CRANE OPERATOR COURSE- ACTIVE HEAVE COMPENSATED SUBSEA CRANE CRANE OPERATOR COURSE- RISER GANTRY CRANE CRANE OPERATOR COURSE- SINGLE BOOM CRANE CRANE OPERATOR COURSE- TELESCOPE BOOM CRANE HYDRAULIC/ MECHANICAL MAINTENANCE COURSE- DRILLING EQUIPMENT HYDRAULIC/ MECHANICAL MAINTENANCE COURSE- WELL INTERVENTION EQUIPMENT/ SYSTEMS CRANE MAINTENANCE COURSE- PIPE HANDLING CRANE (KNUCKLE BOOM) CRANE MAINTENANCE COURSE- OFFSHORE CRANE (KNUCKLE BOOM) CRANE MAINTENANCE COURSE- ACTIVE HEAVE COMPENSATED SUBSEA CRANE CRANE MAINTENANCE COURSE- RISER GANTRY CRANE CRANE MAINTENANCE COURSE- SINGLE BOOM CRANE CRANE MAINTENANCE COURSE- TELESCOPE BOOM CRANE OPERATION & MAINTENANCE COMBINED COURSE- SUB SEA/ MOTION COMPENSATION EQUIPMENT ELECTRO TECHNICAL MAINTENANCE COURSE- DRILLING AND MOTION COMPENSATING ELECTRO TECHNICAL MAINTENANCE COURSE- WELL INTERVENTION EQUIPMENT CRANE ELECTRO MAINTENANCE COURSE- PIPE HANDLING CRANE (KNUCKLE BOOM) CRANE ELECTRO MAINTENANCE COURSE- OFFSHORE CRANE (KNUCKLE BOOM) CRANE ELECTRO MAINTENANCE COURSE- ACTIVE HEAVE COMPENSATED SUBSEA CRANE CRANE ELECTRO MAINTENANCE COURSE- RISER GANTRY CRANE CRANE ELECTRO MAINTENANCE COURSE- SINGLE BOOM CRANE CRANE ELECTRO MAINTENANCE COURSE- TELESCOPE BOOM CRANE ADVANCED HANDS-ON TROUBLESHOOTING COURSE FOR ELECTRO TECHNICIANS, PART 2 OF CYBERBASE & DRILLING EQUIPMENT/ SYSTEMS OPERATOR COURSE CYBERBASE & DRILLING EQUIPMENT ELECTRO TECHNICAL (ET) MAINTENANCE COURSE CYBERBASE & DRILLING EQUIPMENT MECHANICAL MAINTENANCE COURSE CYBERBASE & DRILLING EQUIP ADV HANDS-ON TROUBLESHOOT, ET, PART 1 OF CYBERBASE & DRILLING EQUIPMENT HANDS-ON ASSISTANCE ONBOARD RIG/ VESSEL DRILLING FLUID TECHNOLOGY (DFT) OPERATOR COURSE DRILLING FLUID TECHNOLOGY (DFT) ELECTRO TECHNICAL MAINTENANCE COURSE DRILLING FLUID TECHNOLOGY (DFT) MECHANICAL MAINTENANCE COURSE DRILLING FLUID TECHNOLOGY (DFT) OPERATOR COURSE - ONBOARD DRILLING FLUID TECHNOLOGY (DFT) ELECTRO TECHNICAL MAINTENANCE COURSE - ONBOARD DRILLING FLUID TECHNOLOGY (DFT) MECHANICAL MAINTENANCE COURSE - ONBOARD LATTICE BOOM OFFSHORE CRANE OPERATOR COURSE LATTICE BOOM OFFSHORE CRANE-HYDRAULIC/ MECHANIC COURSE LATTICE BOOM OFFSHORE CRANE INSTRUMENT COURSE Global Course Catalog - Release 2 June2014 Page 5

6 LATTICE BOOM OFFSHORE CRANE OP ON-SITE COURSE LATTICE BOOM OFFSHORE CRANE INSTRUMENT ALL ELECTRIC CRANE COURSE RISER PULL-IN WINCH COURSE G5 OFFSHORE OP COURSE APPENDIX A- TYPES OF EQUIPMENT/SYSTEMS COVERED-RIG SPECIFIC COURSES APPENDIX B- COURSE DATES *ALL COURSES AVAIALBE UPON REQUEST APPENDIX C APPENDIX D FACILITY MAPS HOUSTON FACILITY MAP MACAÉ, BRAZIL FACILITY MAP SINGAPORE, SOUTHEAST ASIA FACILITY MAP KOREA FACILITY MAP MONTROSE, UK FACILITY MAP CEDAR PARK FACILITY MAP NORWAY FACILITY MAPS Global Course Catalog - Release 2 June2014 Page 6

7 TRAINING FACILITIES HOUSTON, TEXAS - USA 5200 N Sam Houston Parkway W, Suite 100 Houston, Texas Phone: Fax: [email protected] CEDAR PARK, TEXAS - USA 1200 Cypress Creek Rd. Cedar Park, Texas Phone: Fax: [email protected] MACAÉ, BRAZIL Rua Lady Esteves da Conceição, 300 Vale Encantado - Macaé - RJ CEP Phone: +55 (22) [email protected] KRISTIANSAND, NORWAY Skibåsen 2, 4636 Kristiansand Phone: Fax: [email protected] STAVANGER, NORWAY Lagerveien 20, FORUS 4069 Stavanger Phone: Fax: [email protected] MOLDE, NORWAY Grandfjæra 24, 6415 Molde Phone: Fax: [email protected] SINGAPORE, SOUTHEAST ASIA 29 Tuas Bay Drive Singapore Phone: Fax: [email protected] 2014 Global Course Catalog - Release 2 June2014 Page 7

8 MONTROSE, UNITED KINGDOM (UK) Forties Road Forties Industrial Estate Montrose, Angus, DD10 9ET Phone: +44(0) Fax: +44(0) ABERDEEN, UNITED KINGDOM (UK) Badentoy Cresent Badentoy Industrial Estate Portlethen, Aberdeen Phone: +44(0) Fax: +44(0) DUBAI, JEBEL ALI R/A # 13, Plot MO 0682; Daimler Chrysler Street AE Dubai Jebel Ali Head Office United Arab Emirates Phone: [email protected] ULSAN, SOUTH KOREA 1274 Hwasan-Ri, 4th Floor Onsan-Eup, Ulju-Gun, Ulsan, South Korea Phone: Fax: [email protected] 2014 Global Course Catalog - Release 2 June2014 Page 8

9 TRAINING OVERVIEW PRODUCT LINE TRAINING Each product line course is a standard course that covers the most common versions of equipment and systems on a rig or vessel. Courses are offered in operators, mechanical, or electrical disciplines depending on the equipment. An open enrollment schedule of product line course is available in the back of the catalog. These courses are open to all and may include participants from various customers or rigs. Customers may request additional offerings with a minimum of 6 student participants. RIG SPECIFIC TRAINING Rig specific courses cover the specific equipment and systems on a particular rig or vessel. They are specifically prepared and designed for the actual equipment and control system the customer has purchased. The majority of courses are either: Hydraulic/ Mechanical Courses, Operator Courses or Electro Technical Maintenance Courses. Training schedules can be adjusted to meet customer requirements. A customer may request a complete, tailor-made training package on several types of equipment and/ or systems and the courses will be presented consecutively, which reduces travel costs and time away from work. ADVANCED SIMULATION TECHNOLOGY NOV s customers have the opportunity to request and purchase rig specific simulator software to be developed and installed in one of NOV s advanced drilling simulators. The realistic training environment can be set up to replicate the customer s rig. From the driller s chair, learners practice how to operate the various types of onboard drilling equipment. This further enhances the learner s level of theoretical knowledge and transfers this knowledge into practical skills. NOV s advanced simulation technology provides 3D visualization of various drill floor and/or seabed operations. Expert instructors are able to demonstrate scenarios that are rarely possible to test in a real world environment. This allows students to work through these scenarios and solve problems that may occur on a rig during operations in a safe and controlled environment. RIG CONSULTANTS Our Rig Consultants have experience on offshore drilling installations, including Jack-up style rigs, Semi-submersible, Floating Platforms, Drill Ships, and various types of Land Drilling Rigs. The Consultants will deliver on-site, one-onone assessment of the safe and efficient operation of various NOV products. They will supervise and guide operators and maintenance personnel to help them gain the skills necessary to operate and maintain NOV equipment. In order to maintain worldwide availability, the Rig Consultants are current on all required safety and regional rig access training. Rig consultants work directly with the rig crew and provide daily reports on items covered, assessments on their progress, and recommendations for improving the safety and efficiency of equipment operations. OFFSHORE/ON-SITE INSTRUCTION Our training courses can be offered on-site at customer facilities and rig locations. Instructors can monitor, train, and guide operators and maintenance personnel to help them gain the skills necessary to operate and maintain NOV equipment. Refresher training for existing rig crews is also available; this can help to improve safety and efficiency of rig operations Global Course Catalog - Release 2 June2014 Page 9

10 MOBILE TRAINING SOLUTIONS (USA ONLY) NOV s mobile classroom can comfortably accommodate up to 10 students for training at your site. This climatecontrolled facility is equipped with all the features you would expect to find in a traditional classroom. It provides a quiet environment on-site for delivering theoretical concepts which are followed by hands-on sessions using your equipment. Other benefits of the mobile classroom are: Significant time savings - training is done on site and reduces crew time away from operations. Significant cost savings - eliminates travel time and expense, making it cost effective to train more people. Provides a flexible schedule; get training when you need it. Concepts learned in the classroom can be immediately used on your equipment. The following courses can be taught from the mobile classroom or at the customer s facility: AC Drive Fundamentals and Maintenance - ABB PLC Course for Rig Systems - Advanced Siemens Baylor Brake Fundamentals, Maintenance, and Troubleshooting PLC Course for Rig Systems - Application of Allen- Bradley BX Elevators, PS21/30, and RST Mechanical - BJ Oil Tools PLC Course for Rig Systems - Application of Siemens Electronic Drilling System (EDS) Operations and Maintenance SCR Maintenance - Integrated Power System Intermediate (IPS) Hydraulic Fundamentals SCR Maintenance - Ross Hill Intermediate Hydraulics with Troubleshooting (Generator Controls) KEMS - Ideal Autodriller and Brake Control Safety System SCR Maintenance - Ross Hill Intermediate (SCR Controls) Industrial Practices SCR Maintenance - Tech Power Intermediate Iron Roughneck - IR 3080 Mechanical Shaffer Equipment Mechanical Course (Surface Iron Roughneck - ST 80 Mechanical Type Equipment) Iron Roughneck - ST 80 C Mechanical Rig Overview - Land Drilling Mud Pumps - P-Series Operation and Maintenance Top Drive System - AC TDS Drive Electrical Controls Course PipeCAT Machine Top Drive System - AC TDS-9 and TDS-11 PLC Course for Rig Systems - Advanced Allen- Mechanical Bradley Top Drive System - PS Series Operations and Maintenance 2014 Global Course Catalog - Release 2 June2014 Page 10

11 COMPETENCY As industry leaders, the NOV Competency Team is able to draw on our expertise to offer the following consulting to support external customers as they build a CMS that is responsive to their business needs: CMS development services: As an SQA approved center with a CMS accredited by OPITO and the IADC, the NOV Competency Team is uniquely qualified to support customers in the development of their own CMS. From writing policies and procedures to program implementation, from creating an assessment and verification strategy to managing quality assurance, let us help you build a complete and customized CMS that is responsive to your business needs. Unit development services: Competency units are used to measure or assess the workplace performance of an employee in a given job role or function. As such, units are the benchmarks of competence since they define the standards to which a job role or function must be performed. An employee is competent when there is evidence of them working to a standard or set of standards over a period of time. As the authors of over 100 competency units, the NOV Competency Team are specialists in creating challenging but achievable standards of performance and knowledge requirements that define effective units of competence for a given job role or function. Assessor training and continued professional development (CPD) services: Well trained, developed, and supported assessors are key to the quality of results produced by a CMS. The NOV Competency Team can help customers train assessors by creating and/or presenting an informative and interactive assessor training course focusing on the assessment process and the principles of workplace assessment. Furthermore, we can also provide a framework of support for assessors by designing a CPD program to ensure their growth and development. Planning and preparation for CMS approval and accreditation: As an organization that has achieved unparalleled success with respect to approval and accreditation in the industry, the NOV Competency Team is uniquely qualified to help customers plan for and prepare to achieve CMS approval and accreditation. CMS audit services: Conduct an external audit of a CMS: As the creators, implementers, and care-takers of a fully accredited, approved, and industry leading CMS, the NOV Competency Team is able to conduct a full external audit of a CMS in order to help customers identify strengths and areas for improvement. Furthermore, the NOV Competency Team can audit towards an existing set of standards or help to create a customized set of audit standards that are responsive to the business needs of the customer. Updating a CMS to address non-conformities and/or recommendations identified by an external audit: To maintain CMS accreditation or approvals, a company must submit to regular audits by accrediting bodies. During these audits, accrediting bodies identify both strengths and nonconformities while also offering related recommendations. As the only organization in the industry to have achieved and maintained SQA approval as well as IADC and OPITO accreditation, the NOV Competency Team have the expertise to help customers enhance recognized strengths, address identified nonconformities, and effectively respond to auditor recommendations for the purpose of strengthening the overall CMS. GLOBAL COMPETENCY MANAGER Tom McAllister Located: Montrose, Scotland Phone: +44 (0) [email protected] 2014 Global Course Catalog - Release 2 June2014 Page 11

12 GENERAL INFORMATION CLASSROOM TIMES Normal hours of operation at all facilities are Monday thru Friday and based on a 6.5 hour day of instruction, which do not include meal and break times. Start and end times, along with meal and break durations may differ between locations. PAYMENT OPTIONS National Oilwell Varco accepts the following types of payment: Wire Transfer Credit Card Company Check Cashier s Check Purchase Orders are required 30 days prior to class commencement ENROLLMENT Please contact the appropriate facility to confirm seat availability or to schedule training. For open enrollment courses, complete an Enrollment Form and or fax to the appropriate facility. Submit payment by one of the options above. CANCELLATION POLICY Please refer to the Appendix A for specific details on National Oilwell Varco s Worldwide Terms and Conditions for Training Courses. ATTIRE To maintain a professional atmosphere and adhere to safety standards, personnel attending classes will be required to wear long pants and shirts with sleeves - short/long. Any classes with training performed in our shop area will require steel-toed boots, safety glasses and protective clothing. Shorts, tank-tops, sandals, flip-flops, or any opentoed shoes are not allowed at any of the National Oilwell Varco Training Solutions facilities. Students arriving in inappropriate attire will be asked to leave and change into appropriate attire at their own expense and may miss valuable training time. At NOV, your safety is our number one concern; therefore your cooperation is appreciated. NOV GLOBAL TRAINING PASSING REQUIREMENTS 1. Minimum attendance - 90%. In circumstances where the attendee misses up to 10% of the course because of circumstances not in their control, the instructor can pass the individual and issue a certificate after assessing their knowledge through exam and observations. Absences of more than 10% require instructor and management approval. 2. Minimum passing exam score 70% Global Course Catalog - Release 2 June2014 Page 12

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15 AC DRIVE FUNDAMENTALS AND MAINTENANCE COURSE (ABB) All individuals responsible for the operation and maintenance of ABB AC drives 5 Days - $3,800 Identify and understand the operation of the ABB keypad Describe the different types and understand the history behind the AC Drives Troubleshoot by performing different tests on the AC Drive using simulator Connect to the ABB AC Drive and control the drive with Drive Window State the function of the different components used with the ABB ACS 800 Drive Take control of the ABB AC Drive both locally and remotely and change the software on the drive Perform adaptive programming inside the ABB drive Create a backup package and restore the parameters and firmware in the drive or drives the student has on the rig In this course, students will discuss power conversion, the three phase induction motor, and the AC Drive braking systems. Students will also utilize a laptop computer to become familiar with the software package relating to the configuration of the ABB AC Drive. Motors System overview Dual stage voltage converters Parameters Brake chopper and Software Tools Communications with external controller Maintenance PLC Course for Rig Systems - Applications of Siemens 2014 Global Course Catalog - Release 2 June2014 Page 15

16 AMPHION CONTROLS OPERATORS COURSE All individuals responsible for the operation and maintenance of the Amphion Control System 5 Days - $3,800 Describe and explain the purpose of the Amphion Control System Demonstrate proficient use of the system control surfaces Recognize and understand on-screen information Use on-screen information for basic rig equipment troubleshooting Recognize and respond appropriately to alarm conditions Simulate safe and efficient drilling and tripping operations for rig applications This course identifies the main components of the system and provides a basic overview of the capabilities of the Amphion System. The course also provides practice on an NOV Amphion simulator. Unlike traditional simulation programs, the NOV simulation system uses actual tools and screen software code that is run on an actual rig. This creates a very realistic training environment for the rig operators. Distributed processing Tripping design objectives Drilling Stopping Soft trip Safety - ZMS Equipment operation chairs Power slips Drawworks Top drive system Pipe handling, Mud pumps Auxiliaries Maintenance and troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 16

17 AMPHION MAINTENANCE COURSE FOR RIG ELECTRICIAN AND E.T. All individuals responsible for the maintenance of the Amphion Control System 5 Days - $3,800 Describe the Amphion control system Explain the purpose of the Amphion control system Identify Amphion components on flow-chart and describe the purpose of each Navigate Amphion screens to locate and open diagnostic tools Diagnose and troubleshoot problems using the tools Amphion provides This course includes a detailed description of how the overall system functions and descriptions of all major parts. Networking as applied to requirements of this system will be discussed. The students will understand the differences between Profibus DP and Ethernet networks. The course includes Single Board Controller operation and diagnostics. Systems screen displays will be analyzed for information pertaining to maintenance and troubleshooting. Tripping design objectives Drilling Stopping Soft trip Safety-ZMS Equipment calibration Operator s basic maintenance and troubleshooting Amphion service Moxa Ethernet switchfuture expansion VDAQ backup and restore Compact flash image The Amphion Operators course is highly recommended before attending this course Global Course Catalog - Release 2 June2014 Page 17

18 BASIC ELECTRICITY FUNDAMENTALS AND TROUBLESHOOTING All personnel required to learn basic electrical fundamentals and troubleshooting skills 5 Days - $3,800 Understand and describe basic electrical theory, with emphasis on component functions and measurement instrumentation Demonstrate circuit analysis in schematics and diagrams using symbol recognition and circuit paths Apply circuit principal to operator circuits using industrial components Perform circuit parameter measurements Demonstrate use of various troubleshooting and measurement techniques Discuss the need for lockout/tagout Relate the schematic drawing to where measurements need to be taken This course is designed to give the student a solid overview of electrical fundamentals. It will include the following topics: ohm s law and the units of electrical measurement with an emphasis on understanding voltage and current relationships. The student will develop an understanding of series and parallel circuits. Students will build circuits and use test equipment to troubleshoot problems in order to gain the practical experience required to locate and repair electrical problems on the rig. The training sessions are designed to include a discussion of electrical fundamentals followed by a practical session to reinforce the student s learning. Safety Grounding Voltage and current relationships How to use a digital volt meter Basic circuit analysis Drawing interpretation Measurement techniques for common components Hands on circuit construction from schematics including troubleshooting Simple circuit fault analysis None 2014 Global Course Catalog - Release 2 June2014 Page 18

19 BAYLOR BRAKE FUNDAMENTALS, MAINTENANCE AND TROUBLESHOOTING All individuals responsible for the operation and maintenance of the Baylor brake system 2 Days - $2,150 Understand brake application, theory and operation Describe brake disassembly and assembly operations Identify and explain proper operation of controllers, battery back-up system and cooling systems Properly identify maintenance and troubleshooting techniques This course will teach students the magnetic principles used in the operation of the Baylor Brake. The course will cover how to dissemble and assemble the brake. The purpose of the controller and the controls of the brake will also be discussed. This course also includes discussions concerning maintenance and troubleshooting the brake. Lenz effect Brake disassembly Purpose of the controller Baylor brake controls Maintenance and troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 19

20 BLOCK CONTROL SYSTEM (BCS) This course is designed for drillers and rig electricians operating and maintaining the BCS system and Data Acquisition System 3 (DAQ). 2 Days - $2,250 List identity and purpose of the major components of the BCS system Use Calconf to calibrate sensor inputs, adjust set points, monitor system performance and troubleshoot Set up the 2025B controller for specific brake models Operate the system using a simulator The course includes an overview of the DAQ 3 power-up procedures and visual checks; sensor set-up, connection, fault finding, calibration and configuration. The course also covers the Baylor 2025B system with a basic introduction to friction and eddy current brake principles; system fault-finding and auxiliary panel. The Driller s control panel is also covered focusing on proper operation of the system. Introduction System overview and components Set-up and calibration (2025B) Set-up and calibration (DAQ) Tuning and troubleshooting System operation (with simulator) None 2014 Global Course Catalog - Release 2 June2014 Page 20

21 BX ELEVATOR, PS-21/30, AND RST MECHANICAL All individuals responsible for the maintenance of the BX Elevator, PS-21/30, and RST Mechanical 3 Days - $2,650 Explain each major assembly in regards to function and location for the BX Elevator, PS 21/30, and RST. Summarize the mechanical operations of the BX Elevator, PS 21/30, and RST under normal conditions. Describe the maintenance requirements for the BX Elevator, PS 21/30, and RST according to user manuals. Utilizing technical drawings, identify basic troubleshooting techniques for BX Elevator, PS 21/30, and RST common problems. This course is designed to introduce participants to the mechanical functions of the BX Elevator, Power Slips (PS 21/30) and Rotary Support Table in regards to maintenance and troubleshooting. The purpose and location of the major assemblies and their sub-assemblies will be discussed in order to understand how the equipment operates under normal conditions. Periodic maintenance schedules and procedures will be explained in accordance with the NOV User Manual. Using technical drawings, troubleshooting techniques will be covered for common problems. Course Introduction Overview of Equipment Equipment Operation Overview Maintenance Troubleshooting and Hydraulics None 2014 Global Course Catalog - Release 2 June2014 Page 21

22 CYBERBASE OPERATIONS COURSE All individuals responsible for the operation of the Cyberbase control system. 5 Days - $3,800 Outline the safe and proper way to set up the Cyberbase equipment Examine the DCDA system to determine how the chair operation and screens work together Use the DCI to operate the Emergency Stop, Anti-Collision, Mud Pump Control, and other supporting equipment Describe the SDI operations and how it functions in relation to the total drilling package In this course, students will be introduced to Cyberbase, drilling equipment, and zone management.. The training will be carried out emphasizing hands on training, supplemented by theory. Students will learn the operating characteristics and limits of specific equipment under different scenarios. The class will progress through different exercises to a final exercise, in which they must prepare all system screens and network stations to drill a well. Cyberbase Hardware Setup- Driller s Cabin, Control Chair, and HVAC Drilling Control Data Acquisition System (DCDA) Drilling Control Interface (DCI) incl. Emergency Stop, Anti-Collision, Mud Pump Control, and Miscellaneous Equipment (Rotary Support Table, Slips, Elevator, Trip Tank Pump, Displays) Smart Drilling Instrumentation (SDI) None 2014 Global Course Catalog - Release 2 June2014 Page 22

23 DAQ SYSTEM 4 AND RIGSENSE TM 2 MAINTENANCE COURSE This course is designed to provide drillers and rig electricians with training on the operation, maintenance, fault finding, and basic repair of the RigSense drilling data system and the Total Data Acquisition System (DAQ). 4 Days - $3,200 Understand Drill logic and operating principle of the system Backup and reload Calconf files Use the built in system tools for trouble-shooting Configure and calibrate sensors/software/system Demonstrate RigSense operation This course provides an overview of RigSense, touch-screen display (if applicable), system configuration, maintenance, and troubleshooting of the RigSense program. It also includes an overview of the DAQ Total System 4 power-up procedures and visual checks; sensor setup connection, fault finding, calibration and configuration and the spare parts used for the system. System overview Component ID s and functional descriptions System 4 DAQ Calconf usage Basic Networking RigSense operation None 2014 Global Course Catalog - Release 2 June2014 Page 23

24 DAQ SYSTEM 5 AND RIGSENSE TM 3 MAINTENANCE This course is designed to provide drillers and rig electricians with training on the operation, maintenance, fault finding, and basic repair of the RigSense drilling data system and the Total Data Acquisition System (DAQ). 4 Days - $3,200 Understand drill logic and operating principle of the system Backup and reload Calconf files Use the built in system tools for troubleshooting Configure and calibrate sensors/software/system Demonstrate RigSense operation The course includes an overview of RigSense Electronic Drilling Recorder, system configuration, maintenance, and troubleshooting of the RigSense program. It also includes an overview of the DAQ Total System 5 power-up procedures and visual checks; sensor setup, connection, fault finding, calibration and configuration and the spare parts used for the system. System overview Component ID s and functional descriptions System 5 DAQ Calconf usage Basic Networking RigSense operation None 2014 Global Course Catalog - Release 2 June2014 Page 24

25 DRAWWORKS UDBE All drilling rig personnel responsible for supervising the operation and maintenance of the National Oilwell Varco 1625DE/UDBE 2 Days - $2,150 Identify and describe the Drawworks in general terms (range of application & function) Explain the system design of the (i.e. hydraulic, electrical, mechanical, control system) Outline the assembly and the individual sub-assemblies of the Drawworks Identify the different models of the Drawworks and their range of application Inspect a Drawworks machine for maintenance issues and troubleshoot Identify and describe the brake system of a Drawworks in general terms (range of application & function) Recognize and maintain the disc brake system of a Drawworks machine Explain the routine maintenance procedures and inspections This course is designed to teach students parts identification, Drawworks specifications, operational limitations, installation, operation, periodic maintenance and inspection for the Drawworks machine and brake system. Equipment Overview Operations Lubrication Brake Types Disc Inspection Maintenance and Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 25

26 DRAWWORKS , 1320, 110, 80 & 55 WITH UNIVERSAL DISC BRAKE This course is designed for Roughnecks and Mechanics that maintain the Drawworks 1625, 1320, 110, 80 or 55 and Universal Disc Brake (UDB). 2 Days - $2,150 Identify the Drawworks 1625, 1320, 110, 80 and 55 and UDB System major parts and subassemblies, using the Parts List Understand the Drawworks 1625, 1320, 110, 80 and 55 and UDB specification Understand the operation of the Drawworks 1625, 1320, 110, 80 and 55 and UDB Recognize the operational limitations of Drawworks 1625, 1320, 110, 80 and 55 and UDB Make the correct maintenance on Drawworks 1625, 1320, 110, 80 and 55 and UDB, specially the correct lubrication, using the Parts List Identify problems on Drawworks 1625, 1320, 110, 80 and 55 and UDB, using pneumatic and hydraulic systems as a tool for the troubleshooting This course is designed to teach students identification of parts, specifications and operational limits, installation, operation, periodic maintenance and inspection of Drawworks 1625, 1320, 110, 80 and 55 and Universal Disc Brake (UDB) System. Pneumatic and Hydraulic drawings will be used in class to help clarifying the understanding of Drawworks 1625, 1320, 110, 80 and 55 and Universal Disc Brake (UDB) System. Drawworks General Overview Operation Lubrication Maintenance Troubleshooting Operation on Universal Disc Brake Maintenance on Universal Disc Brake Troubleshooting at Universal Disc Brake None 2014 Global Course Catalog - Release 2 June2014 Page 26

27 DRAWWORKS - ADS 10/20/30 MECHANICAL This course is designed for personnel responsible for the maintenance and troubleshooting for the ADS-10, 20, Days - $2,150 Explain each major component in regards to function and location. Summarize the mechanical operations of the ADS under normal conditions. Describe the maintenance requirements for the ADS according to the User Manuals. Summarize basic troubleshooting techniques for ADS common problems. This course is designed to introduce participants to the mechanical functions of the ADS-10, 20, 30 in regards to operation, maintenance, and troubleshooting. The purpose and location of the major components will be discussed in order to understand how the equipment functions under normal conditions. The students will receive an overview of mechanical operations for maintenance and troubleshooting procedures. Periodic maintenance schedules and procedures will be explained in accordance with the NOV User Manual. Troubleshooting techniques for common problems will also be discussed. Course Introduction Equipment Overview Functional Overview Maintenance and Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 27

28 DRAWWORKS - ADS 10SD MECHANICAL This course is designed for personnel responsible for the maintenance and troubleshooting for the ADS 10SD. 1 Day - $800 Explain the functions and locations of the different parts of the ADS 10SD Drawworks Summarize the mechanical operations of the ADS 10SD under normal conditions Describe the maintenance requirements for the ADS 10SD according to the User Manual Utilizing technical drawings, demonstrate mechanical principles of the ADS 10SD Drawworks for troubleshooting purposes This course is designed to introduce participants to the mechanical functions of the ADS 10SD Drawworks in regards to maintenance and troubleshooting. The purpose and location of the major components will be discussed in order to understand how the equipment functions under normal conditions. The students will receive an overview of mechanical operations for maintenance and troubleshooting procedures. Periodic maintenance schedules and procedures will be explained in accordance with the NOV User Manual. Using technical drawings, troubleshooting techniques will be covered for common problems. Course Introduction Equipment Overview Functional Overview Maintenance and Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 28

29 DRAWWORKS DSGD 375 This course is designed for personnel that are responsible for the maintenance and troubleshooting for the DSGD Days - $2,150 Explain each major component in regards to function and location. Summarize the mechanical operations of the DSGD 375 under normal conditions. Describe the maintenance requirements for the DSGD 375 according to the User Manuals. Demonstrate basic troubleshooting techniques for DSGD 375 common problems, using technical drawings. This course is designed to introduce participants to the mechanical functions of the DSGD 375 in regards to operation, maintenance, and troubleshooting. The purpose and location of the major components will be discussed in order to understand how the equipment functions under normal conditions. The students will receive an overview of mechanical operations for maintenance and troubleshooting procedures. Periodic maintenance schedules and procedures will be explained in accordance with the NOV User Manual. Technical drawings will be used to identify troubleshooting techniques for common problems. Course Introduction Equipment Overview Functional Overview Maintenance and Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 29

30 DRAWWORKS - E3000 Roughnecks and Mechanics that install, operate, and maintain the Drawworks E3000 machine 2 Days - $2,150 Identify and describe the Drawworks E3000 in general terms (range of application & function) Explain the system design of the E3000 (i.e. hydraulic, electrical, mechanical, control system) Outline the assembly and the individual sub-assemblies of the Drawworks E3000 Inspect a Drawworks E3000 machine for maintenance issues and troubleshoot Identify and describe the brake system of a Drawworks E3000 in general terms (range of application & function) Recognize and maintain the disc brake system of a Drawworks E3000 machine This course is designed to teach students parts identification, Drawworks E3000 specifications, operational limitations, installation, operation, periodic maintenance and inspection for the Drawworks E3000 machine and brake system. Drawworks E3000 General Specifications Frame and Shafts Chains and Sprockets Main Brake Service Brake and Emergency Brake Operation Maintenance Troubleshooting Universal Disc Brake None 2014 Global Course Catalog - Release 2 June2014 Page 30

31 ELECTRICAL SENSORS Tool pushers, mechanics, electronic technicians, and electricians who would like a better understanding of the various types of sensors used on a rig 5 Days - $3,550 Understand the various types of common sensors used on a rig Build DC current and voltage meters from one common meter type Differentiate between accuracy and precision Understand range, response time, linearity, sensitivity and offset as it relates to sensors Describe why we use barriers between sensors and PLC s Explain how various sensors work, including pressure, load cells, flow, level proximity and temperature Develop a thorough understanding of Encoder s internal operations, use as speed and height sensors and look at output signals Build a temperature circuit with an RTD to understand the principal of feedback Develop an understanding of how a PLC takes signals in from sensors and decides how to handle Understand ladder logic In this course, students will discuss various types of sensors used on modern drilling rigs, and learn how and why they need to be calibrated. Time will be spent on sensor terminology and characteristics. We will do hands on training by hooking up a typical encoder to an oscilloscope and view the output waveforms. The students will also learn by assembling a circuit using our industrial trainers, how sensors send signals to PLC s where the inputs are interpreted and sent to outputs. Temp sensors Pressure sensors Flow sensors Encoders Load cells Intrinsically Safe Barriers Calibration requirements Types of sensor communication signals What PLC s are and how they work None 2014 Global Course Catalog - Release 2 June2014 Page 31

32 ELECTRONIC DRILLING SYSTEM- EDS OPERATIONS COURSE This course is designed for tool pushers, drillers and assistant drillers that need to understand operational characteristics and procedures. 3 Days - $2,650 At the conclusion of this course, the participants shall be able to: Describe equipment specific safety conditions when operating the EDS system Describe EDS operational theory under normal drilling conditions Interpret alarm information for the EDS system in regards to operations Describe the EDS system components in regard to system operation Describe EDS system operational modes in regards to the integrated system This course is designed to provide an introduction to the Electronic Drilling System. This includes safety, theory of operation, and system components. The EDS system will be discussed to develop a complete understanding of alarm recognition, identification and purpose. A detailed discussion of EDS operations will cover mode screens, setup, system monitoring, help, cut & slip, weight indicator and trending graph. Several basic scenarios concerning EDS operations will be addressed. Introduction EDS Safety Electronic Drilling System Theory of Operations EDS Alarm System EDS System Components EDS Operations None 2014 Global Course Catalog - Release 2 June2014 Page 32

33 ELECTRONIC DRILLING SYSTEM (EDS) MAINTENANCE COURSE All individuals responsible for the maintenance of the EDS Drilling Controls 5 Days - $3,550 Understand operational principles of the EDS Locate and identify the major components Describe each component within the integrated system Provide maintenance of the EDS through general inspection and routine maintenance checks This course covers EDS safety and theory of operation. Students will have a complete understanding of alarm recognition, identification, and service. System troubleshooting and maintenance are stressed throughout the course. A detailed discussion of EDS operations will cover mode screens, setup, system monitoring, help, cut & slip, weight indicator and trending graph. The parameter adjustments Tripping and Drilling modes are explained. These parameters include but are not limited to ROP, WOB, Torque and Delta P. Several basic scenarios concerning EDS troubleshooting will be addressed. Students will perform operational simulations and the need for calibration of sensors will be explained. Safety EDS theory of operation Alarm system System components Operations Maintenance Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 33

34 HPU MECHANICAL AND MAINTENANCE COURSE MODELS HPA32, HP37, HP45, AND HP49 This course is designed for rig personnel responsible for the operation, maintenance, and mechanical troubleshooting of the HPUs. 1 day - $800 Obtain general knowledge about the HPU s purpose, construction, and manner of operation Understand how to ensure safe and efficient operations of the equipment Perform inspections, troubleshooting, maintenance and repairs Obtain a general understanding of HPU fluid power systems and troubleshooting The HPU Mechanical and Maintenance Course is designed to give participants an overview of the mechanics, maintenance and hydraulics of HPA32, HP37, HP45, and HP49. Equipment Data and Technical Description Maintenance and Troubleshooting Fluid Power Hydraulics None 2014 Global Course Catalog - Release 2 June2014 Page 34

35 HPU HE 100 SERIES MECHANICAL This course is designed for personnel who are responsible for conducting mechanical maintenance and troubleshooting on the HPU. 1 day - $800 Explain each major assembly in regards to function and location for the HPU. Describe the maintenance requirements for the HPU according to user manuals. Utilizing technical drawings, identify basic troubleshooting techniques for HPU common problems. This course is designed to introduce participants to the mechanical functions of the HPU HE-100 series in regards to maintenance and troubleshooting. The purpose and location of the major assemblies and their sub-assemblies will be discussed in order to understand how the equipment operates under normal conditions. Periodic maintenance schedules and procedures will be explained in accordance with the NOV User Manual. Using technical drawings, troubleshooting techniques will be covered for common problems. Course Introduction Equipment Overview Maintenance Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 35

36 HYDRALIFT BRIDGERACKER MAINTENANCE COURSE This course is designed for all personnel required to maintain the Hydralift Bridgeracker System. 1 Day - $800 Define the purpose of the Bridgeracker System in normal drilling operations, given each equipment model Given a major parts list, identify the major components of the Bridgeracker System by function Summarize the operational principles of the Bridgeracker System under normal conditions Indicate required maintenance on the Bridgeracker System per the user manual in reference to time Apply various troubleshooting methods to isolate faults when given a common problem in the Bridgeracker System This course is designed to train rig personnel on how the Bridgeracker System is maintained. The course will focus on how the system operates, what components are involved, preventative maintenance, and various methods used to isolate common system faults. This is a lecture based course that will use scenarios, discussions, and engineering documents to enhance the learning event. Introduction Equipment Data and Technical Description Equipment Operations Equipment Maintenance and Troubleshooting Fluid Power Hydraulic Information Electrical Systems Basics None 2014 Global Course Catalog - Release 2 June2014 Page 36

37 HYDRALIFT HYDRATONG MAINTENANCE COURSE All individuals responsible for the maintenance and inspection of the Hydralift HydraTong 3 Days - $2,650 Explain the purpose and specifications of the HydraTong and identify the different models Explain the function, purpose and interaction of the major components of the HydraTong Explain the purpose and basic operational functionality of the HydraTong Describe normal operations, local operating procedures and pre-start preparations for the HydraTong Describe required procedures to repair, maintain and lubricate the HydraTong This course is designed to train personnel in the operations, maintenance, and mechanical troubleshooting of the NOV Hydralift HydraTong. This course is primarily a lecture course with no hands-on work covering the different models and tool setup for different applications. The students will receive an overview of the hydraulic systems using schematics. The course will cover components, the functions of the mechanical and control systems, and maintenance and lubrication schedules. Course Introduction Specifications and Models Components and Functions Small Components and Optional Equipment Operation Maintenance Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 37

38 HYDRALIFT MOTION COMPENSATION MAINTENANCE COURSE This course is designed for all individuals responsible for the mechanical maintenance and inspection of Hydralift Motion Compensation equipment 4 Days - $3,050 Given a system description, describe the purpose of each motion compensation system according to different model/types Given a major parts list, identify the function of the components of each motion compensation system. Summarize the mechanical operations of each compensation system under normal conditions. Describe the maintenance requirements for each motion compensation system according to user manuals Using technical drawings, discuss various troubleshooting techniques for common problems for each of the motion compensation system This course is designed to train personnel in the mechanical operations, maintenance, and troubleshooting of the NOV Hydralift Motion Compensation Equipment. This course is primarily a lecture- based course and covers Wireline Riser Tensioner System (WRTS), N-Line Riser Tensioner System (NRTS), Crown Mounted Compensators (CMC), NOV Compressor Package, and Active Heave Compensators (AHC). Also included is an overview of system hydraulic schematics. Introduction to Motion Compensation Mechanical Maintenance NOV Compressor Package Wireline Riser Tensioner System (WRTS) N-line Riser Tensioner System (NRTS) Crown Mounted Compensator (CMC) Active Heave Compensator (AHC) None 2014 Global Course Catalog - Release 2 June2014 Page 38

39 HYDRARACKER IV MAINTENANCE COURSE This course is designed for rig personnel responsible for the operation, maintenance, and troubleshooting of the HydraRacker IV. 3 Days - $2,650 Upon completion of this course, students should be able to: Outline the HydraRacker IV major and minor components and their purpose. Describe various methods to control the tool. Explain emergency procedures or responses to failure for the HydraRacker IV. Describe the maintenance requirements for the HydraRacker IV. Using hydraulic and electrical drawings summarize how to troubleshoot various common faults. This course is designed to introduce personnel to the operations, maintenance, and mechanical troubleshooting of the HydraRacker IV. The major components and the functions of the mechanical and electrical systems will be discussed. Periodic maintenance schedules and procedures will be explained in accordance with the NOV User Manual. The students will receive an overview of the hydraulic and electrical systems and symbols to learn how to troubleshoot the equipment using schematic drawings. Course Introduction Overview of Equipment Operations Maintenance and Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 39

40 HYDRAULIC FUNDAMENTALS This course is designed for all individuals required to learn basic hydraulics. 5 Days - $3,800 Understand and describe basic hydraulics theory with emphasis on component and circuit functions and the related measurement instrumentation Interpret and explain the information contained in the schematics and drawings in relation to the physical equipment Demonstrate circuit parameter measurements for different types of circuits Perform related conversions between Metric and Imperial Measurement Systems Utilize fundamental hydraulic concepts to determine troubleshooting procedures This course is designed to provide students an understanding of hydraulic fundamentals. It will include the following topics: Pascal s law and the units of pressure, force, flow rate and differential pressure measurement. The student will develop an understanding of simple and moderately complex hydraulic circuits. The course includes familiarization with the fluid power symbols of most major fluid power components. The training sessions are designed to include a discussion of hydraulic fundamentals followed by a practical lab session to reinforce the student s skill and knowledge. Students will build circuits and use lab procedures in order to develop an understanding of basic hydraulic processes. Hydraulics Trainer Familiarization Hydraulic Power Pressure Limits Pressure and Force Flow Rate and Velocity Work and Power Cylinder Control Cylinders in Series Cylinders in Parallel Regenerative Circuits Accumulators Motor Circuits Pressure Reducing Valves Remotely Controlled PRVS Attending the pneumatics fundamentals with troubleshooting course is recommended Global Course Catalog - Release 2 June2014 Page 40

41 HYDRAULICS WITH TROUBLESHOOTING All personnel required to learn hydraulics and basic troubleshooting skills 5 Days - $3,800 Understand, describe and apply basic hydraulics theory with emphasis on components and the circuit functions and related measurement instrumentation that can and will be used to identify component/circuit operations and malfunctions Demonstrate circuit analysis skills in reading schematics and diagrams using symbol recognition and in tracing circuit paths Perform repetitive circuit parameter measurements and analyze performance trends for proper operation and fault finding Demonstrate use of various troubleshooting and process measurement techniques Relate the schematic drawings to where physical measurements are taken to identify/diagnose fault conditions Perform related conversions between Metric and Imperial measurement systems and work in both systems This course is designed to enhance the student s understanding of hydraulics including identifying circuit malfunctions. Students will build circuits and use test equipment to troubleshoot problems in order to gain the practical experience required to locate and solve hydraulic problems similar to those found on modern drilling equipment. The training sessions are each designed to include a discussion of hydraulic fundamentals followed by practical lab sessions designed to reinforce the student s skills and troubleshooting capabilities. Safety, Applying pressure, force, volume, flow rate and differential pressure relationships for troubleshooting purposes Using a digital tachometer to monitor motor rotational speeds and to evaluate motor performance. Use measurement techniques for evaluating circuit component performance Hands-on circuit construction from schematics including troubleshooting component and connection faults Circuit fault analysis for one or possibly multiple circuit malfunctions Hydraulic Fundamentals Course The Pneumatics Fundamentals with Troubleshooting course is recommended 2014 Global Course Catalog - Release 2 June2014 Page 41

42 INDUSTRIAL PRACTICES This course is designed for anyone that works with industrial equipment. 5 Days - $3,550 Demonstrate a comprehensive knowledge of hand tools Identify common industrial hardware Comprehend mechanical measuring devices Understand electrical fundamentals Examine engineering documentation Discuss theoretical troubleshooting of industrial equipment Discuss oil field equipment, operations, and occupations Perform course lab exercises of mechanical and electrical devices Demonstrate safe working habits and wear the proper Personal Protective Equipment (PPE) In this course the student will learn the fundamentals of hand tools and how to use them, identify common industrial hardware, comprehend mechanical measuring devices and how to use them, understand electrical fundamentals, examine engineering documentation, discuss theoretical troubleshooting using block diagrams, and apply that knowledge through practical applications on our trainers using basic hand tools. The student will discuss the purpose of oil field operations, equipment, and occupations that includes an off campus tour of an NOV facility. Safety is NOV s number one concern and will be at the forefront of the students knowledge based upon successful completion of the course. Hand Tools Common Industrial Hardware Mechanical Measuring Devices Electrical Measuring Devices Engineering Schematics NOV Facility Personal Protective Equipment None 2014 Global Course Catalog - Release 2 June2014 Page 42

43 IRON ROUGHNECK - AR MECHANICAL COURSE All drilling personnel required to maintain, troubleshoot, and repair automated Iron Roughneck systems 2 Days - $2,150 Identify, compare, and contrast different parts Perform an inspection, lubrication and adjustment Identify most common hydraulic symbols and state the flow path of hydraulic fluid in a given system Troubleshoot using hydraulic schematics In this course, students will receive an overview of the hydraulic and mechanical ISO systems and symbols, including understanding hydraulic schematics. The students will also learn the functions of the mechanical systems and the correct lubrication schedule required to keep the equipment working properly. Mechanical troubleshooting and an overview of the electrical systems, sensors, and control functions will be included in this course. Equipment overview Manual and automatic control station Sequenced operation Routine maintenance Operating mode problems Hydraulic symbols and schematics None 2014 Global Course Catalog - Release 2 June2014 Page 43

44 IRON ROUGHNECK - AR , 4500, AND 5000 MODELS All drilling personnel required to maintain, troubleshoot, and repair automated Iron Roughneck systems 5 Days - $3,550 Identify, compare, and contrast different parts Perform an inspection, lubrication and adjustment Identify most common hydraulic symbols and state the flow path of hydraulic fluid in a given system Troubleshoot using hydraulic schematics In this course, students will receive an overview of the hydraulic and mechanical ISO systems and symbols, including understanding hydraulic schematics. The students will also learn the functions of the mechanical systems and the correct lubrication schedule required to keep the equipment working properly. Mechanical troubleshooting and an overview of the electrical systems, sensors, and control functions will be included in this course. Equipment overview Manual and automatic control station Sequenced operation Routine maintenance Operating mode problems Hydraulic symbols and schematics None 2014 Global Course Catalog - Release 2 June2014 Page 44

45 IRON ROUGHNECK - ST 80 MECHANICAL COURSE All rig personnel responsible for the maintenance and mechanical troubleshooting of the ST-80 Iron Roughneck 2 Days - $2,150 Identify course requirements for classroom participation, safety precautions and evacuation procedures Identify/compare and contrast the many parts of the ST80 and explain their various functions and uses Explain the operational characteristics of the ST80 Explain the procedures for properly maintaining the ST80 State the flow path of hydraulic fluid in a given system using a schematic for the ST80 This course is designed to teach personnel maintenance, troubleshooting and repair of ST80 style Iron Roughneck. In this course the student will receive an in-depth overview of the proper operating procedures. The student will also learn the functions of the mechanical systems and the correct lubrication schedule required to keep the equipment working properly. Mechanical troubleshooting will be included in this course. Introduction Overview of equipment Equipment operation Routine maintenance Hydraulics Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 45

46 IRON ROUGHNECK - ST 80-C MECHANICAL COURSE All rig personnel responsible for the maintenance and mechanical troubleshooting of the ST80-C Iron Roughneck 2 Days - $2,150 Identify course requirements for classroom participation, safety precautions and evacuation procedures Identify/compare and contrast the many parts of the ST80-C and explain their various functions and uses Explain the operational characteristics of the ST80-C Explain the procedures for properly maintaining the ST80-C State the flow path of hydraulic fluid in a given system using a schematic for the ST80-C This course is designed to teach personnel maintenance, troubleshooting and repair of ST80-C style Iron Roughneck. In this course the student will receive an in-depth overview of the proper operating procedures. The student will also learn the functions of the mechanical systems and the correct lubrication schedule required to keep the equipment working properly. Mechanical troubleshooting will be included in this course. Introduction Overview of equipment Equipment operation Routine maintenance Hydraulics Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 46

47 IRON ROUGHNECK ST 100 REMOTE OPERATED MECHANICAL This course is designed for personnel required to perform maintenance and troubleshooting on the ST-100 Iron Roughneck who have an understanding of hydraulic systems to include common hydraulic symbols and hydraulic print reading. 3 Days - $2,650 Explain each major assembly in regards to function and location for the ST-100. Describe the maintenance requirements by maintenance personnel for each of the major assemblies of the ST- 100 Iron Roughneck. Utilizing technical drawings, demonstrate mechanical principles of the major assemblies of the ST-100 Iron Roughneck for troubleshooting purposes. Summarize special procedures/adjustment requirements for the ST-100 Iron Roughneck. This course is designed to introduce participants to the mechanical functions of the ST-100 in regards to maintenance and troubleshooting. The purpose and location of the major assemblies and their sub-assemblies will be discussed in order to understand how the equipment operates under normal conditions. Periodic maintenance schedules and procedures will be explained in accordance with the NOV User Manual. Using technical drawings, troubleshooting techniques will be covered for common problems. Course Introduction Introduction to ST-100 Iron Roughneck Head Assembly Arm Assembly and Column Assembly Socket Base Assembly Special Procedures and Adjustments None 2014 Global Course Catalog - Release 2 June2014 Page 47

48 IRON ROUGHNECK - ST 120 MECHANICAL COURSE All rig personnel responsible for the maintenance and mechanical troubleshooting of the ST120 Iron Roughneck 3 Days - $2,650 Explain the function, purpose and interaction of the major components of the ST120 Explain the purpose and basic operational functionality of the ST120 Describe normal operations, local operating procedures and pre-start preparations for the ST120 Describe required procedures to repair, maintain and lubricate the ST120 State the flow path of hydraulic fluid in a given system using a schematic for the ST120 This course is designed to teach personnel operation, maintenance, troubleshooting and repair of ST120 Iron Roughneck. In this course the student will receive an in-depth overview of the proper operating procedures, functions of the mechanical systems and the correct lubrication schedule required to keep the equipment working properly. Mechanical and hydraulic troubleshooting will be included in this course. Introduction Overview of equipment Equipment operation Routine maintenance Hydraulics Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 48

49 IRON ROUGHNECK - ST 160 MECHANICAL COURSE All rig personnel responsible for the maintenance and mechanical troubleshooting of the ST160 Iron Roughneck 3 Days - $2,650 Obtain general knowledge about the equipment s purpose, construction and manner of operation Understand how to ensure safe and efficient operations of the equipment Perform inspections, troubleshooting, maintenance and repairs as described in the user s manual Obtain a general understanding of equipment fluid power systems and troubleshooting Perform practical activities to reinforce their theoretical knowledge This course is designed to teach personnel basic operation, maintenance, troubleshooting and repair of the ST-160 Iron Roughneck. In this course the student will receive an overview of the operating procedures for maintenance and troubleshooting purposes, function of the mechanical systems and the correct lubrication schedule required to keep the ST-160 working properly. Mechanical and hydraulic troubleshooting will also be included in this course. Introduction Overview of equipment Equipment operation Routine maintenance Hydraulics Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 49

50 KEMS - IDEAL AUTODRILLER AND BRAKE CONTROL SAFETY SYSTEM COURSE All rig personnel responsible for the KEMS/ Ideal Autodriller and brake control safety systems 3 Days - $2,650 Identify, label, and describe major components of KEMS and EDS List the procedures needed, the systems involved, and explain the proper use for KEMS and EDS Recognize a problem and explain the proper steps to rectify the situation Evaluate and update existing maintenance schedules to fit the specified maintenance requirements This course will cover component identification for the ideal brake controller system. Students will also learn operator set-up, troubleshooting, commissioning, electronic calibration, and enhanced autodriller interface. KEMS history and today s unit Rig Safety Components and operations Commissioning Maintenance and troubleshooting Enhanced Autodriller None 2014 Global Course Catalog - Release 2 June2014 Page 50

51 KINGPOST CRANE All rig personnel responsible for crane operations and maintenance 5 Days - $3,550 Understand and describe basic Kingpost Crane operations, with emphasis on component operations and fluid power circuit functions and related measurement and control instrumentation Develop understanding of crane fluid power circuits through analysis of schematics and diagrams using symbol recognition and the tracing of circuit flow paths Perform wear tests and measurements on several critical crane parts Demonstrate use of various troubleshooting and process measurement techniques using schematic drawings describe where pressure, flow or voltage measurements are taken Review current API standards related to King Post Crane functions and operations This course is designed to give the student a working overview of the typical Kingpost Crane construction and operation. This generic course acquaints the students with the various parts of the crane and their physical locations. Students will attend lectures that cover the equipment manuals, prints and schematics as used on Kingpost Cranes. Safety and Job Hazard Analysis in the fluid power lab Scheduled maintenance demos, discussions and hands-on activities Lectures on the crane maintenance manual, electrical and mechanical prints Fluid Power, hydraulic and pneumatic circuit and systems analysis The Pneumatics Fundamentals with Troubleshooting Course is recommended The Hydraulics Fundamentals Course and the Hydraulics with Troubleshooting Course is recommended 2014 Global Course Catalog - Release 2 June2014 Page 51

52 THE LAND DRILLING RIG This course is designed for individuals that need an introductory overview of the land drilling rig and those who are new to the land drilling rig industry. 1 Day - $800 Identify major system components of a land drilling rig, where those components are located, and their functions Identify new technology being used on land drilling rigs Get a short summary of US oil field history This course will provide the student with general knowledge about the systems used on land drilling rigs, major components of each of the systems, and the functions the systems perform. By the conclusion of the course, the student will have a general understanding of how the process of drilling to oil reservoirs within the earth and bringing the oil to the earth s surface is accomplished. Land rig systems Hoisting system Rotating system Circulating system Drill Stem Power system Blowout prevention system New Technology Top drive Power slips Power tongs History of Drilling None 2014 Global Course Catalog - Release 2 June2014 Page 52

53 THE LAND AND OFFSHORE DRILLING INTRODUCTION COURSE This course is designed for individuals who have limited or no knowledge of land drilling and offshore drilling 1 Day - $800 Identify the types of offshore and onshore rigs Identify the drilling systems (circulating, rotating, power, hoisting, blowout prevention) Name and describe the function of main equipment and technologies used for drilling (surface) Describe the function of main equipment and technologies used for drilling (down hole) Recall the name and function of drilling personnel Identify control systems used on drilling rigs This course was created to give participants a generalized overview of Offshore and Onshore Drilling and drilling equipment. It was designed to give the participant a basic understanding of methods and type of equipment to drill an oil or gas well. It is slightly technical in nature, however, easily understood by those with a basic knowledge of the drilling industry. Course Introduction Where is Oil From? People and Companies Onshore Drilling Equipment Offshore Drilling Equipment Control Systems None 2014 Global Course Catalog - Release 2 June2014 Page 53

54 MODULE ONE RIG SITE MAGNETIC PARTICLE INSPECTION OF VARCO BJ PRODUCTS The course is open to Inspectors qualified to ASNT Level II or equivalent and a certificate will be issued to every Inspector successfully completing the course. Customer representatives not qualified to ASNT Level II but wishing to become more knowledgeable on MPI of Varco BJ equipment may also attend the course but will not be issued a certificate. 2 Days - $2,150 1 day re-cert option $1,000 taken on the 2nd day of course This course is designed to ensure that suitably qualified and experienced delegates receive concentrated training in the Magnetic Particle Inspection of Varco BJ Products. Note Dimensional checking is not included. The course will be of two days duration and consist of classroom and practical, workshop instruction on the Magnetic Particle Inspection of Varco BJ Oil Tools (e.g. Hoisting equipment, Non Hoisting (Rotary)equipment and associated equipment). Varco BJ acceptance criteria Varco critical area drawings Varco BJ inspection procedures Preparing inspection reports and MPI maps Equipment areas defined as exposed critical areas Proper surface preparation Limited disassembly of certain Varco BJ equipment Major and Minor defects Hands-on practical training in surface inspection of Varco BJ equipment Review of defects Course Test 2014 Global Course Catalog - Release 2 June2014 Page 54

55 MUD PUMPS - 14-P-220 MECHANICAL AND MAINTENANCE COURSE All rig personnel that are operating and/or maintaining the 14-P-220 Mud Pump 2 Days - $2,150 Obtain general knowledge about the equipment s purpose, construction and manner of operation Understand how to ensure safe and efficient operations of the equipment Perform inspections, troubleshooting, maintenance and repairs as described in the user s manual Obtain a general understanding of the equipment s fluid power systems and troubleshooting Perform practical activities to reinforce their theoretical knowledge This course is designed to teach personnel operation, maintenance, troubleshooting and repair of the 14-P-220 Mud Pump. In this course the student will receive an overview of the operating procedures for maintenance and troubleshooting purposes, function of the mechanical systems and the correct lubrication schedule required to keep the 14-P-220 Mud Pump working properly. Mechanical and hydraulic troubleshooting will also be included in this course. Equipment Data and Technical Description Equipment Operations Maintenance Troubleshooting Fluid Power None 2014 Global Course Catalog - Release 2 June2014 Page 55

56 MUD PUMPS FD 1600 TRIPLEX MECHANICAL COURSE This course is designed for personnel that will provide maintenance and troubleshooting for the FD 1600 Triplex Mud Pumps. 1 Day - $800 Explain each major assembly in regards to function and location for the FD-1600 Triplex Mud Pump. Summarize the mechanical operations of the FD-1600 under normal conditions. Describe maintenance requirements for each of the major assemblies of the FD-1600 Triplex Mud Pump. Identify basic troubleshooting techniques for the FD-1600 common problems, utilizing technical drawings. This course is designed to introduce participants to the mechanical functions of the FD-1600 Triplex Mud Pump in regards to maintenance and troubleshooting. The purpose and location of the major assemblies will be discussed in order to understand how the equipment operates under normal conditions. Periodic maintenance schedules and procedures will be explained in accordance with the NOV User Manual. Using technical drawings, troubleshooting techniques will be covered for common problems. Course Introduction Equipment Overview Functional Overview Maintenance Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 56

57 MUD PUMPS - HEX 240 MAINTENANCE COURSE All rig personnel responsible for the operation and maintenance of the HEX 240 mud pumps 3 Days - $2,650 Identify facts concerning the basic design, specifications, performance and capacities of the HEX 240 pumping system Identify facts concerning major component design, installation and use for the HEX 240 pump housing, suction and discharge systems, fluid end expendables, and auxiliary systems Describe normal and emergency operation of the Hex pump and all auxiliaries using screens from Cyberbase, Siemens Touch Screen, and Amphion control systems Explain maintenance and lubrication schedules, use of specialized tools during maintenance operations, storage procedures, and fluid end torque sequence for the HEX 240 pump Identify facts concerning the change out procedures for the fluid end expendables on the HEX 240 pump As a team member demonstrate change out procedures for piston, liner, and fluid end module jewelry with minimal instructor assistance Identify troubleshooting procedures and techniques for main pump and all auxiliaries on the HEX 240 pumping system In this course, the students will learn parts identification, pump specifications, operational limitations, installation, operation, periodic maintenance and inspection, troubleshooting of fluid and power end and replacement of fluid end expendables. Introduction System overview Component overview Operation Maintenance Change out procedures Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 57

58 MUD PUMPS - P-SERIES MAINTENANCE COURSE All rig personnel responsible for the maintenance of the NOV 8 -P -80, 9 -P -100, 10 -P -130, 12 -P -220 and 14 -P series mud pumps 1 Day - $800 Identify major components and sub-systems Describe pre-startup operations and normal operations Identify specific scheduled maintenance actions and troubleshooting procedures Explain change out procedures of pistons, liners, and valves In this course, the students will learn parts identification, pump specifications, operational limitations, installation, operation, periodic maintenance and inspection, troubleshooting of fluid and power end and replacement of fluid end expendables. Introduction and parts identification Pump specifications Operational limitations Installation Operation before start up Operation Care of equipment Periodic maintenance and inspection Repairs and replacement of parts None 2014 Global Course Catalog - Release 2 June2014 Page 58

59 MUD PUMPS - TRIPLEX - POWER END This course is designed for all personnel that maintain the Mud Pump Triplex 2 Days - $2,150 Obtain general knowledge about the Mud Pump Triplex purpose, construction and basics of operation Recall how to ensure safe and efficient operations of the equipment Perform inspections, troubleshooting, maintenance and repairs as described in the service manual The purpose of this course is to give the participants and overview of the components of the Mud Pump Triplex including the Power End. Introduction and parts identification Equipment Data and Technical Description Equipment Operations Equipment Maintenance and Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 59

60 NOV DRILLING EQUIPMENT- SAFE OPERATION AND DAILY CARE This course is designed for personnel who are responsible for conducting mechanical maintenance and troubleshooting on the equipment listed below. 5 Days - $3,550 Describe the machines in general terms (range of application & function) Describe the main components of the machines Outline the machine s control system Explain the safety and system functions of the machines Explain the various safety aspects/ precautions related to maintenance Explain the machine s routine inspections Explain the use of the machine s lubrication chart This course is designed to train drillers, derrickmen, and roughnecks in the safe operation and daily care of the TDS 4, AR 3200, P-Series Mud Pump, Drawworks 1625, Drawworks E3000 and PS 21/30. Course Introduction TDS 4 AR P-160 Mud Pump 1625 UDBE Drawworks E3000 Drawworks PS 21/30 None 2014 Global Course Catalog - Release 2 June2014 Page 60

61 THE OFFSHORE DRILLING AND PRODUCTION COURSE Individuals that are new to drilling and production processes and equipment used offshore 1 Day - $800 Water depth markers Types of wells drilled Rig and general equipment types as related to water depth markers Rig operational equipment and motion compensation Different production options This class is a generalized overview of Offshore Drilling and Production Rigs designed to give the participant a basic understanding of Offshore Drilling equipment, methods and to be able to identify the type of equipment to drill an oil or gas well offshore. It is slightly technical in nature, however, easily understood by those with a basic knowledge of the drilling industry. (The NOV Land Rig course is a good pre-requisite) The student will be able to identify the different types of offshore rigs and why they are used. Offshore wells Platform and jack-up rigs Moored semi-submersible with guidelines Moored drill-ship with guidelines Dynamically positioned semi and drill-ship Production methods None 2014 Global Course Catalog - Release 2 June2014 Page 61

62 PIPE RACKING SYSTEM (PRS) MAINTENANCE COURSE (4i AND 6i MODELS) This course is designed for all personnel responsible for the maintenance and troubleshooting of the PRS-4i & 6i systems. 3 Days - $2,650 Explain the equipment s purpose and construction Identify the major assemblies and sub-assemblies of the Pipe Racking System (PRS) Summarize the mechanical operations of the PRS 4i and 6i under normal conditions Describe the maintenance requirements for the PRS Using technical drawings identify basic troubleshooting techniques for hydraulic circuits used in the PRS This course is designed to introduce participants to the mechanical functions of the Pipe Racking System (PRS) 4i & 6i Models in regards to maintenance and troubleshooting. The purpose and location of the major assemblies and their sub-assemblies will be discussed in order to understand how the equipment operates under normal conditions. Periodic maintenance schedules and procedures will be explained in accordance with the NOV User Manual. Using technical drawings, troubleshooting techniques will be covered for common problems. Course Introduction Hydraulics Overview Equipment Overview Vertical Columns Column Movement Systems Hoisting & Counterbalance Systems Upper Arm Lower Arm Fingerboard Equipment Operation Accessory Tools None 2014 Global Course Catalog - Release 2 June2014 Page 62

63 PIPE RACKING SYSTEM (PRS) MAINTENANCE COURSE (4i AND 8i MODELS) All rig personnel responsible for the operation and maintenance of the pipe racking systems 5 Days - $3,550 Identify common components and explain their various functions pertaining to the 4I and 8I PRS Explain the use of accessory tools for the 4I and 8I models Identify operation, maintenance and troubleshooting using hydraulic schematics for the 4I and 8I PRS This course will cover a functional description, tool limitation, operational sequences, and tool setup. An overview of the hydraulic system is provided plus a detailed discussion of specific ISO hydraulic symbols utilized by NOV. The system schematics interconnect diagrams, and troubleshooting electronic systems will also be covered. Equipment overview and operation (4I & 8I Models) Routine maintenance (4I & 8I Models) Hydraulics and troubleshooting (4I & 8I Models) Accessory tools (4I & 8I Models) None 2014 Global Course Catalog - Release 2 June2014 Page 63

64 PIPE RACKING SYSTEM (PRS) MAINTENANCE COURSE (4i MODEL) This course is designed for all personnel responsible for the maintenance and inspection of the PRS-4i system. 3 Days - $2,650 Explain the equipment s purpose and construction Identify the major assemblies and sub-assemblies of the Pipe Racking System (PRS) List and describe the functions and operational procedures of the PRS Describe general inspection and maintenance procedures for the PRS Explain basic troubleshooting techniques for hydraulic circuits used in the PRS This course covers operation, maintenance, and troubleshooting of the 4i Pipe Racking System (PRS). The course includes a description of PRS system functionality in addition to discussion of operational sequences, tool setup, and tool limitations. An overview of the hydraulic system is provided, including a detailed discussion of specific ISO hydraulic symbols utilized by National Oilwell Varco. The system hydraulic schematics will be explored as well as hydraulic component and hydraulic system troubleshooting. Introduction Hydraulics Overview Equipment Overview Vertical Columns Column Movement Systems Hoisting & Counterbalance Systems Upper Arm Lower Arm Fingerboard Equipment Operation Accessory Tools None 2014 Global Course Catalog - Release 2 June2014 Page 64

65 PIPE RACKING SYSTEM (PRS) MAINTENANCE COURSE (5R MODEL) This course is designed for all personnel responsible for the maintenance and inspection of the PRS-5r system. 3 Days - $2,650 Identify the major assemblies and sub-assemblies of the Pipe Racking System (PRS) List and explain the functions and operational procedures of the PRS Describe general inspection and maintenance procedures for the PRS Explain basic troubleshooting techniques for hydraulic circuits used in the PRS Briefly describe the basic electrical components of the PRS-5r This course covers operation, maintenance, troubleshooting, and repair of the 5r Pipe Racking System (PRS). The course includes a description of PRS system functionality in addition to discussion of operational sequences, tool setup, and tool limitations. An overview of the hydraulic system is provided, including a detailed discussion of specific ISO hydraulic symbols utilized by National Oilwell Varco. The system hydraulic schematics will be explored as well as hydraulic component and hydraulic system troubleshooting. A basic overview of the PRS 5r s electrical system will be discussed. Course Introduction Hydraulics Overview Major Components Equipment Operation Maintenance Basic Electrical Components Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 65

66 PIPE RACKING SYSTEM (PRS) MAINTENANCE COURSE (6i MODEL) All personnel that operate, maintain, or troubleshoot the PRS-6i. 2 Days - $2,150 Describe the PRS-6i in general terms (range of application and function) Describe the main components of the PRS-6i Outline the machine s control system Explain the functionality of keypads used for operating the machine Explain the machine s operation modes and sequences Explain the various safety aspects/precautions related to maintenance Explain the machine s routine inspections Explain the use of the machine s lubrication chart This course is designed to teach maintenance, troubleshooting and repair of the PRS-6i. The course covers a functional description, tool limitation, operational sequences and tool setup. An overview of the hydraulic system is also provided. Introduction Advantages of the PRS-6i Major Components of the PRS-6i Operations Maintenance Lubrication Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 66

67 PIPE RACKING SYSTEM (PRS) MAINTENANCE COURSE (8i MODEL) This course is designed for all personnel responsible for the maintenance and inspection of the PRS-8i system. 3 Days - $2,650 Explain the equipment s purpose and construction Identify the major assemblies and sub-assemblies of the Pipe Racking System (PRS) List and describe the functions and operational procedures of the PRS Describe general inspection and maintenance procedures for the PRS Explain basic troubleshooting techniques for hydraulic circuits used in the PRS This course covers operation, maintenance, and troubleshooting of the 8i Pipe Racking System (PRS). The course includes a description of PRS system functionality in addition to discussion of operational sequences, tool setup, and tool limitations. An overview of the hydraulic system is provided, including a detailed discussion of specific ISO hydraulic symbols utilized by National Oilwell Varco. The system hydraulic schematics will be explored as well as hydraulic component and hydraulic system troubleshooting. Introduction Hydraulics Overview Equipment Overview Vertical Columns Horizontal Drive System Lower Drive Upper Drive Lower Arm Upper Arm Hoist Carriage Fingerboard Equipment Operation None 2014 Global Course Catalog - Release 2 June2014 Page 67

68 PIPECAT MACHINE All rig personnel responsible for the operation, maintenance and mechanical troubleshooting of the PipeCAT Machine 2 Days - $2,150 Explain the function, purpose and interaction of the major components of the PipeCAT Machine Identify normal operations, local operating and prestart preparations for the PipeCAT Machine Describe required procedures to repair, maintain and lubricate the PipeCAT Machine Identify operating and troubleshooting procedures using hydraulic and electrical schematics This course is designed to teach personnel maintenance, troubleshooting and repair of PipeCAT Machine. In this course the student will receive an in-depth overview of the proper operating procedures. The student will also learn the functions of the mechanical, electrical and wireless systems and the correct lubrication schedule required to keep the equipment working properly. Troubleshooting of electrical, hydraulic, sensors, and control functions will be included in this course. Introduction Overview of equipment Equipment operation Routine maintenance Hydraulics and electrical Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 68

69 PLC COURSE FOR RIG SYSTEMS - APPLICATIONS OF ALLEN-BRADLEY Rig electricians working with Allen-Bradley PLC systems 5 Days - $3,800 Define a PLC and its components Read and analyze ladder logic Determine and verify addressing Recognize internal or external faults Install and replace PLC components This course will cover the hardware and the software of the Allen-Bradley PLC system including rack structure and components (local and remote), rig connections and troubleshooting of the PLC system, PLC internal faults and diagnostics, viewing and understanding the ladder logic program, the structure of the program and how Tech Power and IPS utilize it, as well as troubleshooting tools such as the Custom Data Monitors and Trending functions. PLC History RSLinx and RSLogix RSLogix programming Internal structure of the PLC Numbering systems Addressing Software structure PLC layout PLC s in SCR control systems for TPC and IPS Block transfer Troubleshooting PLC and SCR system using RSLOGIX Maintaining PLC None 2014 Global Course Catalog - Release 2 June2014 Page 69

70 PLC COURSE FOR RIG SYSTEMS - APPLICATIONS OF SIEMENS This course is designed for new users who operate, maintain and troubleshoot the Siemens S7 PLC. 5 Days - $3,800 Describe the basic terminology, functions, and components of a PLC system. List the use, purpose, and function of binary and hexadecimal numbering systems in PLCs. Define the theory of addressing and data block structure. Perform the major addressing and configuration procedures associated with S7 Manager Program. Demonstrate how to troubleshoot non-plc system problems using the major online functions of Compare, Variable Table (VAT), Cross-Reference, and Rewire. Demonstrate how to create programs using basic program instructions. Explain the interconnections between PLC system components. Describe basic maintenance and troubleshooting requirements the PLC system. This course is designed to familiarize students with the Siemens S7 PLC. An overview of the basic terminology, function, and components of the PLC system will be discussed. Hardware, programming concepts, as well as the basic programming languages will be covered in order to teach methods of troubleshooting the PLC controlled systems. Hands-on activities will be used to reinforce knowledge with practical application. Course Introduction PLC History and Components PLC Hardware S7 Manager Program PLC and the Program Numbering Systems Terminology PLC Program Elements PLC Program Execution PLC Topology PLC Networks NOV Systems PLC Maintenance and Troubleshooting Opening a Program Without Symbols Adding Symbols and Comments to an Un-Documented Program Archiving a Copy of the Program Retrieving and Archived Project Procedure for Comparing Projects Rewire Procedure Variable Tables Adjusting a Variable Table Using the Variable Table Saving the Variable Table None 2014 Global Course Catalog - Release 2 June2014 Page 70

71 PLC COURSE FOR RIG SYSTEMS - ADVANCED ALLEN-BRADLEY Rig Electricians working with PLC systems 5 Days - $3,800 Learn to set up the hardware configuration for an Allen-Bradley SLC 500 PLC Hardware configuration Program elements and control Status elements Block transfer This course will cover advanced troubleshooting and maintenance procedures for the Allen-Bradley PLC systems utilized in National Oilwell Varco Rig Equipment. The student will develop an understanding of advanced functions used in the Allen-Bradley PLC Systems and the Rockwell Automation Software. RSLinx/RSlogics Editing programs- ladder and editing rungs Remote I/O Special application instructions PID control RSLOGIX 500 reference Instruction reference Troubleshooting tools Maintenance and setup PLC Course for Rig Systems - Applications of Allen-Bradley 2014 Global Course Catalog - Release 2 June2014 Page 71

72 PLC COURSE FOR RIG SYSTEMS - ADVANCED SIEMENS Rig electricians working with the Siemens S7 PLC 5 Days - $3,800 Create a new program framework and load a finished program onto a Compact Flash card Identify the Statement List equivalents for common Ladder Diagram functions, and describe how Function Block Diagrams differ Use STL programming to create a flasher bit using two timers Use STL programming to create logic using discrete input and outputs Use the troubleshooting tools provided with Simatic Manager to identify problems with rig systems Use STL programming for floating point math functions Use STL programming to create logic to read and manipulate analog inputs and analog outputs This course will cover advanced troubleshooting and maintenance procedures for the Siemens PLC systems utilized in National Oilwell Varco Rig Equipment. The student will develop an understanding of advanced functions used in the Siemens S7 300 and S7 400 PLC systems. Topics will include Analog Signal calibration, Programming Structure, Advanced Components Diagnostics, Reference Data, System Configuration, Touch Screen Data, and Statement List Program Instructions. The student will also learn how to read Statement List Code and the Diagnostics of Statement List Operations. Configuration Programming- Statement List equivalents and programming languages Comparison functions Tools- troubleshooting software, searching for addresses Step 7 reference Statement list instructions Function block diagram PLC Course for Rig Systems - Applications of Siemens 2014 Global Course Catalog - Release 2 June2014 Page 72

73 PNEUMATICS FUNDAMENTALS WITH TROUBLESHOOTING Any rig personnel required to learn pneumatic system fundamentals and basic pneumatic troubleshooting skills. 5 Days - $3,550 Understand and describe basic pneumatics theory, with emphasis on component and circuit functions and related measurement instrumentation Demonstrate circuit analysis in schematics and diagrams using symbol recognition and tracing circuit paths Perform circuit parameter measurements Demonstrate use of various troubleshooting and process measurement techniques Relate the schematic drawing to where physical measurements need to be taken Perform conversions between Metric and Imperial measurement systems This course is designed to give the student a solid overview of pneumatic fundamentals. It will include, but will not be limited to the following topics: Pascal s and Boyle s laws and the units of pressure and flow measurement and the development of differential pressures. The student will develop an understanding of simple and moderately complex pneumatic circuits. Students will build circuits and use test equipment to troubleshoot problems in order to gain the practical experience required to locate and solve pneumatic problems on drilling equipment. The training sessions are designed to include a discussion of pneumatic fundamentals followed by a practical lab session to reinforce the student s learning. Safety Pressure, force, volume, flow rate and differential pressure relationships How to use a digital tachometer Measurement techniques for circuit components Hands on circuit construction from schematics including troubleshooting Simple circuit fault analysis None 2014 Global Course Catalog - Release 2 June2014 Page 73

74 RIGSENSE 2.0 OPERATORS COURSE This course is specifically designed for the rig drilling personnel (drillers, assistant drillers, toolpushers). 2 Days - $2,250 How to set up and end well How to use Alarms How to use Pipe Tally Using RigSense IADC Report Printing Reports Using Canned Notes Extracting Well Data Printing Well Data/Logs The course is designed to provide personnel with training in the operation of the RigSense Version 2.0 drilling data system. General System overview RigSense 2.0 screen overview Touch screen and Computer navigation None 2014 Global Course Catalog - Release 2 June2014 Page 74

75 RIGSENSE 3.0 OPERATORS COURSE This course is specifically designed for the rig drilling personnel (drillers, assistant drillers, toolpushers). 2 Days - $2,250 Understand drill logic and operating principle of the system Demonstrate RigSense operation Describe basic troubleshooting In this course students will learn operation of the RigSense Electronic Drilling Recorder. The course also provides overviews of network requirements and basic troubleshooting. System overview: features, functions, uses and reports RigSense operation Basic networking Basic troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 75

76 SCR MAINTENANCE COURSE - INTEGRATED POWER SYSTEM INTERMEDIATE (IPS) The IPS (International Power System) SCR Maintenance Course is designed for NOV personnel that operate, maintain and troubleshoot the International Power System. 5 Days - $3,800 Restate the functions of the generator cubicle Identify the power paths within the generator cubicle Define the function and list the devices of the Synchronization cubicle Identify the layout and functional sub-units of the generator control rack Describe the function, panel layout and controls of metering module, voltage regulator module, governor module, engine alarm module and auto start/sync module Understand the procedures for Operation and Programming of metering module, voltage regulator module, governor module, engine alarm module and auto start/sync module Describe the function and operation of Common Elements, i.e. battery and charging equipment, sync panel and ground detector panel Identify and Explain Rectifier and SCR principles and circuits Identify the layout and functional sub-units of the SCR Cubicle Describe Gate pulse generation and Phase control Describe the operational control of the SCR Cubicle to including inputs, current and rate limits, motor speed control and operation with power limit and load sharing mode Demonstrate proficiency in the operation and programming of the control module to include test panel, conditions for operation, and programming the SCR module Describe the function and layout of the Service Cubicle Identify the Power circuits and Load assignments for the DC Power, contractors and drive systems, and dynamic braking circuits Describe the principle of operation for the Regeneration system Demonstrate troubleshooting abilities for the IPS system in the areas of symptom recognition and common failures The IPS (International Power System) SCR Maintenance Course is designed to provide the participant an Intermediate understanding of IPS SCR Drive system fundamentals, Operation and Maintenance, and basic troubleshooting. SCR History, IPS Block Diagram Generator Cubicle, Initial Setup for Pots and Jumpers, Metering Module Engine and Generator Controls, Generator Interconnects Synchronizing/Closing the Generator Circuit Breaker Power Limit, DC Section Overview Bridge Operation, Replacing SCR s Assignments, Field Supplies Driller s Console, Ground Fault None 2014 Global Course Catalog - Release 2 June2014 Page 76

77 SCR MAINTENANCE COURSE - ROSS HILL ADVANCED This course is designed for electricians, assistant electricians, motormen, and tool pushers. 5 Days - $3,800 Explain the circuitry of the AC Regulating Module o Analyze the Power Calculation circuits o Examine the Power Limit circuits o Define the Calibration procedures for Power Limit o Analyze the Voltage Regulation circuits o Define the Calibration procedures for Voltage Regulation o Analyze the Speed Regulation circuits o Define the Calibration procedures for Speed Regulation o Examine the Protection circuits Explain the circuitry of the DC Regulating Module o Analyze the Speed Regulation circuits o Develop speed calculation for DC Traction motors o Analyze the Current Regulation circuits o Define the Calibration of Current Limit o Analyze the Firing Circuits for the SCR s Develop Troubleshooting Techniques through SCR Simulator operation and problem solving Examine Field Supplies operation and circuitry Examine Dynamic Brake circuits and operation This course builds on the knowledge obtained by students in the Intermediate SCR Maintenance Course. The Advanced SCR Maintenance Course includes a training manual and an excellent electrical reference text for each student. The Advanced Course has theory and practical sessions each day. In depth AC/ DC Module Design and Operation Lab Safety Daily Troubleshooting labs O scope operation Detailed Dynamic Break Operation Operation of sprocket slip card Basic/ Active Field Supply Operation SCR Maintenance Course - Generator Controls Intermediate (Ross Hill) SCR Maintenance Course - SCR Controls Intermediate (Ross Hill) 2014 Global Course Catalog - Release 2 June2014 Page 77

78 SCR MAINTENANCE COURSE - ROSS HILL INTERMEDIATE (GENERATOR CONTROLS) All rig personnel responsible for the operation and maintenance of the Ross Hill Generator Controls. 5 Days - $3,800 List the major components pertaining to engine/generator controls in a Ross Hill SCR System Briefly define KW, KVA, KVAR and power factor Explain basic control loop functionality and troubleshooting of the AC Control Modules (Standard, ACII and EGIII) Explain the theory of operation of power limit circuits and how to troubleshoot them List the purposes and types of protection circuitry provided in the AC Control Modules Explain basic control and troubleshooting of engine/generator sets Explain how to synchronize a generator and put it online This course includes details in teaching the fundamentals, schematics, and basic troubleshooting associated with Engine and Generator controls, Power Limit circuits, Power Factor Correction, protection circuits and Load sharing and Synchronization of Generators. This will also include an in depth analysis of the standard AC control module. This course will include the latest in Engine/Generator control modules. History Previous Drilling Systems Ross Hill Basic Block Diagrams Power Limit Actuators H.O.C. Master/Slave Overview of Generator and Standard AC Module Control Loops Generator Interconnect Sync Circuit/ Check Board None 2014 Global Course Catalog - Release 2 June2014 Page 78

79 SCR MAINTENANCE COURSE - ROSS HILL INTERMEDIATE (SCR CONTROLS) All rig personnel responsible for the operation and maintenance on Ross Hill SCR Systems. 5 Days - $3,800 Explain how the Ross Hill SCR System controls o Assignment logic for drilling applications o The SCR Bridge o DC motors used in drilling applications o The Drawworks Dynamic Brake Explain Theory of Operation of o Silicone Controlled Rectifiers o The Sprocket Slip PCB o The Dual Timer PCB o The Ground Fault Circuit o Field Supplies Not Measured: Apply knowledge acquired in the course to troubleshooting real world system problems. This course is designed to teach fundamentals, schematics, and basic troubleshooting associated with current SCR controls. This course includes the latest in SCR control modules and configurations. Maintenance personnel should attend this course before being enrolled in the Advanced SCR Maintenance Course. It is recommended that an individual complete the Ross Hill Intermediate DC Drive Maintenance course and the Ross Hill Intermediate Engine/Generator Controls Maintenance course within the last three years before enrolling in the Ross Hill Advanced SCR Maintenance course. SCR System Overview, Basic DC Module operation Current feedback development, Voltage Feedback Importance of Phasing, Contactor Logic Sprocket Slip theory, Driller console Operation Dynamic Brake and Field supplies None 2014 Global Course Catalog - Release 2 June2014 Page 79

80 SCR MAINTENANCE COURSE - TECH POWER INTERMEDIATE All rig personnel responsible for the operation and maintenance of the Tech Power SCR Systems 5 Days - $3,800 Identify and explain the proper operation, maintenance and troubleshooting techniques for the Model 1400 SCR system Classify AC systems to include AC module, generator controls, engine controls, power limit and sync circuit Distinguish the DC systems to include SCR bridge, DC module and drilling applications Categorize auxiliary circuits and components to include driller s console, MCC logic, dynamic brake and ground fault This course is designed to provide the information necessary to maintain and troubleshoot a typical Tech Power SCR system. The course includes the AC side which is the AC module, Generator controls, Engine Controls, Power Limit, and the Sync circuit, the DC side which includes, SCR Bridge, DC module, and Drilling Applications, and Auxiliary Circuits which includes Driller s Console, MCC logic, Dynamic Brake and Ground fault detection. The system troubleshooting and schematics will be wholly based on the Tech Power SCR system. Generator controls and calibration, SCR controls and calibration, consoles, and auxiliary equipment will be covered. PLC Maintenance and Troubleshooting is suggested as an additional course if your system contains a PLC. (Refer to the Allen -Bradley PLC Course schedule) Power limit and factor Generator Controls AC/ DC Module Operation SCR cubicle and SCR bridge Contactor Logic and Dynamic Braking PLC Interface MP Synchronizers and ground fault circuit Drillers Console None 2014 Global Course Catalog - Release 2 June2014 Page 80

81 SCR MAINTENANCE COURSE - TECH POWER ADVANCED All rig personnel responsible for the operation and maintenance of the Tech Power SCR Systems 5 Days - $3,800 Setup parameters for the engine/generator set on the Generator Calibration Board Calibrate the Bus Overload and Monitor Board (Power Limit) and the load monitor and slip detector board Troubleshoot engine/generator control problems for mud pumps, drawworks and top drives using Tech Power Simulator Troubleshoot problems on the bus overload and monitor board and load monitor and slip detector board using Tech Power Simulator This course integrates Theory and Simulator operation for calibration of the AC Module, Bus Overload board, and DC Module Load Monitor Board, along with understanding Power calculations and Oscilloscope Operation. The student will listen to the theory then perform the calibration or troubleshooting exercise Introduction Power Triangle Formulas CT Circuit Diagram EG-II AC Control Module Current Demodulator Block Diagram Exciter and Current Transducer Panel Schematic Power Limit Block Diagram Bus Overload and Monitor Block Generator Voltage Control and Regulation Block Diagram DC Module Block Diagram and Theory of Operation Load Monitor and Slip Detector Block Diagram Mud Pump Synchronizer The prerequisites for this course include the Tech Power Intermediate SCR Maintenance Course and having a basic understanding of PLCs. If a student does not have previous experience with PLCs, he must attend the Allen -Bradley PLC Applications for Rig System course before enrolling in this course Global Course Catalog - Release 2 June2014 Page 81

82 SHAFFER 5TH GEN BOP MUX ELECTRICAL CONTROLS All rig personnel responsible for the operation and maintenance of the Shaffer 5 th Gen BOP MUX electrical control system 5 Days - $3,800 Operation of the BOP MUX Controller System Understanding of system components and communications Identification of faults and problems Understanding of remedial actions Understanding of routine maintenance Awareness of safety considerations of tasks In this course, students will learn the various components of the system, topology, operations, communications, and diagnostics for the 5th Generation BOP MUX Control System. Students will also learn the components, and how they interconnect, communicate, monitor faults, and display information. Fourth and fifth generation control systems will be discussed. This course offers hands-on laboratory exercises to reinforce lectures and discussions. System Overview Terminology and definitions Series PLCs Series PLCs Genius bus devices GE Fanuc VersaMAX I/O Stahl Remote I/O Engineering workstation Genius modular redundancy Machine Edition programming software Silvertech genius block H-carriers Gutor uninterruptible power supply CCC simulation (oyster terminal) Fault finding lab exercises None 2014 Global Course Catalog - Release 2 June2014 Page 82

83 SHAFFER 6TH GEN BOP MUX ELECTRICAL CONTROLS This course is designed for all rig personnel responsible for the maintenance and monitoring of the Shaffer 6 th Gen BOP Mux Electrical Control System. 4 Days - $3,200 Summarize the 6 th Gen BOP Mux electrical control system s purpose for drilling operations when given the system s basic manner of operation Define the overall function of the 6th Gen BOP Mux electrical control system when given the proper system terminology Describe the relationships between the 6 th Gen BOP Mux electrical control system components when given the interconnects, communication pathways and display information Demonstrate proper maintenance functions, both routine and repair, of the 6 th Gen BOP Mux electrical control system Apply theoretical knowledge of the 6th Gen BOP Mux electrical control system in a laboratory setting given common requirements for system maintenance and repair actions This course is designed to familiarize participants with the various components, topology/system layout, communications and diagnostics for the 6 th Generation BOP Mux Electrical Control System. Participants will learn how the components interconnect, communicate, monitor faults and display information. Participants will be able to state the meaning of terminology and definitions used in connection with the BOP. Remedial actions and routine maintenance procedures for the control system are discussed. This course also offers hands-on laboratory exercises to reinforce lectures and discussions. 6 th Gen BOP Mux Control System Overview Human Machine Interface Introduction to Programmable Logic Controllers (PLC) AADvance PLC AADvance Programming Software ControlLogix PLC High Speed Counters Networking and Communication Function Logger Other BOP System Components Gutor Redundant Uninterruptible Power Supply (UPS) None 2014 Global Course Catalog - Release 2 June2014 Page 83

84 SHAFFER EQUIPMENT MECHANICAL (SHAFFER RUCKER MOTION COMPENSATION) All rig personnel responsible for the operation and maintenance of the Shaffer Motion Compensation equipment 2 Days - $2,150 Identify the purpose of Shaffer DSCs, CMCs, and MRTs Identify different models of Shaffer Motion Compensation equipment Describe the safety hazards when operating the Shaffer Motion Compensation equipment and the best practices and procedures to avoid those hazards Outline basic maintenance procedures for the Shaffer Motion Compensation equipment, including auxiliary APV bottles and control panels This course is designed to introduce and create knowledge and understanding of unit components, operation sequences, routine maintenance, and safety while testing and performing maintenance functions on Shaffer Motion Compensation equipment. Troubleshooting of the equipment is a critical area of focus. Introduction Motion Compensation Theory 600K to 1000K CMC 400K DSC 600K DSC Standard Riser Tensioners None 2014 Global Course Catalog - Release 2 June2014 Page 84

85 SHAFFER EQUIPMENT MECHANICAL (SURFACE TYPE EQUIPMENT) All rig personnel responsible for the operation and maintenance of the Shaffer surface type equipment to include land, jack-up and platform applications 3 Days - $2,650 Identify and understand the purpose of surface equipment Identify different Shaffer spherical, rams, and valves Repair and maintain Shaffer surface equipment This course is designed to introduce and create knowledge and understanding of unit components, operation sequences, routine maintenance, and safety while testing and performing maintenance functions on Shaffer Surface type BOP s. Troubleshooting of the equipment is a critical area of focus. If the course is held in Houston there will be hands on training on the Rams, Annulars, Manifold Valves and Control System Hydraulic Valves. Introduction Shaffer spherical seminar Shaffer all models RAM type BOPs NOV 13-5/8 10M LXT and Shaffer 21-1/4 5M RAM type BOP s Surface BOP controls None 2014 Global Course Catalog - Release 2 June2014 Page 85

86 SHAFFER EQUIPMENT MECHANICAL COURSE (SUB SEA EQUIPMENT) This course is designed for Toolpushers, Drillers, Assistant Drillers, Mechanics, Roughnecks, and Sub Sea Engineers. 5 Days - $3,800 Identify the major components of the Shaffer sub-sea equipment Use the user manuals to properly maintain and inspect the equipment Use the troubleshooting techniques taught in the class to assist problem solving This course is designed to introduce and create knowledge and understanding of unit components, operation sequences, routine maintenance, and safety while testing and performing maintenance functions on Shaffer Sub Sea Equipment. Troubleshooting of the equipment is a critical area of focus. If the course is held in Houston there will be hands on training on the Rams, Annulars, Manifold Valves and Control System Hydraulic Valves. Shaffer Sub Sea BOP Stack 5 th Generation Shaffer Gate Valve Shaffer Spherical Blowout Preventer and Test Shaffer Diverter SLX and NXT Ram Type Blowout Preventer and Test Locking Systems Ultra Lock IIB and Poslock 22 Shaffer FT-H Riser and DT-Riser Blowout Preventer Control System Introduction Pod Schematic Symbology 4 th Generation MUX and Exercise 5 th Generation MUX HPU and Diverter Units MUX Cable Reels and Test None 2014 Global Course Catalog - Release 2 June2014 Page 86

87 TOP DRIVE SYSTEM - TDS 8 SA & 1000 ELECTRICAL Electrical maintenance personnel performing equipment maintenance, troubleshooting and interpretation of diagnostic data 5 Days - $3,550 Distinguish the differences between each model List the procedures/sequences/processes needed to be taken when operating the TDS-8 top drive Utilize the NOV manuals to locate pertinent information Explain the equipment s purpose Identify the equipment s components Explain the equipment s construction Understand/explain the operation of the equipment Utilize the safety codes and dangerous areas of the equipment Explain how to perform maintenance on the equipment Be aware of the improvements offered by NOV s Product Information Bulletins (PIB s) This five day course covers all the electrical components and circuits. This course will familiarize the students with the electrical operation, component functionality, technical documents/drawings, and troubleshooting techniques necessary to maintain the Top Drive and its electrical components. The course will also give an overview of the use of the Cyberbase Chair for TDS control/operation, cover the SBC controller in depth and give an overview of the interfaced ABB Variable Frequency Drive (in-depth ABB training is covered in a separate course). The SBC section will cover the overall system and components, Profibus DP and Ethernet networks and the single board controller operations and diagnostics. Systems screen displays will be analyzed for information pertaining to maintenance and troubleshooting. TDS 8 & 1000 Drilling specifications Pipe handler Equipment operations Post jarring inspections Routine maintenance and inspection Electrical control system and troubleshooting Lubrication Auxiliary electrical systems Variable Frequency Drives overview None 2014 Global Course Catalog - Release 2 June2014 Page 87

88 TOP DRIVE SYSTEM - AC TDS 8 & 1000 MECHANICAL This course is designed for personnel who are responsible for conducting mechanical maintenance and troubleshooting on the TDS 8 & Days - $3,550 Explain each major assembly in regards to function and location for the TDS 8 & Summarize the mechanical operations of the TDS 8 & 1000 under normal conditions. Describe the maintenance requirements for the TDS 8 & 1000 according to user manuals. Utilizing technical drawings, identify basic troubleshooting techniques for TDS 8 & 1000 common problems. This course is designed to introduce participants to the mechanical functions of the TDS 8 & 1000 in regards to maintenance and troubleshooting. The purpose and location of the major assemblies and their sub-assemblies will be discussed in order to understand how the equipment operates under normal conditions. Periodic maintenance schedules and procedures will be explained in accordance with the NOV User Manual. Using technical drawings, troubleshooting techniques will be covered for common problems. Students will participate in hands-on activities to reinforce classroom content. Course Introduction TDS Hydraulic Overview Equipment Overview Functional Overview Maintenance and Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 88

89 TOP DRIVE SYSTEM - TDS 9 & 11 MECHANICAL This course is designed for personnel who are responsible for conducting mechanical maintenance and troubleshooting on the TDS 9 and days- $3,050 At the conclusion of this course, the participants should be able to: Explain each major assembly in regards to function and location for the TDS 9 and 11. Summarize the mechanical operations of the TDS 9 and 11 under normal conditions. Describe the maintenance requirements for the TDS 9 and 11 according to user manuals. Identify basic troubleshooting techniques for TDS 9 and 11 common problems, utilizing technical drawings. This course is designed to introduce participants to the mechanical functions of the TDS 9 and 11 in regards to maintenance and troubleshooting. The purpose and location of the major assemblies and their sub-assemblies will be discussed in order to understand how the equipment operates under normal conditions. Periodic maintenance schedules and procedures will be explained in accordance with the NOV User Manual. Using technical drawings, troubleshooting techniques will be covered for common problems. Students will participate in hands-on activities to reinforce classroom content (if taken in Houston, TX). Course Introduction Equipment Overview Operational Overview Maintenance Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 89

90 TOP DRIVE SYSTEM - TDS 11SH MECHANICAL This course is designed for personnel who are responsible for conducting mechanical maintenance and troubleshooting on the TDS 11SH. 3 days- $2,650 At the conclusion of this course, the participants should be able to: Explain each major assembly in regards to function and location for the TDS 11SH. Summarize the mechanical operations of the TDS 11SH under normal conditions. Describe the maintenance requirements for the TDS 11SH according to user manuals. Utilizing technical drawings, identify basic troubleshooting techniques for TDS 11SH common problems. This course is designed to introduce participants to the mechanical functions of the TDS 11SH in regards to maintenance and troubleshooting. The purpose and location of the major assemblies and their sub-assemblies will be discussed in order to understand how the equipment operates under normal conditions. Periodic maintenance schedules and procedures will be explained in accordance with the NOV User Manual. Using technical drawings, troubleshooting techniques will be covered for common problems. Course Introduction Equipment Overview Operational Overview Maintenance and Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 90

91 TOP DRIVE SYSTEM - AC AND BASIC HYDRAULICS COMBINED - MECHANICAL Maintenance personnel performing equipment maintenance, troubleshooting and interpretation of diagnostic data. All individuals required to learn basic hydraulics. DURATION/COST 5 days/$3,550 TDS Distinguish the differences between each model Compare the components and uses of one particular model to the other List the procedures/sequences/processes needed to be taken when operating the AC top drive Evaluate and update existing maintenance schedules to fit the specified maintenance requirements Recognize if a problem exists and when repairs are needed Identify hydraulic symbols and troubleshoot hydraulic schematics List and explain abbreviations used when describing the equipment. Be aware of the improvements offered by NOV s Product Information Bulletins (PIB s). BASIC HYDRAULICS Understand and describe basic hydraulics theory with emphasis on component and circuit functions. Demonstrate circuit analysis skills in reading schematics and diagrams, using symbol recognition and in tracing circuit paths. Perform circuit parameter measurements for many different circuit configurations. Perform related conversions between Metric and Imperial Measurement Systems. TDS This three day course will cover the operations and functional design of the AC top drive s components, systems, lubrication, maintenance, adjustment, troubleshooting techniques, ISO Hydraulic/pneumatic symbols and standard top drive hydraulic schematics. BASIC HYDRAULICS This course is designed to give the student a working understanding of hydraulic fundamentals. It will include the following topics: Pascal s law and the units of pressure, force and flow rates. The student will develop an understanding of simple hydraulic circuits. The course includes familiarization with the fluid power symbols of most major fluid power components. Students will develop an understanding of basic hydraulic processes. TDS TDS 9SA and 11SA Drilling specifications Pipe handler Load bearing components Equipment operations Post jarring inspections Routine maintenance and inspection Basic hydraulics and troubleshooting Lubrication BASIC HYDRAULICS Safety Pressure, force, volume and flow rate relationships Measurement techniques for circuit components Simple circuit operational analysis None 2014 Global Course Catalog - Release 2 June2014 Page 91

92 TOP DRIVE SYSTEM - AC TOP DRIVE ELECTRICAL SYSTEMS All rig personnel responsible for the electrical maintenance and troubleshooting of the NOV AC Top Drives 5 Days - $3,800 Identify and understand the operation of electrical components involved with the AC Top Drive System Properly navigate through a set of electrical top drive prints Successfully trace out all the electrical circuits of an AC Top Drive System Troubleshoot by viewing the inputs to the top drive solenoids via the top drive annunciator panel Observe faults via the internal remote I/O s and the PLC Central Processing Unit Connect to the PLC using Step 7 software and perform diagnostic troubleshooting Connect to the ABB Drive using Drive Windows software The AC Top Drive System Electrical Course is a 5 day class that covers all the electrical components and circuits of the AC TDS. This course will familiarize the students with the electrical operation, component functionality, technical documents/drawings, and troubleshooting techniques necessary to maintain the AC Top Drive and its electrical components. An actual Top Drive Stand Alone Control Panel and interfaced AC Drive will be used to conduct hands on exercises and labs that include; Digital/Analog device testing, Indicator testing and calibration, component disassembly /assembly, component calibrations, cabling connector inspections, and program uploads/downloads. The labs are designed for the customer to be able to visually see the panel inputs, faults, and how the PLC interfaces with the AC Drive Controller. System Overview AC Top Drive Control Panel and AC Drive Controller Communications with PLC and Drive and Software Tools None, however basic knowledge of Siemens Step 7 software would be advantageous to the student Global Course Catalog - Release 2 June2014 Page 92

93 TOP DRIVE SYSTEM - DC TDS 3, 4, 5, 6 ELECTRICAL Electrical maintenance personnel performing equipment maintenance, troubleshooting and interpretation of diagnostic data 5 Days - $3,550 Distinguish the differences between each model List the procedures/sequences/processes needed to be taken when operating the DC top drive Utilize the NOV manuals to locate pertinent information Explain the equipment s purpose Identify the equipment s components Explain the equipment s construction Understand/explain the operation of the equipment Utilize the safety codes and dangerous areas of the equipment Explain how to perform maintenance on the equipment Be aware of the improvements offered by NOV s Product Information Bulletins (PIB s) This five day course covers all the electrical components and circuits of the DC TDS. This course will familiarize the students with the electrical operation, component functionality, technical documents/drawings, and troubleshooting techniques necessary to maintain the DC Top Drive and its electrical components. An actual Top Drive Stand Alone Control Panel and interfaced PLC will be used to conduct hands on exercises and labs that include; Digital/Analog device testing, Indicator testing and program uploads/downloads. The labs are designed for the customer to be able to visually see the panel inputs, faults, and how the PLC interfaces with the DC TDS system. TDS 3, 4, 5 and 6 Drilling specifications Pipe handler Equipment operations Post jarring inspections Routine maintenance and inspection Electrical control system and troubleshooting Lubrication Auxiliary electrical systems Recommended, but not required, that the student have basic knowledge of PLC software Global Course Catalog - Release 2 June2014 Page 93

94 TOP DRIVE SYSTEM - TDS 3, 4, 5, 6 MECHANICAL This course is designed for personnel who are responsible for conducting mechanical maintenance and troubleshooting on the 3,4,5,6. 5 Days - $3,550 At the conclusion of this course, the participants shall be able to Explain each major assembly in regards to function and location for the TDS 3,4,5,6. Summarize the mechanical operations of the TDS 3,4,5,6 under normal conditions. Describe the maintenance requirements for the TDS 3,4,5,6 according to user manuals. Identify basic troubleshooting techniques for TDS 3,4,5,6 common problems utilizing technical drawings. This course is designed to introduce participants to the mechanical functions of the TDS 3,4,5,6 in regards to maintenance and troubleshooting. The purpose and location of the major assemblies and their sub-assemblies will be discussed in order to understand how the equipment operates under normal conditions. Periodic maintenance schedules and procedures will be explained in accordance with the NOV User Manual. Using technical drawings, troubleshooting techniques will be covered for common problems. Students will participate in hands-on activities to reinforce classroom content. Course Introduction Equipment Overview Operational Overview Maintenance and Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 94

95 TOP DRIVE SYSTEM - HPS 500, 650, 750 AND 1000 MAINTENANCE All individuals responsible for the maintenance and inspection of the mechanical, electrical, and hydraulic systems on the HPS Top Drive 3 Days - $2,650 Explain the purpose and specifications of the HPS Top Drive System Explain the function, purpose and interaction of the major components of the HPS Top Drive System Explain the purpose and basic operational functionality of the HPS Top Drive System Describe normal operations, local operating procedures, emergency controls and pre-start preparations for the HPS Top Drive System Describe required procedures to repair, maintain and lubricate the HPS Top Drive System Identify common hydraulic symbols and explain functions of the hydraulic systems used on the HPS Top Drive System Explain proper troubleshooting procedures for the HPS Top Drive System This course is designed to train personnel in the operations, maintenance, and mechanical troubleshooting of the HPS Top Drive. This course is primarily a lecture course with no hands-on work covering the different models and tool setup for different applications. The students will receive an overview of the electrical and hydraulic symbols, components and systems using drawings and schematics. The course will cover components, the functions of the mechanical and control systems, and maintenance and lubrication schedules. This course will cover the HPS 02, 03 and 04 models with 500, 650, 750 and 1000 load ratings. Introduction Hydraulic Basics Models and Specifications Component Overview HPS 03 Component Overview HPS 04 Component Overview HPS 02 Operation Maintenance Corrections and Minor Repairs Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 95

96 TOP DRIVE SYSTEM - PS SERIES MECHANICAL This course is designed for personnel who are responsible for conducting mechanical maintenance and troubleshooting on the PS Series. 3 days - $2,650 Explain each major assembly in regards to function and location for the TDS PS Series. Summarize the mechanical operations of the TDS PS Series under normal conditions. Describe the maintenance requirements for the TDS PS Series according to user manuals. Identify basic troubleshooting techniques for TDS PS Series common problems. This course is designed to introduce participants to the mechanical functions of the Top Drive Systems (TDS) PS Series in regards to maintenance and troubleshooting. The purpose and location of the major assemblies and their sub-assemblies will be discussed in order to understand how the equipment operates under normal conditions. Periodic maintenance schedules and procedures will be explained in accordance with the NOV User Manual. Troubleshooting techniques will be covered for common problems. Students will participate in hands-on activities to reinforce classroom content. Course Introduction Equipment Overview Operational Overview Maintenance and Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 96

97 TOP DRIVE SYSTEM - TDX-1000 MECHANICAL This course is designed for personnel that maintain and troubleshoot the TDX-1000 Top Drive System. 3 Days - $2,650 Explain the equipment s purpose, construction and manner of operation Summarize safe and efficient mechanical operations of the equipment under normal conditions Describe the maintenance requirements for the system according to user manuals Utilizing schematic drawings of the fluid power systems identify how to troubleshoot the system This course is designed to teach personnel an overview of the function of the mechanical systems, the operating procedures for maintenance and troubleshooting purposes, and the correct inspection and lubrication schedules required to keep the TDX-1000 working properly. Hydraulic troubleshooting will also be included in this course. Equipment Overview Hydraulics Overview Motor Housing Assembly & Subassemblies o Function o Inspection o Lubrication o Fluid Power / Hydraulics PH-203 Pipe Handler Assembly & Subassemblies o Function o Inspection o Lubrication o Fluid Power / Hydraulics Maintenance Procedures and Adjustments Equipment Operations Troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 97

98 TOP DRIVE SYSTEM - TDX-1250 MAINTENANCE This course is designed for personnel that maintain and repair the TDX Days - $2,650 Describe, identify, compare and contrast the major assemblies and subassemblies of the TDX 1250 in general terms Explain the operation and function of the TDX 1250 using the control system Explain the interfacing between an Amphion system and various TDX-1250 Top Drive functions Explain the procedures for properly maintaining the Top Drive Successfully teardown, inspect, and rebuild (with minimal instructor assistance) using product manual, hand tools, and mechanical seal wash-pipes Identify flow path and parts using the lubrication circuit schematic properly Identify most common hydraulic symbols and state the flow path of hydraulic fluid in a given system using a schematic This course is designed to introduce participants to the functionality of the AC TDX-1250 Top Drive, lubrication, maintenance, and troubleshooting techniques. The course will cover common ISO hydraulic symbols used in TDS circuit diagrams. Introduction Overview of equipment Equipment operation Routine Maintenance Hydraulics and troubleshooting None 2014 Global Course Catalog - Release 2 June2014 Page 98

99 Global Course Listings Rig Specific 2014 Global Course Catalog - Release 2 June2014 Page 99

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101 MANAGEMENT COURSE- DRILLING EQUIPMENT KRS 1000: DRILLING EQUIPMENT Target group is management or other personnel not directly involved with equipment operations or maintenance. The course is ideal for oil business employees who wish to know more about the equipment purchased for one specific rig or vessel. Course duration and cost upon request. - Upon course completion, participants shall be able to: Explain the function and organization of NOV Aftermarket division, NOV Field Engineering and Operation Support Describe how to contact the different departments within NOV Aftermarket division Describe NOV s equipment follow-up (internal tests, FAT, commissioning, OAT, upgrading) List the main purposes and Outline the technology of the ehawk remote support system Describe when and how to use the ehawk remote support system Outline NOV Tracker system in general and explain how to use Tracker Describe the organization- and function of NOV spare part department Exemplify how to utilize technical drawings and the Bill. Mat. List for identifying necessary spare part orderings Explain the master project list and Describe how to contact the Spare Parts Department Describe the main drilling equipment (range of application, function, interaction and system design) Distinguish between the various safety messages employed in NOV user manuals List and explain the safety measures by which hazards are reduced or eliminated during operation Describe how to emergency stop/restart the equipment and the consequences of this action Outline the various ways of controlling the equipment including the Anti Collision System (ACS) if applicable Participants will learn about the NOV Aftermarket Division and the Technical Support & Projects Department. They will also obtain general knowledge about the ehawk remote support system and Tracker, NOV s web-based tool for tracking service requests from rigs. Finally, they will obtain general knowledge of the main equipment purchased for their specific rig or vessel in addition to learning how to utilize the NOV spare part system. There is no Final Test for the Management Course. Subject 1.1 Technical Support & Projects System overview Subject 1.2 EHawk Parameters Subject 1.3 Tracker Software tools Subject 1.4 Spare Parts Maintenance Subject 1.5 NOV Equipment Overview No particular experience is required Global Course Catalog - Release 2 June2014 Page 101

102 MANAGEMENT COURSE- CRANES KRS 1200: CRANES Target group is management or other personnel not directly involved with equipment operations or maintenance. The course is ideal for oil business employees who wish to know more about the equipment purchased for one specific rig or vessel. Course duration and cost upon request. - Upon course completion, participants shall be able to: Explain the function and organization of NOV Aftermarket division, NOV Field Engineering and Operation Support Describe how to contact the different departments within NOV Aftermarket division Describe NOV s equipment follow-up (internal tests, FAT, commissioning, OAT, upgrading) List the main purposes and Outline the technology of the ehawk remote support system Describe when and how to use the ehawk remote support system Outline NOV Tracker system in general and explain how to use Tracker Describe the organization- and function of NOV spare part department Exemplify how to utilize technical drawings and the Bill. Mat. List for identifying necessary spare part orderings Explain the master project list and Describe how to contact the Spare Parts Department Describe the main drilling equipment (range of application, function, interaction and system design) Distinguish between the various safety messages employed in NOV user manuals List and explain the safety measures by which hazards are reduced or eliminated during operation Describe how to emergency stop/restart the equipment and the consequences of this action Outline the various ways of controlling the equipment including the Anti Collision System (ACS) if applicable Participants will learn about the NOV Aftermarket Division and the Technical Support & Projects Department. They will also obtain general knowledge about the ehawk remote support system and Tracker, NOV s web-based tool for tracking service requests from rigs. Finally, they will obtain general knowledge of the main equipment purchased for their specific rig or vessel in addition to learning how to utilize the NOV spare part system. There is no Final Test for the Management Course. Subject 1.1 Technical Support & Projects System overview Subject 1.2 EHawk Parameters Subject 1.3 Tracker Software tools Subject 1.4 Spare Parts Maintenance Subject 1.5 NOV Equipment Overview No particular experience is required Global Course Catalog - Release 2 June2014 Page 102

103 MANAGEMENT COURSE- WELL INTERVENTION SYSTEMS KRS 1300: WELL INTERVENTION SYSTEMS Target group is management or other personnel not directly involved with equipment operations or maintenance. The course is ideal for oil business employees who wish to know more about the equipment purchased for one specific rig or vessel. Course duration and cost upon request. - Upon course completion, participants shall be able to: Explain the function and organization of NOV Aftermarket division, NOV Field Engineering and Operation Support Describe how to contact the different departments within NOV Aftermarket division Describe NOV s equipment follow-up (internal tests, FAT, commissioning, OAT, upgrading) List the main purposes and Outline the technology of the ehawk remote support system Describe when and how to use the ehawk remote support system Outline NOV Tracker system in general and explain how to use Tracker Describe the organization- and function of NOV spare part department Exemplify how to utilize technical drawings and the Bill. Mat. List for identifying necessary spare part orderings Explain the master project list and Describe how to contact the Spare Parts Department Describe the main drilling equipment (range of application, function, interaction and system design) Distinguish between the various safety messages employed in NOV user manuals List and explain the safety measures by which hazards are reduced or eliminated during operation Describe how to emergency stop/restart the equipment and the consequences of this action Outline the various ways of controlling the equipment including the Anti Collision System (ACS) if applicable Participants will learn about the NOV Aftermarket Division and the Technical Support & Projects Department. They will also obtain general knowledge about the ehawk remote support system and Tracker, NOV s web-based tool for tracking service requests from rigs. Finally, they will obtain general knowledge of the main equipment purchased for their specific rig or vessel in addition to learning how to utilize the NOV spare part system. There is no Final Test for the Management Course. Subject 1.1 Technical Support & Projects System overview Subject 1.2 EHawk Parameters Subject 1.3 Tracker Software tools Subject 1.4 Spare Parts Maintenance Subject 1.5 NOV Equipment Overview No particular experience is required Global Course Catalog - Release 2 June2014 Page 103

104 OPERATORS COURSE- DRILLING EQUIPMENT KRS 1010: DRILLING EQUIPMENT Target group is the Operators of Drilling Equipment. Course duration and cost upon request. TYPES OF EQUIPMENT A customer may request a complete, tailor-made training package on several types of equipment and/ or systems. Then, the courses will be presented sequentially all in one sitting - which will reduce customer s travel costs and time away from work. NOV Training offers courses on all types of equipment purchased, but below are the most common training courses conducted. - Upon course completion, participants shall be able to: Describe the equipment in general terms (main data, range of application & function) Outline the assembly and Explain the system design of the equipment Utilize the Rig/vessel layout and explain the interaction of the drilling equipment List and explain the safety aspects of the equipment Explain Normal start/stop, emergency stop/ restart and emergency lowering procedures Explain the use of controls and the functionality of relevant screen displays Explain the operation modes and sequences of the equipment Explain the most important alarms in the Alarm List ( cause and check ) Explain the various safety aspects/ precautions related to operation Demonstrate how to utilize the information given in diagrams and drawings Demonstrate ability to utilize the User s Manual, the fault finding table and/ or the troubleshooting guide Summarize information given in applicable Product Information Bulletins and/or Service Reports The course will provide learners with sufficient technical knowledge to operate the on-board equipment (as listed in the assembled course curriculum for onboard equipment) in a correct, safe and efficient manner. Participants will learn about the equipment s intention, construction and manner of operation, including system design (i.e. hydraulic, electrical, mechanical, control system). The course also focuses on the interaction of the equipment on a specific rig/ vessel (System integration) and during the whole course, NOV User Manuals will be utilized to locate pertinent information. Furthermore, participants will learn how to utilize the NOV spare part system and what to do if Technical Support/ Service is needed. Subject 1.1 NOV Equipment Overview & System Integration Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions Subject 2.3 Maintenance Instructions Subject 3.1 Hands-on Training Offerings (See Initial Section of Catalog) 1. Hydraulic Training Centre 2. *NOV Simulator Training Centre 3. Field Trip NOV Workshop and Test Facility (Drilling Equipment) Before attending the course, each participant should have relevant experience Global Course Catalog - Release 2 June2014 Page 104

105 OPERATORS COURSE- WELL INTERVENTION EQUIPMENT/ SYSTEMS KRS 1310: WELL INTERVENTION EQUIPMENT/ SYSTEMS Target group is the Operators of Well Intervention Systems. Course duration and cost upon request. TYPES OF EQUIPMENT A customer may request a complete, tailor-made training package on several types of equipment and/ or systems. Then, the courses will be presented sequentially all in one sitting - which will reduce customer s travel costs and time away from work. NOV Training offers courses on all types of equipment purchased, but below are the most common training courses conducted. - Upon course completion, participants shall be able to: Describe the equipment in general terms (main data, range of application & function) Outline the assembly and Explain the system design of the equipment Utilize the Rig/vessel layout and explain the interaction of the drilling equipment List and explain the safety aspects of the equipment Explain Normal start/stop, emergency stop/ restart and emergency lowering procedures Explain the use of controls and the functionality of relevant screen displays Explain the operation modes and sequences of the equipment Explain the most important alarms in the Alarm List ( cause and check ) Explain the various safety aspects/ precautions related to operation Demonstrate how to utilize the information given in diagrams and drawings Demonstrate ability to utilize the User s Manual, the fault finding table and/ or the troubleshooting guide Summarize information given in applicable Product Information Bulletins and/or Service Reports The course will provide learners with sufficient technical knowledge to operate the on-board equipment (as listed in the assembled course curriculum for onboard equipment) in a correct, safe and efficient manner. Participants will learn about the equipment s intention, construction and manner of operation, including system design (i.e. hydraulic, electrical, mechanical, control system). The course also focuses on the interaction of the equipment on a specific rig/ vessel (System integration) and during the whole course, NOV User Manuals will be utilized to locate pertinent information. Furthermore, participants will learn how to utilize the NOV spare part system and what to do if Technical Support/ Service is needed. Subject 1.1 NOV Equipment Overview & System Integration Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions Subject 2.3 Maintenance Instructions Subject 3.1 Hands-on Training Offerings (See Initial Section of Catalog) 4. Hydraulic Training Centre 5. *NOV Simulator Training Centre 6. Field Trip NOV Workshop and Test Facility (Drilling Equipment) Before attending the course, each participant should have relevant experience Global Course Catalog - Release 2 June2014 Page 105

106 CRANE OPERATOR COURSE- PIPE HANDLING CRANE (KNUCKLE BOOM) KRS 1210: PIPE HANDLING CRANE (KNUCKLE BOOM) Target group for this course is Crane Operators. Course duration and cost upon request - Upon course completion, participants shall be able to: Describe the equipment in general terms (main data, range of application & function) Outline the assembly and explain the system design of the equipment Utilize the Rig/vessel layout and explain the interaction of the drilling equipment List and explain the safety aspects of the equipment Explain normal start/stop, emergency stop/ restart and emergency lowering procedures Explain the use of controls and the functionality of relevant screen displays Explain the operation modes and sequences of the equipment Explain the most important alarms in the Alarm List ( cause and check ) Demonstrate ability to utilize the Load Chart Explain the various safety aspects/ precautions related to operation Demonstrate how to utilize the information given in diagrams and drawings Explain the equipment s routine inspections and maintenance procedures Demonstrate ability to utilize the User s Manual, the fault finding table and/ or the troubleshooting guide Summarize information given in applicable Product Information Bulletins and/or Service Reports The course will provide learners with sufficient technical knowledge to operate the crane in a correct, safe and efficient manner. Participants will learn about the equipment s intention, construction and manner of operation, including system design and system integration (i.e. hydraulic, electrical, mechanical, control system). NOV User Manuals will be utilized to locate pertinent information during the whole course and participants will learn how to order spare parts and what to do if Technical Support/ Service is needed. Subject 1.1 NOV Equipment Overview & System Integration Subject 1.2 NOV User Manuals/ Smartbook Subject Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions Subject 2.3 Maintenance Instructions Subject 3.1 Hands-on Training Offerings available (See Initial Section of Catalog) 1. Hydraulic Training Centre 2. NOV Active Heave Compensation (AHC) Crane Training Station 3. NOV Crane Emulator Training 4. Field Trip NOV Workshop and Test Facility (AHC Cranes) Before attending the course, each participant should have relevant experience Global Course Catalog - Release 2 June2014 Page 106

107 CRANE OPERATOR COURSE- OFFSHORE CRANE (KNUCKLE BOOM) KRS 1211: OFFSHORE CRANE (KNUCKLE BOOM) Target group for this course is Crane Operators. Course duration and cost upon request. - Upon course completion, participants shall be able to: Describe the equipment in general terms (main data, range of application & function) Outline the assembly and explain the system design of the equipment Utilize the Rig/vessel layout and explain the interaction of the drilling equipment List and explain the safety aspects of the equipment Explain normal start/stop, emergency stop/ restart and emergency lowering procedures Explain the use of controls and the functionality of relevant screen displays Explain the operation modes and sequences of the equipment Explain the most important alarms in the Alarm List ( cause and check ) Demonstrate ability to utilize the Load Chart Explain the various safety aspects/ precautions related to operation Demonstrate how to utilize the information given in diagrams and drawings Explain the equipment s routine inspections and maintenance procedures Demonstrate ability to utilize the User s Manual, the fault finding table and/ or the troubleshooting guide Summarize information given in applicable Product Information Bulletins and/or Service Reports The course will provide learners with sufficient technical knowledge to operate the crane in a correct, safe and efficient manner. Participants will learn about the equipment s intention, construction and manner of operation, including system design and system integration (i.e. hydraulic, electrical, mechanical, control system). NOV User Manuals will be utilized to locate pertinent information during the whole course and participants will learn how to order spare parts and what to do if Technical Support/ Service is needed. Subject 1.1 NOV Equipment Overview & System Integration Subject 1.2 NOV User Manuals/ Smartbook Subject Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions Subject 2.3 Maintenance Instructions Subject 3.1 Hands-on Training Offerings available (See Initial Section of Catalog) 5. Hydraulic Training Centre 6. NOV Active Heave Compensation (AHC) Crane Training Station 7. NOV Crane Emulator Training 8. Field Trip NOV Workshop and Test Facility (AHC Cranes) Before attending the course, each participant should have relevant experience Global Course Catalog - Release 2 June2014 Page 107

108 CRANE OPERATOR COURSE- ACTIVE HEAVE COMPENSATED SUBSEA CRANE KRS 1212: ACTIVE HEAVE COMPENSATED (AHC) SUBSEA CRANE (KNUCKLE BOOM) Target group for this course is Crane Operators. Course duration and cost upon request. - Upon course completion, participants shall be able to: Describe the equipment in general terms (main data, range of application & function) Outline the assembly and explain the system design of the equipment Utilize the Rig/vessel layout and explain the interaction of the drilling equipment List and explain the safety aspects of the equipment Explain normal start/stop, emergency stop/ restart and emergency lowering procedures Explain the use of controls and the functionality of relevant screen displays Explain the operation modes and sequences of the equipment Explain the most important alarms in the Alarm List ( cause and check ) Demonstrate ability to utilize the Load Chart Explain the various safety aspects/ precautions related to operation Demonstrate how to utilize the information given in diagrams and drawings Explain the equipment s routine inspections and maintenance procedures Demonstrate ability to utilize the User s Manual, the fault finding table and/ or the troubleshooting guide Summarize information given in applicable Product Information Bulletins and/or Service Reports The course will provide learners with sufficient technical knowledge to operate the crane in a correct, safe and efficient manner. Participants will learn about the equipment s intention, construction and manner of operation, including system design and system integration (i.e. hydraulic, electrical, mechanical, control system). NOV User Manuals will be utilized to locate pertinent information during the whole course and participants will learn how to order spare parts and what to do if Technical Support/ Service is needed. Subject 1.1 NOV Equipment Overview & System Integration Subject 1.2 NOV User Manuals/ Smartbook Subject Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions Subject 2.3 Maintenance Instructions Subject 3.1 Hands-on Training Offerings available (See Initial Section of Catalog) 9. Hydraulic Training Centre 10. NOV Active Heave Compensation (AHC) Crane Training Station 11. NOV Crane Emulator Training 12. Field Trip NOV Workshop and Test Facility (AHC Cranes) Before attending the course, each participant should have relevant experience Global Course Catalog - Release 2 June2014 Page 108

109 CRANE OPERATOR COURSE- RISER GANTRY CRANE KRS 1213: RISER GANTRY CRANE Target group for this course is Crane Operators. Course duration and cost upon request. - Upon course completion, participants shall be able to: Describe the equipment in general terms (main data, range of application & function) Outline the assembly and explain the system design of the equipment Utilize the Rig/vessel layout and explain the interaction of the drilling equipment List and explain the safety aspects of the equipment Explain normal start/stop, emergency stop/ restart and emergency lowering procedures Explain the use of controls and the functionality of relevant screen displays Explain the operation modes and sequences of the equipment Explain the most important alarms in the Alarm List ( cause and check ) Demonstrate ability to utilize the Load Chart Explain the various safety aspects/ precautions related to operation Demonstrate how to utilize the information given in diagrams and drawings Explain the equipment s routine inspections and maintenance procedures Demonstrate ability to utilize the User s Manual, the fault finding table and/ or the troubleshooting guide Summarize information given in applicable Product Information Bulletins and/or Service Reports The course will provide learners with sufficient technical knowledge to operate the crane in a correct, safe and efficient manner. Participants will learn about the equipment s intention, construction and manner of operation, including system design and system integration (i.e. hydraulic, electrical, mechanical, control system). NOV User Manuals will be utilized to locate pertinent information during the whole course and participants will learn how to order spare parts and what to do if Technical Support/ Service is needed. Subject 1.1 NOV Equipment Overview & System Integration Subject 1.2 NOV User Manuals/ Smartbook Subject Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions Subject 2.3 Maintenance Instructions Subject 3.1 Hands-on Training Offerings available (See Initial Section of Catalog) 13. Hydraulic Training Centre 14. NOV Crane Emulator Training 15. Field Trip NOV Workshop and Test Facility (AHC Cranes) Before attending the course, each participant should have relevant experience Global Course Catalog - Release 2 June2014 Page 109

110 CRANE OPERATOR COURSE- SINGLE BOOM CRANE KRS 1214: SINGLE BOOM CRANE Target group for this course is Crane Operators. Course duration and cost upon request. - Upon course completion, participants shall be able to: Describe the equipment in general terms (main data, range of application & function) Outline the assembly and explain the system design of the equipment Utilize the Rig/vessel layout and explain the interaction of the drilling equipment List and explain the safety aspects of the equipment Explain normal start/stop, emergency stop/ restart and emergency lowering procedures Explain the use of controls and the functionality of relevant screen displays Explain the operation modes and sequences of the equipment Explain the most important alarms in the Alarm List ( cause and check ) Demonstrate ability to utilize the Load Chart Explain the various safety aspects/ precautions related to operation Demonstrate how to utilize the information given in diagrams and drawings Explain the equipment s routine inspections and maintenance procedures Demonstrate ability to utilize the User s Manual, the fault finding table and/ or the troubleshooting guide Summarize information given in applicable Product Information Bulletins and/or Service Reports The course will provide learners with sufficient technical knowledge to operate the crane in a correct, safe and efficient manner. Participants will learn about the equipment s intention, construction and manner of operation, including system design and system integration (i.e. hydraulic, electrical, mechanical, control system). NOV User Manuals will be utilized to locate pertinent information during the whole course and participants will learn how to order spare parts and what to do if Technical Support/ Service is needed. Subject 1.1 NOV Equipment Overview & System Integration Subject 1.2 NOV User Manuals/ Smartbook Subject Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions Subject 2.3 Maintenance Instructions Subject 3.1 Hands-on Training Offerings available (See Initial Section of Catalog) 16. Hydraulic Training Centre 17. NOV Crane Emulator Training 18. Field Trip NOV Workshop and Test Facility (AHC Cranes) Before attending the course, each participant should have relevant experience Global Course Catalog - Release 2 June2014 Page 110

111 CRANE OPERATOR COURSE- TELESCOPE BOOM CRANE KRS 1215: TELESCOPE BOOM CRANE Target group for this course is Crane Operators. Course duration and cost upon request. - Upon course completion, participants shall be able to: Describe the equipment in general terms (main data, range of application & function) Outline the assembly and explain the system design of the equipment Utilize the Rig/vessel layout and explain the interaction of the drilling equipment List and explain the safety aspects of the equipment Explain normal start/stop, emergency stop/ restart and emergency lowering procedures Explain the use of controls and the functionality of relevant screen displays Explain the operation modes and sequences of the equipment Explain the most important alarms in the Alarm List ( cause and check ) Demonstrate ability to utilize the Load Chart Explain the various safety aspects/ precautions related to operation Demonstrate how to utilize the information given in diagrams and drawings Explain the equipment s routine inspections and maintenance procedures Demonstrate ability to utilize the User s Manual, the fault finding table and/ or the troubleshooting guide Summarize information given in applicable Product Information Bulletins and/or Service Reports The course will provide learners with sufficient technical knowledge to operate the crane in a correct, safe and efficient manner. Participants will learn about the equipment s intention, construction and manner of operation, including system design and system integration (i.e. hydraulic, electrical, mechanical, control system). NOV User Manuals will be utilized to locate pertinent information during the whole course and participants will learn how to order spare parts and what to do if Technical Support/ Service is needed. Subject 1.1 NOV Equipment Overview & System Integration Subject 1.2 NOV User Manuals/ Smartbook Subject Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions Subject 2.3 Maintenance Instructions Subject 3.1 Hands-on Training Offerings available (See Initial Section of Catalog) 19. Hydraulic Training Centre 20. NOV Crane Emulator Training 21. Field Trip NOV Workshop and Test Facility (AHC Cranes) Before attending the course, each participant should have relevant experience Global Course Catalog - Release 2 June2014 Page 111

112 HYDRAULIC/ MECHANICAL MAINTENANCE COURSE- DRILLING EQUIPMENT KRS 1030: DRILLING EQUIPMENT Target groups for the Hydraulic/ Mechanical Maintenance course are Maintenance personnel for Drilling Equipment. Course duration and cost upon request. Upon course completion, participants shall be able to: Describe the equipment in general terms (main data, range of application & function) Outline the assembly of the equipment Explain the system design of the equipment (i.e. hydraulic, electrical, mechanical, control system) Utilize the Rig/vessel layout and explain the interaction of the drilling equipment Explain the various safety aspects/ precautions related to maintenance Describe the start/ stop- and emergency stop/ restart and emergency lowering procedures Explain the use of controls and screen displays needed to perform maintenance on the equipment Demonstrate how to utilize the information given in course particular diagrams and drawings (particular focus on hydraulic schematics) Explain the equipment s routine inspections and maintenance procedures Explain the use of the equipment s lubrication chart Explain the use of the equipment s fault finding table and troubleshooting guide (if applicable) in case of malfunction Summarize information given in Product Information Bulletins and Service Reports (if applicable) During the course, course participants will obtain sufficient technical knowledge to perform maintenance and solve unforeseen occurrences on the on-board equipment (as listed in the assembled course curriculum for onboard equipment). They will learn about system design, the equipment s intention, construction and manner of operation in order to be able to perform inspections, trouble shooting, maintenance and repairs in a correct, efficient and safe manner and as described in the user manual. Subject 1.1 NOV Equipment Overview & System Integration Subject 1.2 NOV User Manuals/ Smartbook Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions Subject 2.3 Maintenance Instructions Subject 3.1 Hands-on Training Offerings available (See Initial Section of Catalog for detailed descriptions) 1. *Hydraulic Training Centre 2. NOV Simulator Training Centre 3. Field Trip NOV Workshop and Test Facility (Drilling Equipment and AHC Cranes) Before attending the course, each participant should have relevant experience Global Course Catalog - Release 2 June2014 Page 112

113 HYDRAULIC/ MECHANICAL MAINTENANCE COURSE- WELL INTERVENTION EQUIPMENT/ SYSTEMS KRS 1330: WELL INTERVENTION EQUIPMENT/ SYSTEMS Target groups for the Hydraulic/ Mechanical Maintenance course are Maintenance personnel for Well Intervention Systems. Course duration and cost upon request. Upon course completion, participants shall be able to: Describe the equipment in general terms (main data, range of application & function) Outline the assembly of the equipment Explain the system design of the equipment (i.e. hydraulic, electrical, mechanical, control system) Utilize the Rig/vessel layout and explain the interaction of the drilling equipment Explain the various safety aspects/ precautions related to maintenance Describe the start/ stop- and emergency stop/ restart and emergency lowering procedures Explain the use of controls and screen displays needed to perform maintenance on the equipment Demonstrate how to utilize the information given in course particular diagrams and drawings (particular focus on hydraulic schematics) Explain the equipment s routine inspections and maintenance procedures Explain the use of the equipment s lubrication chart Explain the use of the equipment s fault finding table and troubleshooting guide (if applicable) in case of malfunction Summarize information given in Product Information Bulletins and Service Reports (if applicable) During the course, course participants will obtain sufficient technical knowledge to perform maintenance and solve unforeseen occurrences on the on-board equipment (as listed in the assembled course curriculum for onboard equipment). They will learn about system design, the equipment s intention, construction and manner of operation in order to be able to perform inspections, trouble shooting, maintenance and repairs in a correct, efficient and safe manner and as described in the user manual. Subject 1.1 NOV Equipment Overview & System Integration Subject 1.2 NOV User Manuals/ Smartbook Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions Subject 2.3 Maintenance Instructions Subject 3.1 Hands-on Training Offerings available (See Initial Section of Catalog for detailed descriptions) 4. *Hydraulic Training Centre 5. NOV Simulator Training Centre 6. Field Trip NOV Workshop and Test Facility (Drilling Equipment and AHC Cranes) Before attending the course, each participant should have relevant experience Global Course Catalog - Release 2 June2014 Page 113

114 CRANE MAINTENANCE COURSE- PIPE HANDLING CRANE (KNUCKLE BOOM) KRS 1230: PIPE HANDLING CRANE (KNUCKLE BOOM) Target groups for the Hydraulic/ Mechanical Maintenance course are Crane Maintenance personnel. Course duration and cost upon request. - Upon course completion, participants shall be able to: Describe the equipment in general terms (main data, range of application & function) Outline the assembly of the equipment Explain the system design of the equipment (i.e. hydraulic, electrical, mechanical, control system) Utilize the Rig/vessel layout and explain the interaction of the drilling equipment Explain the various safety aspects/ precautions related to maintenance Describe the start/ stop- and emergency stop/ restart and emergency lowering procedures Explain the use of controls and screen displays needed to perform maintenance on the equipment Demonstrate how to utilize the information given in course particular diagrams and drawings (particular focus on hydraulic schematics) Explain the equipment s routine inspections and maintenance procedures Explain the use of the equipment s lubrication chart Explain the use of the equipment s fault finding table and troubleshooting guide in case of malfunction (if applicable) Summarize information given in Product Information Bulletins and Service Reports (if applicable) During the course, course participants will obtain sufficient technical knowledge to perform maintenance and solve unforeseen occurrences on the onboard crane(s). They will learn about system design, the equipment s intention, construction and manner of operation in order to be able to perform inspections, trouble shooting, maintenance and repairs in a correct, efficient and safe manner and as described in the user manual. Our hands-on training offerings will further enhance the level of theoretical knowledge and transfer this knowledge into practical skills. Subject 1.1 NOV Equipment Overview & System Integration Subject 1.2 NOV User Manuals/ Smartbook Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions (relevant items for equipment maintenance) Subject 2.3 Maintenance Instructions Subject 3.1 Hands-on Training Offerings (See Initial Section for detailed descriptions) 1. Hydraulic Training Centre 2. *NOV Crane Emulator Training 3. Field Trip NOV Workshop and Test Facility (Drilling Equipment and AHC Cranes) Before attending the course, each participant should have relevant experience Global Course Catalog - Release 2 June2014 Page 114

115 CRANE MAINTENANCE COURSE- OFFSHORE CRANE (KNUCKLE BOOM) KRS 1231: OFFSHORE CRANE (KNUCKLE BOOM) Target groups for the Hydraulic/ Mechanical Maintenance course are Crane Maintenance personnel. Course duration and cost upon request. - Upon course completion, participants shall be able to: Describe the equipment in general terms (main data, range of application & function) Outline the assembly of the equipment Explain the system design of the equipment (i.e. hydraulic, electrical, mechanical, control system) Utilize the Rig/vessel layout and explain the interaction of the drilling equipment Explain the various safety aspects/ precautions related to maintenance Describe the start/ stop- and emergency stop/ restart and emergency lowering procedures Explain the use of controls and screen displays needed to perform maintenance on the equipment Demonstrate how to utilize the information given in course particular diagrams and drawings (particular focus on hydraulic schematics) Explain the equipment s routine inspections and maintenance procedures Explain the use of the equipment s lubrication chart Explain the use of the equipment s fault finding table and troubleshooting guide in case of malfunction (if applicable) Summarize information given in Product Information Bulletins and Service Reports (if applicable) During the course, course participants will obtain sufficient technical knowledge to perform maintenance and solve unforeseen occurrences on the onboard crane(s). They will learn about system design, the equipment s intention, construction and manner of operation in order to be able to perform inspections, trouble shooting, maintenance and repairs in a correct, efficient and safe manner and as described in the user manual. Our hands-on training offerings will further enhance the level of theoretical knowledge and transfer this knowledge into practical skills. Subject 1.1 NOV Equipment Overview & System Integration Subject 1.2 NOV User Manuals/ Smartbook Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions (relevant items for equipment maintenance) Subject 2.3 Maintenance Instructions Subject 3.1 Hands-on Training Offerings (See Initial Section for detailed descriptions) 4. Hydraulic Training Centre 5. *NOV Crane Emulator Training 6. Field Trip NOV Workshop and Test Facility (Drilling Equipment and AHC Cranes) Before attending the course, each participant should have relevant experience Global Course Catalog - Release 2 June2014 Page 115

116 CRANE MAINTENANCE COURSE- ACTIVE HEAVE COMPENSATED SUBSEA CRANE KRS 1232: ACTIVE HEAVE COMPENSATED (AHC) SUBSEA CRANE (KNUCKLE BOOM) Target groups for the Hydraulic/ Mechanical Maintenance course are Crane Maintenance personnel. Course duration and cost upon request. - Upon course completion, participants shall be able to: Describe the equipment in general terms (main data, range of application & function) Outline the assembly of the equipment Explain the system design of the equipment (i.e. hydraulic, electrical, mechanical, control system) Utilize the Rig/vessel layout and explain the interaction of the drilling equipment Explain the various safety aspects/ precautions related to maintenance Describe the start/ stop- and emergency stop/ restart and emergency lowering procedures Explain the use of controls and screen displays needed to perform maintenance on the equipment Demonstrate how to utilize the information given in course particular diagrams and drawings (particular focus on hydraulic schematics) Explain the equipment s routine inspections and maintenance procedures Explain the use of the equipment s lubrication chart Explain the use of the equipment s fault finding table and troubleshooting guide in case of malfunction (if applicable) Summarize information given in Product Information Bulletins and Service Reports (if applicable) During the course, course participants will obtain sufficient technical knowledge to perform maintenance and solve unforeseen occurrences on the onboard crane(s). They will learn about system design, the equipment s intention, construction and manner of operation in order to be able to perform inspections, trouble shooting, maintenance and repairs in a correct, efficient and safe manner and as described in the user manual. Our hands-on training offerings will further enhance the level of theoretical knowledge and transfer this knowledge into practical skills. Subject 1.1 NOV Equipment Overview & System Integration Subject 1.2 NOV User Manuals/ Smartbook Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions (relevant items for equipment maintenance) Subject 2.3 Maintenance Instructions Subject 3.1 Hands-on Training Offerings (See Initial Section for detailed descriptions) 7. Hydraulic Training Centre 8. *NOV Active Heave Compensation (AHC) Crane Training Station 9. *NOV Crane Emulator Training 10. Field Trip NOV Workshop and Test Facility (Drilling Equipment and AHC Cranes) Before attending the course, each participant should have relevant experience Global Course Catalog - Release 2 June2014 Page 116

117 CRANE MAINTENANCE COURSE- RISER GANTRY CRANE KRS 1233: RISER GANTRY CRANE Target groups for the Hydraulic/ Mechanical Maintenance course are Crane Maintenance personnel. Course duration and cost upon request. - Upon course completion, participants shall be able to: Describe the equipment in general terms (main data, range of application & function) Outline the assembly of the equipment Explain the system design of the equipment (i.e. hydraulic, electrical, mechanical, control system) Utilize the Rig/vessel layout and explain the interaction of the drilling equipment Explain the various safety aspects/ precautions related to maintenance Describe the start/ stop- and emergency stop/ restart and emergency lowering procedures Explain the use of controls and screen displays needed to perform maintenance on the equipment Demonstrate how to utilize the information given in course particular diagrams and drawings (particular focus on hydraulic schematics) Explain the equipment s routine inspections and maintenance procedures Explain the use of the equipment s lubrication chart Explain the use of the equipment s fault finding table and troubleshooting guide in case of malfunction (if applicable) Summarize information given in Product Information Bulletins and Service Reports (if applicable) During the course, course participants will obtain sufficient technical knowledge to perform maintenance and solve unforeseen occurrences on the onboard crane(s). They will learn about system design, the equipment s intention, construction and manner of operation in order to be able to perform inspections, trouble shooting, maintenance and repairs in a correct, efficient and safe manner and as described in the user manual. Our hands-on training offerings will further enhance the level of theoretical knowledge and transfer this knowledge into practical skills. Subject 1.1 NOV Equipment Overview & System Integration Subject 1.2 NOV User Manuals/ Smartbook Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions (relevant items for equipment maintenance) Subject 2.3 Maintenance Instructions Subject 3.1 Hands-on Training Offerings (See Initial Section for detailed descriptions) 11. Hydraulic Training Centre 12. *NOV Crane Emulator Training 13. Field Trip NOV Workshop and Test Facility (Drilling Equipment and AHC Cranes) Before attending the course, each participant should have relevant experience Global Course Catalog - Release 2 June2014 Page 117

118 CRANE MAINTENANCE COURSE- SINGLE BOOM CRANE KRS 1234: SINGLE BOOM CRANE Target groups for the Hydraulic/ Mechanical Maintenance course are Crane Maintenance personnel. Course duration and cost upon request. - Upon course completion, participants shall be able to: Describe the equipment in general terms (main data, range of application & function) Outline the assembly of the equipment Explain the system design of the equipment (i.e. hydraulic, electrical, mechanical, control system) Utilize the Rig/vessel layout and explain the interaction of the drilling equipment Explain the various safety aspects/ precautions related to maintenance Describe the start/ stop- and emergency stop/ restart and emergency lowering procedures Explain the use of controls and screen displays needed to perform maintenance on the equipment Demonstrate how to utilize the information given in course particular diagrams and drawings (particular focus on hydraulic schematics) Explain the equipment s routine inspections and maintenance procedures Explain the use of the equipment s lubrication chart Explain the use of the equipment s fault finding table and troubleshooting guide in case of malfunction (if applicable) Summarize information given in Product Information Bulletins and Service Reports (if applicable) During the course, course participants will obtain sufficient technical knowledge to perform maintenance and solve unforeseen occurrences on the onboard crane(s). They will learn about system design, the equipment s intention, construction and manner of operation in order to be able to perform inspections, trouble shooting, maintenance and repairs in a correct, efficient and safe manner and as described in the user manual. Our hands-on training offerings will further enhance the level of theoretical knowledge and transfer this knowledge into practical skills. Subject 1.1 NOV Equipment Overview & System Integration Subject 1.2 NOV User Manuals/ Smartbook Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions (relevant items for equipment maintenance) Subject 2.3 Maintenance Instructions Subject 3.1 Hands-on Training Offerings (See Initial Section for detailed descriptions) 14. Hydraulic Training Centre 15. *NOV Crane Emulator Training 16. Field Trip NOV Workshop and Test Facility (Drilling Equipment and AHC Cranes) Before attending the course, each participant should have relevant experience Global Course Catalog - Release 2 June2014 Page 118

119 CRANE MAINTENANCE COURSE- TELESCOPE BOOM CRANE KRS 1235: TELESCOPE BOOM CRANE Target groups for the Hydraulic/ Mechanical Maintenance course are Crane Maintenance personnel. Course duration and cost upon request. - Upon course completion, participants shall be able to: Describe the equipment in general terms (main data, range of application & function) Outline the assembly of the equipment Explain the system design of the equipment (i.e. hydraulic, electrical, mechanical, control system) Utilize the Rig/vessel layout and explain the interaction of the drilling equipment Explain the various safety aspects/ precautions related to maintenance Describe the start/ stop- and emergency stop/ restart and emergency lowering procedures Explain the use of controls and screen displays needed to perform maintenance on the equipment Demonstrate how to utilize the information given in course particular diagrams and drawings (particular focus on hydraulic schematics) Explain the equipment s routine inspections and maintenance procedures Explain the use of the equipment s lubrication chart Explain the use of the equipment s fault finding table and troubleshooting guide in case of malfunction (if applicable) Summarize information given in Product Information Bulletins and Service Reports (if applicable) During the course, course participants will obtain sufficient technical knowledge to perform maintenance and solve unforeseen occurrences on the onboard crane(s). They will learn about system design, the equipment s intention, construction and manner of operation in order to be able to perform inspections, trouble shooting, maintenance and repairs in a correct, efficient and safe manner and as described in the user manual. Our hands-on training offerings will further enhance the level of theoretical knowledge and transfer this knowledge into practical skills. Subject 1.1 NOV Equipment Overview & System Integration Subject 1.2 NOV User Manuals/ Smartbook Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions (relevant items for equipment maintenance) Subject 2.3 Maintenance Instructions Subject 3.1 Hands-on Training Offerings (See Initial Section for detailed descriptions) 17. Hydraulic Training Centre 18. *NOV Crane Emulator Training 19. Field Trip NOV Workshop and Test Facility (Drilling Equipment and AHC Cranes) Before attending the course, each participant should have relevant experience Global Course Catalog - Release 2 June2014 Page 119

120 OPERATION & MAINTENANCE COMBINED COURSE- SUB SEA/ MOTION COMPENSATION EQUIPMENT KRS 1110: SUB SEA/ MOTION COMPENSATION EQUIPMENT Target group for the Operation and Maintenance course is Motion Compensation/ Sub Sea personnel. Course duration and price upon request. - Upon course completion, participants shall be able to: Explain how NOV manuals are categorized and the difference between the various safety messages employed List several types of maintenance and repairs which shall specifically not be carried out by user without approval and instructions from supplier s service department Outline the term Heave Compensation [HC] in general and the integration of HC in applicable equipment Explain how to order spare parts and what to do if Technical Support / Service is needed Describe the control system of the equipment and the range of application & function of the ACS (Anti Collision System; if applicable) Describe the equipment in general terms (range of application & function) and outline the assembly Summarize the main data and explain the system design of the equipment Utilize the Rig/vessel layout and explain the interaction of the onboard equipment Explain the various safety aspects/precautions related to operation and maintenance Explain the equipment s routine inspections and maintenance procedures Describe the start/ stop- and emergency procedures for the equipment Explain the use of controls and screen displays needed to perform maintenance on the equipment Demonstrate how to utilize the information given in course particular diagrams and drawings Explain the use of the equipment s lubrication chart, fault finding table and troubleshooting guide Summarize information given in Product Information Bulletins and Service Reports (if applicable) During the course, participants will obtain sufficient technical knowledge to operate and perform maintenance on the onboard Motion Compensation/ Subsea Equipment (as listed in the assembled course curriculum). They will learn about system design, the equipment s intention, construction and manner of operation, including system interaction. Learning about the operating procedures and how to perform inspections, trouble shooting, maintenance and repairs enables each learner to operate the equipment in question, in addition to perform inspections, trouble shooting, maintenance and repairs in a correct, efficient and safe manner. During the whole course, participants will be trained in utilizing Rig Specific User s Manuals to locate pertinent information, and hence be better prepared for the on-board reality. Subject 1.1 NOV Equipment Overview & System Integration Subject 1.2 NOV User Manuals/ Smartbook Subject 2.1 Main Data and Technical Description Subject 2.2 Operating- and Maintenance Instructions Subject 3.1 Hands-on Training Offerings (available upon request - see initial section of Catalog) 1. Hydraulic Training Centre 2. NOV Simulator Training Centre 3. Field Trip NOV Workshop and Test Facility (Drilling Equipment) Before attending the course, each participant should have relevant experience Global Course Catalog - Release 2 June2014 Page 120

121 ELECTRO TECHNICAL MAINTENANCE COURSE- DRILLING AND MOTION COMPENSATING KRS 1020: DRILLING AND MOTION COMPENSATING/ SUB SEA EQUIPMENT Target groups for the Electro Technical Maintenance course are Electrical Engineers and ET Personnel for Drilling- and Motion Compensating/ Sub Sea Equipment and Well Intervention Systems. Course duration and cost upon request. PART 0) PLC SYSTEM Obtain general understanding of the basic functions of a PLC system Obtain overall knowledge about the different modules used in the S7-300 PLC system Obtain general understanding of how to utilize the Simatic Manager Obtain a general understanding of the use of the MMC card and memory reset function Be knowledgeable about the different block types and the hierarchical principle of the S7-300 PLC system Obtain general understanding of how to use NOV standard blocks in a basic S7 program Understand how to utilize the Troubleshooting-functions in Simatic Manager Be able to search within the Siemens S7 program using different available methods PART 1) RIG SPECIFIC EQUIPMENT ET THEORY Understand how to utilize NOV User Manuals to locate pertinent information Obtain overall knowledge about the equipment s intention, construction and manner of operation. Understand how to ensure safe and efficient operation of the equipment Obtain overall understanding of the electrical system of the machines Be able to perform inspection, trouble shooting, maintenance and repairs as described in the user manual. The course will provide the necessary knowledge for using the Simatic S7 Manager as a troubleshooting tool for the specified NOV equipment. Course participants shall understand the basic functions of the Siemens Simatic S7 PLC System and be able to utilize the Simatic Manager software by training on a NOV PLC test station. In addition, learners will obtain sufficient technical knowledge to perform maintenance and solve unforeseen occurrences on the onboard equipment (as listed in the course curriculum). PART 0) PLC SYSTEM Subject 0.1 Basic PLC Functions Subject 0.2 PLC System Subject 0.3 S7-300 Simatic Manager Subject 0.4 PG/PC Interface Subject 0.5 S7 Blocks Subject 0.6 VAT-TABLE PART 1) RIG SPECIFIC EQUIPMENT ET THEORY Subject 1.1 Equipment Overview & System Integration Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions Subject 2.4 PLC and Electrical System Subject 3.1 Hands-on Training Subject 0.7 Subject 0.8 Subject 0.9 Subject 0.10 Comparing Blocks NOV Standard Blocks Trouble Shooting System Searching Prior to attending the course, each student should have a general understanding of electrical systems; level 2 ET course / Electro Technical maintenance course Global Course Catalog - Release 2 June2014 Page 121

122 ELECTRO TECHNICAL MAINTENANCE COURSE- WELL INTERVENTION EQUIPMENT KRS 1320: WELL INTERVENTION EQUIPMENT/ SYSTEMS Target groups for the Electro Technical Maintenance course are Electrical Engineers and ET Personnel for Drilling- and Motion Compensating/ Sub Sea Equipment and Well Intervention Systems. Course duration and cost upon request. PART 0) PLC SYSTEM Obtain general understanding of the basic functions of a PLC system Obtain overall knowledge about the different modules used in the S7-300 PLC system Obtain general understanding of how to utilize the Simatic Manager Obtain a general understanding of the use of the MMC card and memory reset function Be knowledgeable about the different block types and the hierarchical principle of the S7-300 PLC system Obtain general understanding of how to use NOV standard blocks in a basic S7 program Understand how to utilize the Troubleshooting-functions in Simatic Manager Be able to search within the Siemens S7 program using different available methods PART 1) RIG SPECIFIC EQUIPMENT ET THEORY Understand how to utilize NOV User Manuals to locate pertinent information Obtain overall knowledge about the equipment s intention, construction and manner of operation. Understand how to ensure safe and efficient operation of the equipment Obtain overall understanding of the electrical system of the machines Be able to perform inspection, trouble shooting, maintenance and repairs as described in the user manual. The course will provide the necessary knowledge for using the Simatic S7 Manager as a troubleshooting tool for the specified NOV equipment. Course participants shall understand the basic functions of the Siemens Simatic S7 PLC System and be able to utilize the Simatic Manager software by training on a NOV PLC test station. In addition, learners will obtain sufficient technical knowledge to perform maintenance and solve unforeseen occurrences on the onboard equipment (as listed in the course curriculum). PART 0) PLC SYSTEM Subject 0.1 Basic PLC Functions Subject 0.2 PLC System Subject 0.3 S7-300 Simatic Manager Subject 0.4 PG/PC Interface Subject 0.5 S7 Blocks Subject 0.6 VAT-TABLE PART 1) RIG SPECIFIC EQUIPMENT ET THEORY Subject 1.1 Equipment Overview & System Integration Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions Subject 2.4 PLC and Electrical System Subject 3.1 Hands-on Training Subject 0.7 Subject 0.8 Subject 0.9 Subject 0.10 Comparing Blocks NOV Standard Blocks Trouble Shooting System Searching Prior to attending the course, each student should have a general understanding of electrical systems; level 2 ET course / Electro Technical maintenance course Global Course Catalog - Release 2 June2014 Page 122

123 January- December 2014 Global Course Catalog CRANE ELECTRO MAINTENANCE COURSE- PIPE HANDLING CRANE (KNUCKLE BOOM) KRS 1220: PIPE HANDLING CRANE (KNUCKLE BOOM) Target groups for the Electro Technical Maintenance course are Electrical Engineers and Crane ET Personnel Course duration and cost upon request. PART 0) PLC SYSTEM Obtain general understanding of the basic functions of a PLC system Obtain overall knowledge about the different modules used in the S7-300 PLC system Obtain general understanding of how to utilize the Simatic Manager Obtain a general understanding of the use of the MMC card and memory reset function Be knowledgeable about the different block types and the hierarchical principle of the S7-300 PLC system Obtain general understanding of how to use NOV standard blocks in a basic S7 program Understand how to utilize the Troubleshooting-functions in Simatic Manager Be able to search within the Siemens S7 program using different available methods PART 1) RIG SPECIFIC EQUIPMENT ET THEORY Understand how to utilize NOV User Manuals to locate pertinent information Obtain overall knowledge about the equipment s intention, construction and manner of operation. Understand how to ensure safe and efficient operation of the equipment Obtain overall understanding of the electrical system of the machines Be able to perform inspection, trouble shooting, maintenance and repairs as described in the user manual. The course will provide the necessary knowledge for using the Simatic S7 Manager as a trouble shooting tool for the specified NOV equipment. Course participants shall understand the basic functions of the Siemens Simatic S7 PLC System and be able to utilize the Simatic Manager software by training on a NOV PLC test station. In addition, learners will obtain sufficient technical knowledge to perform maintenance and solve unforeseen occurrences on the onboard equipment (as listed in the course curriculum). PART 0) PLC SYSTEM Subject 0.1 Basic PLC Functions Subject 0.2 PLC System Subject 0.3 S7-300 Simatic Manager Subject 0.4 PG/PC Interface Subject 0.5 S7 Blocks Subject 0.6 VAT-TABLE Subject 0.7 Comparing Blocks Subject 0.8 NOV Standard Blocks Subject 0.9 Trouble Shooting Subject 0.10 System Searching PART 1/ 2) RIG SPECIFIC EQUIPMENT ET THEORY Subject 1.1 Equipment Overview & System Integration Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions Subject 2.4 PLC and Electrical System Subject 3.1 Hands-on Training Prior to attending the course, each student should have a general understanding of electrical systems; level 2 ET course / Electro Technical maintenance course Global Course Catalog Release 2 June 2014 Page 123

124 January- December 2014 Global Course Catalog CRANE ELECTRO MAINTENANCE COURSE- OFFSHORE CRANE (KNUCKLE BOOM) KRS 1221: OFFSHORE CRANE (KNUCKLE BOOM) Target groups for the Electro Technical Maintenance course are Electrical Engineers and Crane ET Personnel Course duration and cost upon request. PART 0) PLC SYSTEM Obtain general understanding of the basic functions of a PLC system Obtain overall knowledge about the different modules used in the S7-300 PLC system Obtain general understanding of how to utilize the Simatic Manager Obtain a general understanding of the use of the MMC card and memory reset function Be knowledgeable about the different block types and the hierarchical principle of the S7-300 PLC system Obtain general understanding of how to use NOV standard blocks in a basic S7 program Understand how to utilize the Troubleshooting-functions in Simatic Manager Be able to search within the Siemens S7 program using different available methods PART 1) RIG SPECIFIC EQUIPMENT ET THEORY Understand how to utilize NOV User Manuals to locate pertinent information Obtain overall knowledge about the equipment s intention, construction and manner of operation. Understand how to ensure safe and efficient operation of the equipment Obtain overall understanding of the electrical system of the machines Be able to perform inspection, trouble shooting, maintenance and repairs as described in the user manual. The course will provide the necessary knowledge for using the Simatic S7 Manager as a trouble shooting tool for the specified NOV equipment. Course participants shall understand the basic functions of the Siemens Simatic S7 PLC System and be able to utilize the Simatic Manager software by training on a NOV PLC test station. In addition, learners will obtain sufficient technical knowledge to perform maintenance and solve unforeseen occurrences on the onboard equipment (as listed in the course curriculum). PART 0) PLC SYSTEM Subject 0.1 Basic PLC Functions Subject 0.2 PLC System Subject 0.3 S7-300 Simatic Manager Subject 0.4 PG/PC Interface Subject 0.5 S7 Blocks Subject 0.6 VAT-TABLE Subject 0.7 Comparing Blocks Subject 0.8 NOV Standard Blocks Subject 0.9 Trouble Shooting Subject 0.10 System Searching PART 1/ 2) RIG SPECIFIC EQUIPMENT ET THEORY Subject 1.1 Equipment Overview & System Integration Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions Subject 2.4 PLC and Electrical System Subject 3.1 Hands-on Training Prior to attending the course, each student should have a general understanding of electrical systems; level 2 ET course / Electro Technical maintenance course Global Course Catalog Release 2 June 2014 Page 124

125 January- December 2014 Global Course Catalog CRANE ELECTRO MAINTENANCE COURSE- ACTIVE HEAVE COMPENSATED SUBSEA CRANE KRS 1222: ACTIVE HEAVE COMPENSATED (AHC) SUBSEA CRANE (KNUCKLE BOOM) Target groups for the Electro Technical Maintenance course are Electrical Engineers and Crane ET Personnel Course duration and cost upon request. PART 0) PLC SYSTEM Obtain general understanding of the basic functions of a PLC system Obtain overall knowledge about the different modules used in the S7-300 PLC system Obtain general understanding of how to utilize the Simatic Manager Obtain a general understanding of the use of the MMC card and memory reset function Be knowledgeable about the different block types and the hierarchical principle of the S7-300 PLC system Obtain general understanding of how to use NOV standard blocks in a basic S7 program Understand how to utilize the Troubleshooting-functions in Simatic Manager Be able to search within the Siemens S7 program using different available methods PART 1) RIG SPECIFIC EQUIPMENT ET THEORY Understand how to utilize NOV User Manuals to locate pertinent information Obtain overall knowledge about the equipment s intention, construction and manner of operation. Understand how to ensure safe and efficient operation of the equipment Obtain overall understanding of the electrical system of the machines Be able to perform inspection, trouble shooting, maintenance and repairs as described in the user manual. The course will provide the necessary knowledge for using the Simatic S7 Manager as a trouble shooting tool for the specified NOV equipment. Course participants shall understand the basic functions of the Siemens Simatic S7 PLC System and be able to utilize the Simatic Manager software by training on a NOV PLC test station. In addition, learners will obtain sufficient technical knowledge to perform maintenance and solve unforeseen occurrences on the onboard equipment (as listed in the course curriculum). PART 0) PLC SYSTEM Subject 0.1 Basic PLC Functions Subject 0.2 PLC System Subject 0.3 S7-300 Simatic Manager Subject 0.4 PG/PC Interface Subject 0.5 S7 Blocks Subject 0.6 VAT-TABLE Subject 0.7 Comparing Blocks Subject 0.8 NOV Standard Blocks Subject 0.9 Trouble Shooting Subject 0.10 System Searching PART 1/ 2) RIG SPECIFIC EQUIPMENT ET THEORY Subject 1.1 Equipment Overview & System Integration Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions Subject 2.4 PLC and Electrical System Subject 3.1 Hands-on Training Prior to attending the course, each student should have a general understanding of electrical systems; level 2 ET course / Electro Technical maintenance course Global Course Catalog Release 2 June 2014 Page 125

126 January- December 2014 Global Course Catalog CRANE ELECTRO MAINTENANCE COURSE- RISER GANTRY CRANE KRS 1223: RISER GANTRY CRANE Target groups for the Electro Technical Maintenance course are Electrical Engineers and Crane ET Personnel Course duration and cost upon request. PART 0) PLC SYSTEM Obtain general understanding of the basic functions of a PLC system Obtain overall knowledge about the different modules used in the S7-300 PLC system Obtain general understanding of how to utilize the Simatic Manager Obtain a general understanding of the use of the MMC card and memory reset function Be knowledgeable about the different block types and the hierarchical principle of the S7-300 PLC system Obtain general understanding of how to use NOV standard blocks in a basic S7 program Understand how to utilize the Troubleshooting-functions in Simatic Manager Be able to search within the Siemens S7 program using different available methods PART 1) RIG SPECIFIC EQUIPMENT ET THEORY Understand how to utilize NOV User Manuals to locate pertinent information Obtain overall knowledge about the equipment s intention, construction and manner of operation. Understand how to ensure safe and efficient operation of the equipment Obtain overall understanding of the electrical system of the machines Be able to perform inspection, trouble shooting, maintenance and repairs as described in the user manual. The course will provide the necessary knowledge for using the Simatic S7 Manager as a trouble shooting tool for the specified NOV equipment. Course participants shall understand the basic functions of the Siemens Simatic S7 PLC System and be able to utilize the Simatic Manager software by training on a NOV PLC test station. In addition, learners will obtain sufficient technical knowledge to perform maintenance and solve unforeseen occurrences on the onboard equipment (as listed in the course curriculum). PART 0) PLC SYSTEM Subject 0.1 Basic PLC Functions Subject 0.2 PLC System Subject 0.3 S7-300 Simatic Manager Subject 0.4 PG/PC Interface Subject 0.5 S7 Blocks Subject 0.6 VAT-TABLE Subject 0.7 Comparing Blocks Subject 0.8 NOV Standard Blocks Subject 0.9 Trouble Shooting Subject 0.10 System Searching PART 1/ 2) RIG SPECIFIC EQUIPMENT ET THEORY Subject 1.1 Equipment Overview & System Integration Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions Subject 2.4 PLC and Electrical System Subject 3.1 Hands-on Training Prior to attending the course, each student should have a general understanding of electrical systems; level 2 ET course / Electro Technical maintenance course Global Course Catalog Release 2 June 2014 Page 126

127 January- December 2014 Global Course Catalog CRANE ELECTRO MAINTENANCE COURSE- SINGLE BOOM CRANE KRS 1224: SINGLE BOOM CRANE Target groups for the Electro Technical Maintenance course are Electrical Engineers and Crane ET Personnel Course duration and cost upon request. PART 0) PLC SYSTEM Obtain general understanding of the basic functions of a PLC system Obtain overall knowledge about the different modules used in the S7-300 PLC system Obtain general understanding of how to utilize the Simatic Manager Obtain a general understanding of the use of the MMC card and memory reset function Be knowledgeable about the different block types and the hierarchical principle of the S7-300 PLC system Obtain general understanding of how to use NOV standard blocks in a basic S7 program Understand how to utilize the Troubleshooting-functions in Simatic Manager Be able to search within the Siemens S7 program using different available methods PART 1) RIG SPECIFIC EQUIPMENT ET THEORY Understand how to utilize NOV User Manuals to locate pertinent information Obtain overall knowledge about the equipment s intention, construction and manner of operation. Understand how to ensure safe and efficient operation of the equipment Obtain overall understanding of the electrical system of the machines Be able to perform inspection, trouble shooting, maintenance and repairs as described in the user manual. The course will provide the necessary knowledge for using the Simatic S7 Manager as a trouble shooting tool for the specified NOV equipment. Course participants shall understand the basic functions of the Siemens Simatic S7 PLC System and be able to utilize the Simatic Manager software by training on a NOV PLC test station. In addition, learners will obtain sufficient technical knowledge to perform maintenance and solve unforeseen occurrences on the onboard equipment (as listed in the course curriculum). PART 0) PLC SYSTEM Subject 0.1 Basic PLC Functions Subject 0.2 PLC System Subject 0.3 S7-300 Simatic Manager Subject 0.4 PG/PC Interface Subject 0.5 S7 Blocks Subject 0.6 VAT-TABLE Subject 0.7 Comparing Blocks Subject 0.8 NOV Standard Blocks Subject 0.9 Trouble Shooting Subject 0.10 System Searching PART 1/ 2) RIG SPECIFIC EQUIPMENT ET THEORY Subject 1.1 Equipment Overview & System Integration Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions Subject 2.4 PLC and Electrical System Subject 3.1 Hands-on Training Prior to attending the course, each student should have a general understanding of electrical systems; level 2 ET course / Electro Technical maintenance course Global Course Catalog Release 2 June 2014 Page 127

128 January- December 2014 Global Course Catalog CRANE ELECTRO MAINTENANCE COURSE- TELESCOPE BOOM CRANE KRS 1225: TELESCOPE BOOM CRANE Target groups for the Electro Technical Maintenance course are Electrical Engineers and Crane ET Personnel Course duration and cost upon request. PART 0) PLC SYSTEM Obtain general understanding of the basic functions of a PLC system Obtain overall knowledge about the different modules used in the S7-300 PLC system Obtain general understanding of how to utilize the Simatic Manager Obtain a general understanding of the use of the MMC card and memory reset function Be knowledgeable about the different block types and the hierarchical principle of the S7-300 PLC system Obtain general understanding of how to use NOV standard blocks in a basic S7 program Understand how to utilize the Troubleshooting-functions in Simatic Manager Be able to search within the Siemens S7 program using different available methods PART 1) RIG SPECIFIC EQUIPMENT ET THEORY Understand how to utilize NOV User Manuals to locate pertinent information Obtain overall knowledge about the equipment s intention, construction and manner of operation. Understand how to ensure safe and efficient operation of the equipment Obtain overall understanding of the electrical system of the machines Be able to perform inspection, trouble shooting, maintenance and repairs as described in the user manual. The course will provide the necessary knowledge for using the Simatic S7 Manager as a trouble shooting tool for the specified NOV equipment. Course participants shall understand the basic functions of the Siemens Simatic S7 PLC System and be able to utilize the Simatic Manager software by training on a NOV PLC test station. In addition, learners will obtain sufficient technical knowledge to perform maintenance and solve unforeseen occurrences on the onboard equipment (as listed in the course curriculum). PART 0) PLC SYSTEM Subject 0.1 Basic PLC Functions Subject 0.2 PLC System Subject 0.3 S7-300 Simatic Manager Subject 0.4 PG/PC Interface Subject 0.5 S7 Blocks Subject 0.6 VAT-TABLE Subject 0.7 Comparing Blocks Subject 0.8 NOV Standard Blocks Subject 0.9 Trouble Shooting Subject 0.10 System Searching PART 1/ 2) RIG SPECIFIC EQUIPMENT ET THEORY Subject 1.1 Equipment Overview & System Integration Subject 2.1 Main Data and Technical Description Subject 2.2 Operating Instructions Subject 2.4 PLC and Electrical System Subject 3.1 Hands-on Training Prior to attending the course, each student should have a general understanding of electrical systems; level 2 ET course / Electro Technical maintenance course Global Course Catalog Release 2 June 2014 Page 128

129 January- December 2014 Global Course Catalog ADVANCED HANDS-ON TROUBLESHOOTING COURSE FOR ELECTRO TECHNICIANS, PART 2 OF 2 KRS 1021: ADVANCED HANDS-ON TROUBLESHOOTING COURSE FOR ELECTRO TECHNICIANS, PART 2 OF 2 (PART 1 OF 2 IS CONDUCTED IN STAVANGER, SVG 2021) Target groups for this course are Electro Technical personnel, Rig Maintenance Supervisor. Minimum 1 participant / maximum 8 participants 4 Days (40 Lessons) / Cost upon request. Upon course completion, course participants shall be able to: Utilize the information in NOV User manuals. Explain the NOV PLC program structure, identify the NOV standard program blocks and demonstrate how to search and monitor in the PLC programs. Identify different instruments used on NOV machinery. Set up the different machines for operation. Run the machines in different operating modes. Locate information/alarms/messages on Cyberbase displays Set up ServiceLab on ehawk PC Monitor signals in the machine PLC program. Analyze fault symptoms. Utilize the information to suggest possible solutions for correcting faults. List and explain the safety aspects of machine. Locate the instruments. Troubleshoot by utilizing the PLC program, ServiceLab and measuring instruments. Analyze fault symptoms and correct the faults. Utilize relevant software for troubleshooting and configuration of hardware. The participants will obtain technical skills to perform maintenance, troubleshooting and to solve unforeseen occurrences on the systems/ equipment listed below. This course is based on the participants solving various troubleshooting scenarios with use of hands-on training equipment listed below. Approximately 85% of the course will be hands-on. According to rig equipment and in agreement with customer S Prior to attending the course, each course participant shall have at least one of the following: Successfully completed NOV Drilling Equipment Electro Technical course and followed by at least 6 months rig experience. Successfully completed NOV online pre-assessment before course start Global Course Catalog Release 2 June 2014 Page 129

130 January- December 2014 Global Course Catalog CYBERBASE & DRILLING EQUIPMENT/ SYSTEMS OPERATOR COURSE SVG 2010: OPERATOR CYBERBASE & DRILLING EQUIPMENT/ SYSTEMS COURSE Target group for this course is Rig-/ vessel drill crew, including OIM (Offshore Installation Manager), Drilling Section Leader, Tool-pusher, Driller, Assistant Driller. Minimum 1 participant / maximum 8 participants Course duration and cost upon request. FOR SYSTEMS Upon course completion, participants shall be able to: Describe the system in general terms and summarize the main data (range of application & function). Give a brief description of the main software modules and hardware components of the system. Navigate screen displays and list their main functionalities and the optional-/ utility functions of the system. List and explain the various safety aspects/ precautions related to operation. Explain the functionalities on system relevant operator displays. Initiate the top level setup parameters of the system and demonstrate how to customize the system. Demonstrate how to operate the various input devices. Demonstrate how to interpret system feedback. Explain the basic design and functionality of main hardware components. Explain when to use administrative functionalities. Work as a team and communicate during different operations. Customize the equipment and systems for different operations. Control equipment correctly and utilize safety systems. Troubleshoot based on system feedback. FOR EQUIPMENT Upon course completion, participants shall be able to: Describe the equipment in general terms (range of application & function). Summarize the main data and give a brief description of the equipment s components. Outline the term Heave Compensation [HC] in general and the integration of HC in applicable equipment. Outline what to do if Technical Support/ Service is needed and how to order spare parts from NOV. Explain how NOV manuals are categorized and the various safety aspects/ -precautions related to maintenance and troubleshooting. Summarize information given in Product Information Bulletins and Service Reports. List several types of maintenance and repairs which shall specifically not be carried out by user without approval and instructions from supplier s service department. Explain the importance of the equipment s routine inspections. Explain the control system and utilize the message display for troubleshooting and initiation of maintenance. List and explain the various safety aspects/ precautions related to operation. Navigate screen displays and list their main functionalities. Explain the use of controls and operation modes for the equipment (Incl. test exception modes). Demonstrate how to interpret system feedback and how to setup the equipment. Describe the control system of the equipment (specifically the term Cyberbase operation). Describe the normal start/ stop procedures and emergency stop/ restart procedures of the equipment. Explain the emergency lowering procedures for the equipment. The course will provide learners with sufficient technical knowledge to operate the equipment/ systems in a correct, safe and efficient manner. Participants will learn about the equipment s intention, construction and manner of operation, including system design/ system integration/ system operation (i.e. hydraulic, electrical, mechanical, control system). NOV user manuals will be utilized to locate pertinent information, and participants will learn how to utilize the NOV spare part system and what to do if Technical Support/ Service is needed. Main Data and Technical Description Maintenance Instructions (if applicable) Operating Instructions Hands-on Training with Simulator or Training Equipment S Before attending the course, each participant should have a basic understanding of drilling processes Global Course Catalog Release 2 June 2014 Page 130

131 January- December 2014 Global Course Catalog CYBERBASE & DRILLING EQUIPMENT ELECTRO TECHNICAL (ET) MAINTENANCE COURSE SVG 2020: ELECTRO TECHNICAL (ET) MAINTENANCE CYBERBASE & DRILLING EQUIPMENT COURSE Target groups for the Electro Technical Maintenance course are rig crew for drilling equipment, including Senior Electronic Engineer (Electronics Section Leader), Electronic Engineer, Senior Electrician Engineer (Technical Section Leader), and Electrician Engineer (Assistant Technical Section Leader). Minimum 1 participant / maximum 8 participants Course duration and cost upon request. Upon course completion, participants shall be able to: Summarize the main data and describe the main components of the equipment including range of application and function. Explain the safety aspects/precautions related to maintenance, operation, and troubleshooting the equipment. Demonstrate the ability to operate the equipment including system setup, navigation, functionality of screens and keyboards, and operating modes and sequences. Explain the system s routine inspections and how to preform ET maintenance. Distinguish between the types of maintenance carried out by the user and the maintenance that should be directed to the supplier s service department. Explain the basic network communications, PLC main structure, electrical system, and instrumentation. This maintenance and troubleshooting course is designed to teach the Electrical & instrument personnel the operation, maintenance and repair of the on-board drilling equipment. During the course, the participants will obtain sufficient technical knowledge and practical skills to perform electro technical maintenance, troubleshooting and to solve unforeseen occurrences on the products listed above. Participants shall learn about the equipment s intention, construction and manner of operation and obtain an overall understanding of the electrical system of the equipment(s). Main Data and Technical Description Electrical System and Maintenance Instructions Operating and Safety Systems Hands-on Training utilizing Rig Software, Simulator and/ or Training Equipment S Prior to attending the course, each student should have a general understanding of electrical systems Global Course Catalog Release 2 June 2014 Page 131

132 January- December 2014 Global Course Catalog CYBERBASE & DRILLING EQUIPMENT MECHANICAL MAINTENANCE COURSE SVG 2030: MECHANICAL MAINTENANCE CYBERBASE & DRILLING EQUIPMENT COURSE Target groups for the Hydraulic/ Mechanical Maintenance course are Rig/ vessel Drill Crew, including Technical Section Leader (Chief Engineer), Senior Drilling Equipment Engineer (Technical Section Leader), Drilling Equipment Engineer (Assistant Technical Section Leader), Drilling Equipment Mechanic (Rig Mechanic) (Mechanic), Senior Deck Equipment & Hydraulic Engineer (Hydraulic Engineer). Minimum 1 participant / maximum 8 participants Course duration and cost upon request. Upon course completion, participants shall be able to: Describe the equipment in general terms (main data, range of application & function). Outline the assembly of the equipment. Explain the system design of the equipment (i.e. hydraulic, electrical, mechanical, control system). Utilize the Rig/vessel layout and explain the interaction of the drilling equipment. Explain the various safety aspects/ precautions related to maintenance. Describe the start/ stop- and emergency stop/ restart and emergency lowering procedures. Explain the use of controls and screen displays needed to perform maintenance on the equipment. Demonstrate how to utilize the information given in course particular diagrams and drawings (particular focus on hydraulic schematics). Explain the equipment s routine inspections and maintenance procedures. Explain the use of the equipment s lubrication chart Explain the use of the equipment s fault finding table and troubleshooting guide (if applicable) in case of malfunction. Summarize information given in Product Information Bulletins and Service Reports (if applicable). Course participants will obtain sufficient technical knowledge to perform maintenance and solve unforeseen occurrences on the rig specific equipment. They will learn about system design, the equipment s intention, construction and manner of operation in order to be able to perform inspections, trouble shooting, maintenance and repairs in a correct, efficient and safe manner and as described in the user manual. Additionally, participants shall obtain a better understanding of the equipment by performing exercises, some in a training simulator and use of other hands-on equipment. This practice further enhances participants level of knowledge. The course has a final test and a course certificate will be issued if the final test is satisfactory. Main Data and Technical Description Maintenance Instructions Operating Instructions Hands-on Training with Simulator and/or equipment S Mechanical/ Hydraulic background 2014 Global Course Catalog Release 2 June 2014 Page 132

133 January- December 2014 Global Course Catalog CYBERBASE & DRILLING EQUIPMENT ADVANCED HANDS-ON TROUBLESHOOTING COURSE FOR ELECTRO TECHNICIANS, PART 1 OF 2 SVG 2021: CYBERBASE & DRILLING EQUIPMENT ADVANCED HANDS-ON TROUBLESHOOTING COURSE FOR ELECTRO TECHNICIANS, PART 1 OF 2 (PART 2 OF 2 IS CONDUCTED IN KRISTIANSAND, KRS 1021) Target groups for this course are Electro Technical personnel, Rig Maintenance Supervisor. Minimum 1 participant / maximum 8 participants Course duration and cost upon request. Upon course completion, course participants shall be able to: Explain safety principles related with the systems/ equipment. Explain how documentation and drawings are organized. Explain utilization of specific training aids: Troubleshooting tools, Simulator, PLC Racks, Drilling Flight Recorder and ET Training Station. List modifications which shall not be carried out by user without approval and instructions from NOV. Explain safety principles related with Network and Servers. Explain utilization of Cyberbase & Network topology for troubleshooting. Follow procedures for backup, reboot, servers and tools. Explain hardware replacement. Setup a ServiceLab project according to ehawk specification. Explain NOV PLC Software Structure. Demonstrate extensive use of PLC signal tracing. Use ehawk terminal onboard rig in regards to software handling. Resolve fault scenarios in the anticollision system. Resolve fault scenarios in the mud pump control. Demonstrate fault finding on drilling control network. Resolve faults on instrumentation. Resolve fault scenarios on Profibus Network. Resolve faults on PLC components and software. Resolve fault scenarios preventing startup. Resolve encoder fault scenarios. Demonstrate fault finding on loss of height calibration. Identify faults related to abnormal torque variations. Explain purpose and practical use of DFR. Use cases demonstrated during DCI & DW simulator sessions in DFR. Analyze operator issues and find root cause. Analyze equipment failure issues and find root cause. The participants will obtain technical skills to perform maintenance, troubleshooting and to solve unforeseen occurrences on the systems/ equipment listed below. It is based on the participants solving various troubleshooting scenarios with use of hands-on training equipment agreed upon. Approximately 85% of the course will be hands-on. According to rig equipment and in agreement with customer S Prior to attending the course, each course participant shall have at least one of the following: Successfully completed NOV Cyberbase Drilling Equipment & System ET Training and followed by at least 6 months rig experience. Successfully completed NOV pre-assessment before course start. (Free of charge online test provided by NOV) Global Course Catalog Release 2 June 2014 Page 133

134 January- December 2014 Global Course Catalog CYBERBASE & DRILLING EQUIPMENT HANDS-ON ASSISTANCE ONBOARD RIG/ VESSEL NOR 7400: CYBERBASE & DRILLING EQUIPMENT HANDS-ON ASSISTANCE ONBOARD RIG/ VESSEL Target groups are Rig-/ vessel drill crew, including OIM (Offshore Installation Manager), Drilling Section Leader, Toolpusher, Driller, Assistant Driller, Senior Electronic Engineer (Electronics Section Leader), Electronic Engineer, Senior Electrician Engineer (Technical Section Leader), and Electrician Engineer (Assistant Technical Section Leader), Technical Section Leader (Chief Engineer), Senior Drilling Equipment Engineer (Technical Section Leader), Drilling Equipment Engineer (Assistant Technical Section Leader), Drilling Equipment Mechanic (Rig Mechanic) (Mechanic), Senior Deck Equipment & Hydraulic Engineer (Hydraulic Engineer). Minimum 1 week per crew. / TBD This hands-on assistance is intended to be a supplement after the crews have participated in Rig specific courses onshore on NOV delivered equipment. Instructor will guide and assist: On the different machines delivered by NOV, as listed in agreement. Drill crew as needed, and will also make sure the systems/equipment is operated in a safe and efficient manner. The maintenance crew as needed in trouble shooting issues, fault fixing, maintenance, etc. S Prior to attending the course, each participant should have: Attended rig specific courses onshore. SPECIAL NOTES The instructor(s) are not responsible for operator faults caused by customer personnel. The organization of the guiding and assistance by NOV instructors to be coordinated with rig manager with regards to ongoing activity and priority. A course certificate will not be issued for this type of training Global Course Catalog Release 2 June 2014 Page 134

135 January- December 2014 Global Course Catalog DRILLING FLUID TECHNOLOGY (DFT) OPERATOR COURSE ASK 4010: DRILLING FLUID TECHNOLOGY (DFT) COURSE FOR OPERATORS Target group for this course are Derrick Man, Shaker Hand, Pump Hand, and other rig-/ vessel drill crew as Driller, Assistant Driller, Tool-pushers, etc. Minimum 1 participant / maximum 8 participants Course duration and cost upon request. Course participants/ operators shall after successful completion of this course be able to: Discuss the safety aspects of the equipment. Outline equipment s role in system process. Describe equipment in general terms (range of application & function). Describe equipment in detail. Identify irregularities and explain how to solve them in a safe and effective manner. Explain various safety aspects/ precautions related to operation. Navigate screen displays and list their main functionalities. Explain equipment s operation modes and sequences. Demonstrate how to interpret system feedback. Explain the emergency operation procedures of the equipment. Explain basic system parameters and user defined parameters. Discuss the most efficient operation of the equipment. The course consists of theoretical classroom training. All relevant screens will be described in detail during the course. Practice on a rig specific hands-on simulator is part of this course. Equipment Technical Description & Operation S A basic understanding of drilling processes Global Course Catalog Release 2 June 2014 Page 135

136 January- December 2014 Global Course Catalog DRILLING FLUID TECHNOLOGY (DFT) ELECTRO TECHNICAL MAINTENANCE COURSE ASK 4020: DRILLING FLUID TECHNOLOGY (DFT) ELECTRO-TECHNICAL MAINTENANCE COURSE Target groups for the Electro Technical Maintenance course are rig crew for drilling equipment, including Senior Electronic Engineer (Electronics Section Leader), Electronic Engineer, Senior Electrician Engineer (Technical Section Leader), and Electrician Engineer (Assistant Technical Section Leader). Minimum 1 participant / maximum 8 participants Course duration and cost upon request. On completion of this course, participants shall be able to: Describe the interaction of the applicable equipment. Describe functionalities on system relevant operator displays. Summarize main data of the equipment. Explain when and how to use administrative functionalities. Describe the equipment, system and process in general terms (range of Describe the equipment s operation modes and sequences. application & function). Explain safety aspects/ - Describe the hardware components of the equipment. precautions related to maintenance and troubleshooting. Explain the safety/emergency system of the equipment. Explain network topology and interaction between mud control system and other interfaces. Describe how to find and utilize NOV documents for maintenance and troubleshooting. Describe how to perform basic calibration and troubleshooting. Describe how to setup instrumentation on the equipment. Describe how to read PLC and Remote I/O faults from led lights. The course consists of theoretical classroom training on maintenance, troubleshooting and solving unforeseen occurrences on the listed Drilling Fluid Technology equipment. Main Data and Technical Description Operating Instructions Electrical Maintenance Instructions S Electrical or Electro Technical background 2014 Global Course Catalog Release 2 June 2014 Page 136

137 January- December 2014 Global Course Catalog DRILLING FLUID TECHNOLOGY (DFT) MECHANICAL MAINTENANCE COURSE ASK 4030: DRILLING FLUID TECHNOLOGY (DFT) COURSE FOR MECHANICS Target group for this course are: Technical Section Leader (Chief Engineer), Senior Drilling Equipment Engineer (Technical Section Leader), Drilling Equipment Engineer (Assistant Technical Section Leader), Drilling Equipment Mechanic (Rig Mechanic/ Mechanic). Minimum 1 participant / maximum 8 participants Course duration and cost upon request. On completion of this course, participants shall be able to: Illustrate the interaction of the applicable equipment Describe the equipment and system in general terms (range of application & function) Summarize the main data of the equipment Describe the hardware components of the equipment Demonstrate how to find details in equipment s assembly drawings List and explain the various safety aspects/ -precautions related to maintenance and repair Explain the equipment s routine inspections, precautions and maintenance procedures Explain the use of the equipment s lubrication chart Describe main functions of the control systems Navigate screen displays and list their main functionalities Explain the various safety aspects/ precautions related to operation Describe the start/ stop- and emergency stop/ restart procedures The course consists of theoretical classroom training. Main Data and Technical Description Maintenance Instructions Operating Instructions S Hydraulic / Mechanical background 2014 Global Course Catalog Release 2 June 2014 Page 137

138 January- December 2014 Global Course Catalog DRILLING FLUID TECHNOLOGY (DFT) OPERATOR COURSE - ONBOARD ASK 4011: OPERATOR DRILLING FLUID TECHNOLOGY COURSE - ONBOARD TRAINING Target group for this course are Derrick Man, Shaker Hand, Pump Hand, and other rig-/ vessel drill crew as Driller, Assistant Driller, Tool-pushers, etc. CREW TRAINING EXCLUSIVE TO ONE CLIENT ONE SPECIFIC RIG/ VESSEL. ONLY. 1 participant minimum per shift / 4 participants maximum per shift 2-3 days (Depends on equipment) Course duration and cost upon request. On completion of this course, participants shall be able to: Describe how to ensure safe and efficient operation of systems, machines and equipment. Describe main data, functionality and technical details of the system, machines and equipment. Obtain knowledge on how to utilize NOV user manuals to locate relevant information. Describe how to carry out the necessary inspections prior to operating the equipment. Demonstrate operational skills by practical training on equipment onboard. The course will consist of hands-on training and theoretical classroom lectures onboard rig. Mud Control System introduction and overview Safety instructions Operating instructions and functional description of equipment Auto functions and safety interlocks Trending and alarms Troubleshooting Operating techniques Theoretical and practical tasks S None 2014 Global Course Catalog Release 2 June 2014 Page 138

139 January- December 2014 Global Course Catalog DRILLING FLUID TECHNOLOGY (DFT) ELECTRO TECHNICAL MAINTENANCE COURSE - ONBOARD ASK 4021: MAINTENANCE (ET) DRILLING FLUID TECHNOLOGY COURSE - ONBOARD TRAINING Target groups for the Electro Technical Maintenance course are rig crew for drilling equipment, including Senior Electronic Engineer (Electronics Section Leader), Electronic Engineer, Senior Electrician Engineer (Technical Section Leader), and Electrician Engineer (Assistant Technical Section Leader). CREW TRAINING EXCLUSIVE TO ONE CLIENT ONE SPECIFIC RIG/ VESSEL ONLY. 1 participant minimum per shift / 4 participants maximum per shift 2-3 days (Depends on equipment) Course duration and cost upon request. On completion of this course, participants shall be able to: Describe main data, functionality and technical details of the system, machines and equipment. Describe how to find and utilize NOV documents for maintenance and troubleshooting Obtain knowledge on how to detect abnormalities and perform inspections, troubleshooting, maintenance and repairs. Demonstrate how to calibrate density transmitters Describe principle of load cells and demonstrate how to calibrate. The course will consist of hands-on training and theoretical classroom lectures onboard rig. General HMI operation Advanced HMI settings Process logic Auto functions and safety interlocks Operation and troubleshooting on relevant equipment Trend tool Trending and alarms S Electrical or Electro Technical background 2014 Global Course Catalog Release 2 June 2014 Page 139

140 January- December 2014 Global Course Catalog DRILLING FLUID TECHNOLOGY (DFT) MECHANICAL MAINTENANCE COURSE - ONBOARD ASK 4031: MECHANICAL DRILLING FLUID TECHNOLOGY COURSE - ONBOARD TRAINING Target group for this course are: Technical Section Leader (Chief Engineer), Senior Drilling Equipment Engineer (Technical Section Leader), Drilling Equipment Engineer (Assistant Technical Section Leader), Drilling Equipment Mechanic (Rig Mechanic/ Mechanic). CREW TRAINING EXCLUSIVE TO ONE CLIENT ONE SPECIFIC RIG/ VESSEL ONLY. 1 participant minimum per shift / 4 participants maximum per shift 1-2 days (Depends on equipment) Course duration and cost upon request. On completion of this course, participants shall be able to: Explain how to ensure safe and efficient operation of systems, machines and equipment Explain the safety aspects/ -precautions related to maintenance and troubleshooting Explain main data and technical details of the systems, machines and equipment Explain how to detect abnormalities and perform inspections, trouble shooting, maintenance and repairs Utilize NOV mechanical/hydraulic drawings in connection with fault finding Utilize NOV manuals to locate pertinent information The course will consist of hands-on training and theoretical classroom lectures onboard rig. Mud Control System introduction and overview Safety instructions Technical and functional description of equipment Inspections and regular maintenance Troubleshooting Theoretical and practical tasks S Hydraulic / Mechanical background 2014 Global Course Catalog Release 2 June 2014 Page 140

141 January- December 2014 Global Course Catalog LATTICE BOOM OFFSHORE CRANE OPERATOR COURSE MOL 3001: LBOC OPERATOR COURSE For crane operators that perform first line maintenance on NOV offshore cranes. Minimum 1 participant / maximum 8 participants. 3 days / Price and scheduling upon request Course participants shall after successful completion of this course be able to: Explain how NOV manuals are categorized. Explain and demonstrate the operation modes and List the most common abbreviations describing the overload protection systems of the crane. equipment. Demonstrate use of load charts. Explain the structure of NOV document numbers / Explain emergency procedures for the crane. machine numbers. Explain the various safety aspects/ precautions Explain the structure of crane manuals table of contents. related to maintenance. Describe the crane in general terms (range of application & function). Demonstrate how to utilize the information given in course related diagrams and drawings. Summarize the main components of the crane. Explain the routine maintenance procedures. Explain the system design of the crane in general (i.e. Explain use of the equipment s lubrication chart. hydraulic, electrical, mechanical, control system). Utilize fault finding table and troubleshooting guide Outline the assembly and the individual sub-assemblies in case of crane malfunction. of the crane. Explain crane equipment in general after List and explain the safety aspects of the crane during participating in a field trip to the NOV workshop. operation. Demonstrate basic understanding of crane Describe the daily check out routines for the crane. operation and maintenance by carrying out Explain the functionality and navigation of relevant practical training tasks. crane control displays (CCD). Demonstrate operating skills by carrying out daily check-out routines. An introductory course in HSE routines, system functions and correct operation and maintenance procedures for crane operators and maintenance personnel that work on NOV offshore cranes. The course covers the theory of operation, troubleshooting, and maintenance of the Lattice Boom Offshore Crane. A large proportion of the course includes practical training in a crane machine room and on a fully operative crane model. NOV User Manuals Main Data and Technical description Operating Instructions Maintenance Instructions Field Trip and Hands-on Training No prerequisites required for this basic course Global Course Catalog Release 2 June 2014 Page 141

142 January- December 2014 Global Course Catalog LATTICE BOOM OFFSHORE CRANE-HYDRAULIC/ MECHANIC COURSE MOL 3002: LBOC HYDRAULIC/ MECHANIC COURSE For mechanical technicians and crane operators that carry out service and maintenance in accordance to preventative maintenance routines on NOV offshore cranes. Minimum 1 participant / maximum 8 participants 5 Days / Price and scheduling upon request Course participants shall after successful completion of this course be able to: Describe the crane in general terms (range of Identify alarms and how to do corrective actions application & function). Explain the use of the equipment s fault finding. Summarize the main components of the crane. table and troubleshooting guide in case of Explain the system design of the crane in general (i.e. malfunction. hydraulic, electrical, mechanical, control system). Explain the various safety aspects / precautions Outline the assembly and the individual sub-assemblies related to emergency systems. of the crane. Utilize check points. Identify HMS hazards. Perform daily inspections according to check list. Explain hydraulic system drawings. Perform testing and adjustment according to Explain overload and emergency drive systems. procedures and maintenance manual. Perform trouble shooting by use of hydraulic drawings. Perform periodic maintenance according to maintenance instructions. Perform motor volume adjustments. This course covers the theory of Lattice Boom Offshore Crane troubleshooting and maintenance. It reflects HSE routines, system knowledge and correct operation of maintenance procedures within the field of hydraulics and mechanics. In addition, participants will practice in a crane machine room and on a fully operative crane model. Most of the course is based on hands-on training. HSE Routines Technical Description Hydraulic Systems Crane safety functions / overload protection Periodical maintenance Trouble Shooting S Relevant experience is required Global Course Catalog Release 2 June 2014 Page 142

143 January- December 2014 Global Course Catalog LATTICE BOOM OFFSHORE CRANE INSTRUMENT COURSE MOL 3003: LBOC INSTRUMENT COURSE Instrument technicians who perform service and maintenance in accordance to preventative maintenance routines on NOV offshore cranes. Minimum 1 participant / maximum 8 participants 5 Days / Price and scheduling upon request Course participants shall after successful completion of this course be able to: Describe the crane in general terms (range of Explain how to perform PM program. application & function). Explain system diagrams and drawings. Summarize the main components of the crane. List and explain abbreviations used when Explain the system design of the crane in general (i.e. describing the equipment. hydraulic, electrical, mechanical, control system). Use appropriate tools for troubleshooting and Outline the assembly and the individual sub-assemblies maintenance. of the crane. Control and adjust settings. Explain where the different components are installed in the crane. Perform calibrations according to maintenance manual. Identify HMS hazards when working on the Reset the system. instrumentation system. Identify alarms and do corrective actions. Use the CCD to troubleshoot and perform periodic maintenance. This course covers the theory troubleshooting and maintenance of the Lattice Boom Offshore Crane. It reflects HSE routines, system functions and correct operation and maintenance procedures within the field of instrumentation for NOV offshore cranes. In addition, participants will practice in a crane machine room and on a fully operative crane model. Most of the course is based on hands-on training. Main Data and Technical Description HMS Component Overview Instrument Drawings/ System Knowledge CCD Crane Control Display MMS Movement Monitoring System Logging Hands-on Training S Relevant experience is required Global Course Catalog Release 2 June 2014 Page 143

144 January- December 2014 Global Course Catalog LATTICE BOOM OFFSHORE CRANE OP ON-SITE COURSE MOL 3004: LBOC OP ON-SITE COURSE Target groups for this course are crane operators. Minimum 1 participant / maximum 8 participants 1 Day / Price and scheduling upon request Course participants shall after successful completion of this course be able to: Explain check out routines. Explain operator functions. Explain emergency functions. The course will consist of an instructor reviewing crane equipment on site. This course is recommended as a follow up for operators after completing the basic course. Correct use of daily check list Crane control display Operation limits Emergency functions Overload protection Re-reeving S No prerequisites 2014 Global Course Catalog Release 2 June 2014 Page 144

145 January- December 2014 Global Course Catalog LATTICE BOOM OFFSHORE CRANE INSTRUMENT ALL ELECTRIC CRANE COURSE MOL 3005: LOBC INSTRUMENT ALL ELECTRIC CRANE COURSE TARGET GROUP Electrical Technicians. Minimum 1 participant / maximum 8 participants 5 Days / Price and scheduling upon request Course participants shall after successful completion of this course be able to: Describe main electro components in general terms (range of application & function). Describe the control system of the equipment. Explain Maintenance for electro components. Explain how NOV electrical drawings are categorized. Demonstrate how to navigate in the manuals for important check points. Explain the difference between the various safety messages used in NOV user manuals. Explain the structure of NOV drawing numbers. Demonstrate maintenance on Slip ring unit. Demonstrate use and faultfinding on Soft starter. Use the maintenance manual for calibration on Crane model. This course reflects HSE routines, system functions and correct operation and maintenance procedures within the field of instrumentation for NOV offshore cranes. It will consist of theoretical classroom training and practical training in a crane machine room. Most of the course is based on hands-on training. HSE routines Technical description Electro maintenance Crane control systems Component replacement Crane safety functions / overload protection Periodical maintenance and trouble shooting S Relevant experience is required Global Course Catalog Release 2 June 2014 Page 145

146 January- December 2014 Global Course Catalog RISER PULL-IN WINCH COURSE MOL 3006: RPW COURSE Winch Operators and maintenance personnel. Minimum 1 participant / maximum 8 participants 3 Days / Price and scheduling upon request Course participants shall after successful completion of this course be able to: Explain how NOV manuals are categorized. List the most common abbreviations describing the equipment. Explain the structure of NOV document numbers / machine numbers. Explain the structure of RPS manuals table of contents. List and explain preparations prior to operation. List and explain the safety aspects of the RPS during operation. Explain the functionality and navigation of relevant Operator control displays. Explain and demonstrate the operation modes of the RPS. Explain the various safety aspects/ precautions related to maintenance. Demonstrate how to utilize the information given in user manuals. Explain the routine maintenance procedures. Explain use of the equipment s lubrication chart. Utilize fault finding table and troubleshooting guide in case of RPS malfunction. Explain RPS equipment in general after participating in operation of the RPS. Demonstrate basic understanding of RPS operation and maintenance by carrying out practical training tasks. Demonstrate operating skills by carrying out preparations prior to operation. An introductory course focusing on the structure, function and correct maintenance procedures for the NOV Riser Pull-in Winch systems. The course will consist of theoretical classroom training and/or hands-on training on site. NOV User Manuals Operating Instructions Maintenance Instructions Hands-on Training S None required Global Course Catalog Release 2 June 2014 Page 146

147 January- December 2014 Global Course Catalog G5 OFFSHORE OP COURSE MOL 3007: G5 OFFSHORE OP COURSE Future G5-certified Offshore Crane Operators. Minimum 1 participant / maximum 8 participants 5 Days / Price and scheduling upon request Course participants shall after successful completion of this course be able to: Explain safety requirements for G5 Offshore crane, and G20 Stationary (offshore) hydraulic crane. Explain principles of offshore construction. Explain in detail connecting / disconnecting loads. Explain in detail practical offshore crane operation. Explain maintenance procedures. The purpose of the training is to provide future crane operators with good basic theoretical offshore crane training. The training will give the students a good insight to the principles of offshore construction, mode of operation, maintenance and use, in order to avoid incidents and accidents during lifting operations. This is Certified Safety Training according to Module O-2.1: Theoretical part - Offshore Cranes, followed by a theoretical exam. The basis for issuing the Offshore Crane Operator Certificate: Trained personnel must pass a written theoretical exam. HSE routines Main Data and Technical description Operating Instructions Maintenance Instructions S Participants must have passed G11 - Connecting and Disconnecting Loads/ Containers / Straps Course - Module O-1.1 (Straps Course with Final Theoretical Exam) Global Course Catalog Release 2 June 2014 Page 147

148 January- December 2014 Global Course Catalog APPENDIX A- TYPES OF EQUIPMENT/SYSTEMS COVERED-RIG SPECIFIC COURSES A customer may request a complete, tailor-made training package on several types of equipment and/ or systems. Then, the courses will be presented sequentially all in one sitting - which will reduce customer s travel costs and time away from work. NOV Training offers courses on all types of equipment purchased. Any combination of selected equipment/ systems can be ordered for a rig specific course. Below are the most common equipment/ systems: Type of Equipment/Systems covered for the following courses: KRS 1010: DRILLING EQUIPMENT KRS 1310: WELL INTERVENTION EQUIPMENT/ SYSTEMS KRS 1030: DRILLING EQUIPMENT KRS 1330: WELL INTERVENTION EQUIPMENT/ SYSTEMS KRS 1020: DRILLING AND MOTION COMPENSATING/ SUB SEA EQUIPMENT KRS 1320: WELL INTERVENTION EQUIPMENT/ SYSTEMS Drilling Equipment: Hydralift Portable Top Drive (HPT) Hydraulic Power Swivel (HPS) TDX-1250 TDX-1000 TDS BX-Elevator Hydra Tong (HT) Articulated Roughneck (AR) Hydra Racker (HR) incl. Fingerboard Horizontal to Vertical Machine (HTV Machine) Service and Access Basket (SAB) V- Door Machine Catwalk Machine (CWM) Hydraulic Cylinder Hoisting System Cathead Man Rider Winch Utility Winch Racking Winch Bridge Racker Elevated Backup Tong (EBT) Drillfloor Manipulator Arm (DFMA) Floor Mounted Tail-In Arm Hydraulic Power Unit (HPU) MRS3 (Mousehole Racking System) Racking Lift Arm and Guide Arm Vertical Pipe Chute Well Intervention Euipment: Winches with electrical control system Coil Tubing Tensioner Module Guide Arm Main Winch (AHC/ HPU) Compensated Wire Line Cylinder Lower and Upper Cursor Frame (Wire Line Riser Tensioner if applicable) APV and Compressors Drill Floor Manipulator Arm (DFMA) Moon Pool Door (Catwalk if applicable) Cathead Inline Tensioner (Hydra Tong (HT) if applicable) Service and Access Basket (SAB) DLC (Deadline Compensator) Hydra Racker (HR) incl. Fingerboard Man Rider Winch Utility Winch Hydraulic Power Swivel (HPS) Elevated Backup Tong (EBT) HPU Motion Compensating/ Sub Sea Equipment Riser Compensation Systems CMC (Crown Mounted Compensator) DLC (Deadline Compensator) BOP Handling Equipment X- Mas Tree Handling Equipment Riser Handling Equipment Active Heave Compensator (AHC) Wireline Riser Tensioner N-Line Tensioner Type of Equipment/Systems covered for the following courses: KRS 1210: PIPE HANDLING CRANE (KNUCKLE BOOM) KRS 1211: OFFSHORE CRANE (KNUCKLE BOOM) KRS 1212: ACTIVE HEAVE COMPENSATED (AHC) SUBSEA CRANE (KNUCKLE BOOM) KRS 1213: RISER GANTRY CRANE KRS 1214: SINGLE BOOM CRANE KRS 1215: TELESCOPE BOOM CRANE KRS 1230: PIPE HANDLING CRANE (KNUCKLE BOOM) KRS 1231: OFFSHORE CRANE (KNUCKLE BOOM) KRS 1232: ACTIVE HEAVE COMPENSATED (AHC) SUBSEA CRANE (KNUCKLE BOOM) KRS 1233: RISER GANTRY CRANE KRS 1234: SINGLE BOOM CRANE KRS 1235: TELESCOPE BOOM CRANE KRS 1220: PIPE HANDLING CRANE (KNUCKLE BOOM) KRS 1221: OFFSHORE CRANE (KNUCKLE BOOM) KRS 1222: ACTIVE HEAVE COMPENSATED (AHC) SUBSEA CRANE (KNUCKLE BOOM) KRS 1223: RISER GANTRY CRANE KRS 1224: SINGLE BOOM CRANE KRS 1225: TELESCOPE BOOM CRANE Knuckle Boom Cranes Riser Gantry Cranes Single Boom Cranes Telescope Boom Cranes 2014 Global Course Catalog Release 2 June 2014 Page 148

149 January- December 2014 Global Course Catalog Type of Equipment/Systems covered for the following courses: KRS 1110: SUB SEA/ MOTION COMPENSATION EQUIPMENT Riser Compensation Systems CMC (Crown Mounted Compensator) DLC (Deadline Compensator) AHC (Active Heave Compensator) BOP Handling Equipment X- Mas Tree Handling Equipment Riser Handling Equipment Wireline Riser Tensioner N-Line Tensioner Type of Equipment/Systems covered for the following courses: SVG 2010: OPERATOR CYBERBASE & DRILLING EQUIPMENT/ SYSTEMS COURSE SVG 2020: ELECTRO TECHNICAL (ET) MAINTENANCE CYBERBASE & DRILLING EQUIPMENT COURSE SVG 2030: MECHANICAL MAINTENANCE CYBERBASE & DRILLING EQUIPMENT COURSE SVG 2021: CYBERBASE & DRILLING EQUIPMENT ADVANCED HANDS-ON TROUBLESHOOTING COURSE FOR ELECTRO TECHNICIANS, PART 1 OF 2 SVG 2021: ADVANCED HANDS-ON TROUBLESHOOTING COURSE FOR ELECTRO TECHNICIANS, PART 2 OF 2 NOR 7400: CYBERBASE & DRILLING EQUIPMENT HANDS-ON ASSISTANCE ONBOARD RIG/ VESSEL DCDA HMI SDI (Smart Drilling Instrumentation) SDI Kick Monitoring Display SoftSpeed DFR (Drilling Flight Recorder) ehawk Condition Monitoring Torque Turn DCI (Drilling Control Interface) PLC VSDS (Variable Speed Drive System) DW (Drawworks) Star Racker (HITEC) Driller s Cabin Roughneck IR (HITEC) V-Door (HITEC) Conveyor (HITEC) Star Racker (HITEC) Driller s Cabin Roughneck IR (HITEC) V-Door (HITEC) Conveyor (HITEC DFT (Drilling Fluid Technology) Man Rider Winch Mud Pumps HEX Pump Drilling Simulator (Operational practice on a virtual reality rig floor simulator) Hydra Tong Hydraracker Topdrive-HPS Type of Equipment/Systems covered for the following courses: ASK 4010: DRILLING FLUID TECHNOLOGY (DFT) COURSE FOR OPERATORS ASK 4020: DRILLING FLUID TECHNOLOGY (DFT) ELECTRO-TECHNICAL MAINTENANCE COURSE ASK 4030: DRILLING FLUID TECHNOLOGY (DFT) COURSE FOR MECHANICS ASK 4011: OPERATOR DRILLING FLUID TECHNOLOGY COURSE - ONBOARD TRAINING ASK 4021: MAINTENANCE (ET) DRILLING FLUID TECHNOLOGY COURSE - ONBOARD TRAINING ASK 4031: MECHANICAL DRILLING FLUID TECHNOLOGY COURSE - ONBOARD TRAINING Bulk Tank System Mud Control System Mud Additive System Mud Treatment System Mud Mixing System Choke & Kill Manifold High Pressure Pump 2014 Global Course Catalog Release 2 June 2014 Page 149

150 January- December 2014 Global Course Catalog Type of Equipment/Systems covered for the following courses: MOL 3001: LBOC OPERATOR COURSE MOL 3002: LBOC HYDRAULIC/ MECHANIC COURSE MOL 3003: LBOC INSTRUMENT COURSE MOL 3004: LBOC OP ON-SITE COURSE MOL 3005: LOBC INSTRUMENT ALL ELECTRIC CRANE COURSE Lattice Boom Offshore Crane Type of Equipment/Systems covered for the following courses: MOL 3006: RPW COURSE Riser Pull-In Winch System Type of Equipment/Systems covered for the following courses: MOL 3007: G5 OFFSHORE OP COURSE G5 Offshore Crane G20 Stationary (offshore) Hydraulic Crane 2014 Global Course Catalog Release 2 June 2014 Page 150

151 January- December 2014 Global Course Catalog 2014 Global Course Catalog Release 2 June 2014 Page 151

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153 January- December 2014 Global Course Catalog APPENDIX B- COURSE DATES HOUSTON *ALL COURSES AVAIALBE UPON REQUEST Training Courses 2014 Q1 Q2 Q3 Q4 AC Drive Fundamentals and Maintenance Course (ABB) Jan 6-10 Jan Apr 7-11 Apr 28-May 2 Jul 7-11 Jul Oct 6-10 Oct Feb 3-7 May 5-9 Aug 4-8 Oct Feb May Aug Nov 3-7 Mar 3-7 Jun 2-6 Sep 8-12 Nov Mar Jun Sep 29-Oct 3 Dec 8-12 Amphion Controls Operator Course Jan 6-10 Apr 7-11 Jul 7-11 Oct 6-10 Jan Apr Jul Oct Feb 3-7 May 5-9 Aug 4-8 Nov 3-7 Feb May Aug Nov Mar Jun 9-13 Sep 8-12 Dec 1-5 Jun Sep Dec Amphion Maintenance Course for Rig Electricians and ET Jan Jan Apr 28-May2 May Jul Jul 28-Aug 1 Oct Oct Feb Jun 2-6 Aug Nov Mar 3-7 Jun Aug Dec 8-12 Mar Sep Sep 29-Oct 3 Basic Electricity Fundamentals and Troubleshooting Jan Feb Apr May Jul Aug 4-8 Oct Nov Mar 3-7 Jun 2-6 Aug Dec 8-12 Sep Baylor Brake Fundamentals and Troubleshooting Jan Jun 7-8 Aug 9-10 Oct BX Elevator, PS 21/30, and RST Mechanical Jan Feb Jun Aug Oct Dec 9-11 Mar Global Course Catalog Release 2 June 2014 Page 153

154 January- December 2014 Global Course Catalog Cyberbase Operations Course Jan 6-10 Apr 7-11 Jul 7-11 Oct Jan Apr Jul Nov 3-7 Feb May Aug 4-8 Nov Mar 3-7 Jun 2-6 Aug Dec 1-5 Mar Jun Sep Dec Sep 29-Oct 3 Electrical Sensors Mar 31-Apr 4 Jun Jul 28-Aug 1 Dec Hydralift Hydratong Maintenance Course Jan 7-9 Jun Aug 5-7 Dec 2-4 Hydralift Motion Compensation Mechanical Course Jan Mar 4-7 Apr May Jul Aug Oct 7-10 Nov 4-7 Mar Jun 3-6 Sep Dec 9-12 Hydraulic Fundamentals Jan 6-10 Apr 7-11 Jul 7-11 Oct 6-10 Feb 3-7 May 5-9 Aug 4-8 Nov 3-7 Mar 3-7 Jun 9-13 Sep Dec 1-5 Hydraulics with Troubleshooting Jan Apr Jul Oct Feb May Aug Nov Mar Jun Sep 29-Oct 3 Dec 8-12 Iron Roughneck- AR 3200, 4500, 5000 Mechanical Feb 3-7 Apr 7-11 May 5-9 Jul 28-Aug 1 Aug Oct Jun Kingpost Crane Jan Apr 28-May2 Jul 28-Aug 1 Oct Nov Mud Pumps- Hex 240 Maintenance Jan May Jul Nov The Offshore Drilling and Production Course 9-Jan 29-May 10-Jul 20-Nov 20-Feb 4-Sep 27-Mar PLC Course for Rig Systems- Applications of Allen-Bradley Feb May Sep Nov 3-7 PLC Course for Rig Systems- Applications of Siemens Jan Feb Apr May Jul Aug Oct 6-10 Nov Mar Jun Sep Dec Global Course Catalog Release 2 June 2014 Page 154

155 January- December 2014 Global Course Catalog PLC Course for Rig Systems- Advanced Siemens Jan Apr 28-May2 Jul Sep 29-Oct 3 Oct Pipe Racking System (PRS) 4i & 6i Feb Apr 1-3 May Aug Sep Nov 4-6 Dec The Land Drilling Rig 7-Jan 27-May 8-Jul 18-Nov 18-Feb 2-Sep 25-Mar SCR Maintenance Course- IPS Intermediate Jan 6-10 Feb May Jun Sep Nov 3-7 SCR Maintenance Course- Ross Hill Advanced Jan Mar Jun Jul 28-Aug 1 Aug Oct Nov Dec SCR Maintenance Course- Ross Hill Intermediate (Generator Controls) Jan Mar 3-7 Apr 7-11 Jun 2-6 Jul Aug 4-8 Oct 6-10 Nov 3-7 Dec 1-5 SCR Maintenance Course- Ross Hill Intermediate (SCR Controls) Jan Mar Apr Jun 9-13 Jul Aug Oct Nov Dec 8-12 SCR Maintenance Course- Tech Power Intermediate Feb 3-7 Mar May 5-9 Jul 7-11 Sep 8-12 Oct Shaffer 5th Gen BOP Mux Electrical Controls Jan Apr 28-May2 Jul Oct 6-10 Jan May Jul 28-Aug 1 Oct Feb Jun 9-13 Aug Nov 3-7 Feb Jun Aug Dec 1-5 Mar Sep 8-12 Dec Mar Sep Global Course Catalog Release 2 June 2014 Page 155

156 January- December 2014 Global Course Catalog Shaffer 6th Gen BOP Mux Electrical Controls Jan 7-10 Apr 8-11 Jul 8-11 Oct Jan Apr Jul Oct Feb May 6-9 Aug 5-8 Nov Feb May Aug Dec 2-5 Mar Jun 3-6 Sep 2-5 Dec Mar Jun Sep Sep 30-Oct 3 Shaffer Equipment Mechanical- Shaffer Rucker Motion Compensation Feb Apr Jul 1-2 Sep 3-4 Shaffer Equipment Mechanical- Surface Type Equipment Feb Mar May Sep 3-5 Shaffer Equipment Mechanical- Subsea Equipment Jan Jan Apr Apr 28-May2 Jul Jul 28-Aug 1 Oct 6-10 Oct Feb May Aug Nov Feb May Aug Dec 1-5 Mar Jun 9-13 Sep 8-12 Dec Mar Jun Sep Mar 31-Apr 4 Top Drive Systems- TDS 8 & 1000 Mechanical Jan 6-10 Apr 7-11 Aug Oct Feb 3-7 May 5-9 Sep 8-12 Dec 8-12 Mar Jun Top Drive Systems- AC TDS 9 & 11 Mechanical Feb Apr Jul 8-11 Oct Top Drive Systems- AC Top Drive Electrical Jan Apr Jul Oct Feb 3-7 May 5-9 Aug Nov Mar Jun 9-13 Sep 8-12 Dec Top Drive Systems- DC TDS 3,4,5,6 Mechanical Jan Mar May 5-9 Jun 9-13 Jul Aug Oct Dec 1-5 Sep Top Drive Systems- HPS 500, 650, 750, and 1000 Mechanical Feb Mar May Sep Global Course Catalog Release 2 June 2014 Page 156

157 January- December 2014 Global Course Catalog Top Drive Systems- PS Series Mechanical Jan May Sep Nov Top Drive Systems- TDX 1000 Mechanical Feb 4-6 Jun 30-Jul 2 Sep 2-4 Oct Top Drive Systems- TDX-1250 Mechanical Jan May Jul 8-10 Nov Global Course Catalog Release 2 June 2014 Page 157

158 January- December 2014 Global Course Catalog UK Training Courses 2014 Q1 Q2 Q3 Q4 AC Drive Fundamentals and Maintenance Course (ABB) Jun 2-6 Sep Oct 6-10 Nov Dec 8-12 Amphion Maintenance Aug Oct BX Elevator Mechanical Dec DAQ 4 and RigSense 2 Maintenance May 6-9 Dec Electronic Drilling System (EDS) Maintenance Course Module One- Rig Site Magnetic Particle Inspection of Varco BJ Products Shaffer Equipment Mechanical- Subsea Equipment Apr Aug Jun Oct Oct Nov 3-7 Dec 8-12 Top Drive Systems- AC TDS 9 & 11 Mechanical Mar 5-7 Jul 2-4 Nov Top Drive Systems- AC and Basic Hydraulics Combined- Mechanical Top Drive Systems- DC TDS 3,4,5,6 Electrical Jan 6-10 Mar 3-7 Jun 30-Jul 4 Nov May 5-9 Jul 7-11 Nov Top Drive Systems- DC TDS 3,4,5,6 Mechanical Mar 3-7 Feb 3-5 Mar Sep 1-5 May Jun 9-11 Oct 6-8 Dec Global Course Catalog Release 2 June 2014 Page 158

159 January- December 2014 Global Course Catalog Cedar Park Training Courses 2014 Q1 Q2 Q3 Q4 Block Control System (BCS) Feb Apr Jun Sep Nov DAQ 4 and RigSense 2 Maintenance Jan Apr Jul Oct DAQ 5 and RigSense 3 Maintenance Feb May 6-9 Aug 5-8 Nov 4-7 Mar 4-7 Jun Sep Dec Global Course Catalog Release 2 June 2014 Page 159

160 January- December 2014 Global Course Catalog Singapore Training Courses 2014 Q1 Q2 Q3 Q4 AC Drive Fundamentals and Maintenance Course (ABB) Amphion Controls Operator Course Jan Feb Jun 30- Jul 4 Aug Nov Apr 7-11 Jul 7-11 Oct Feb May 5-9 Aug 4-8 Nov Jun 2-6 Aug Dec 8-12 Sep Amphion Maintenance Course for Rig Electricians and ET PLC Course for Rig Systems- Applications of Siemens Top Drive Systems- TDS 8SA & 1000 Electrical Jan 6-10 Mar Sep 8-12 Nov Mar Sep May 5-9 Jul Nov 3-7 Feb 3-7 Jun Aug Dec 1-5 Mar 3-7 Sep 1-5 Mar 31-Apr 4 Sep 29-Oct 3 Top Drive Systems- TDS 8 & 1000 Mechanical Jan Apr Aug Oct Feb May Sep Nov Mar Jun 30- Jul 4 Dec Global Course Catalog Release 2 June 2014 Page 160

161 January- December 2014 Global Course Catalog Brazil Training Courses 2014 Q1 Q2 Q3 Q4 AC Drive Fundamentals and Maintenance Course (ABB) Amphion Controls Operator Course Mar Jan Jun 30-Jul 4 Sep Nov Jun Sep Mar 31-Apr 4 Jun 30-Jul 4 Sep Amphion Maintenance Course for Rig Electricians and ET Apr 7-11 Jul 7-11 Jul Sep 29-Oct 3 Jan Apr 8-9 Aug Oct 7-8 Baylor Brake Fundamentals and Troubleshooting BX Elevator, PS 21/30, and RST Mechanical Jan Apr 7-9 Aug Oct 6-8 Cyberbase Operations Course Jan 6-10 Jun 2-6 Jul 7-11 Oct 6-10 Jan Jun 9-13 Jul Oct Feb Aug Nov 3-7 Feb Aug Nov Mar Mar DAQ 4 and RigSense 2 Maintenance Jan Jun Jul 1-4 Nov 4-7 Jan Drawworks 1625 UDBE Apr Drawworks E3000 Jan Aug Oct 9-10 Hydralift Hydratong Maintenance Course Feb May Aug Dec Hydralift Motion Compensation Mechanical Course Feb May Aug 4-7 Sep Nov 3-6 Dec Hydraracker IV Maintenance Course Mar May Aug Dec Hydraulic Fundamentals Jan 6-10 May 5-9 Jul 7-11 Oct Feb 3-7 May Jul Nov 3-7 Mar Jun 2-6 Aug Dec 8-12 Mar 31-Apr 4 Sep 8-12 Sep Sep 29-Oct Global Course Catalog Release 2 June 2014 Page 161

162 January- December 2014 Global Course Catalog Hydraulics with Troubleshooting Jan Apr 7-11 Jul Oct Feb May Aug Nov Mar Jun 9-13 Sep Dec Industrial Practices Jan Jun Oct Feb Jun 30-Jul 4 Dec 1-5 Iron Roughneck- AR 3200, 4500, 5000 Mechanical Feb 3-7 Mar May Jul Sep Oct The Land and Offshore Drilling Introduction Course 10-Jan 7-Feb 15-Apr 30-May 25-Jul 29-Aug 3-Oct 21-Nov 28-Mar 13-Jun 26-Sep 28-Nov 19-Dec Mud Pumps- Triplex- Power End Mechanical Jan Apr Aug 4-5 Oct NOV- Drilling Equipment- Safe Operation and Daily Care PLC Course for Rig Systems- Applications of Siemens Feb 3-7 May 5-9 Jul 28-Aug 1 Nov Jan May Aug Oct Feb Jun Sep PLC Course for Rig Systems- Advanced Siemens Mar Feb Mar Aug Oct Pneumatics Fundamentals with Troubleshooting Jan Mar May Jul 28-Aug 1 Sep 1-5 Oct 6-10 Nov Pipe Racking System (PRS)- 4i and 8i Jan Mar May Jun 30-Jul 4 Sep 8-12 Nov 3-7 SCR Maintenance Course- IPS Intermediate Mar Apr 7-11 Jul Oct Dec 1-5 SCR Maintenance Course- Ross Hill Intermediate (Generator Controls) SCR Maintenance Course- Ross Hill Intermediate (SCR Controls) Feb May 5-9 Jun 2-6 Feb May Jun 9-13 Aug Oct 6-10 Dec 8-12 Aug Oct Dec Shaffer Equipment Mechanical- Shaffer Rucker Motion Compensation Feb Aug Nov Global Course Catalog Release 2 June 2014 Page 162

163 January- December 2014 Global Course Catalog Shaffer Equipment Mechanical- Subsea Equipment Feb Mar May 5-9 May Jul Jul 28-Aug 1 Oct Oct Sep 1-5 Dec 1-5 Sep 8-12 Dec 8-12 Top Drive Systems- TDS 8 & 1000 Mechanical Feb Mar 31-Apr 4 Top Drive Systems- AC Top Drive Electrical Feb Mar 31-Apr 4 Jun 2-6 Jul Sep 29-Oct 3 Jun 2-6 Jul Sep 29-Oct 3 Nov Nov Top Drive Systems- DC TDS 3,4,5,6 Mechanical Jan Mar May Jul 7-11 Sep Nov Top Drive Systems- DC TDS 3,4,5,6 Electrical Mar May Jul 7-11 Sep Feb May 7-9 Aug Dec 3-5 Top Drive Systems- HPS 500, 650, 750, and 1000 Mechanical Top Drive Systems- PS Series Mechanical Jun Oct Global Course Catalog Release 2 June 2014 Page 163

164 January- December 2014 Global Course Catalog APPENDIX C WORLDWIDE TERMS AND CONDITIONS FOR TRAINING COURSES 1. Acceptance Orders or other requests, whether oral or written, for the provision of training courses ( Training Courses ) to be provided by Seller or any of its affiliates, subsidiaries, or divisions ( Seller ) to its customers (each a Buyer ) are subject to Seller s written acceptance by an authorized representative of Seller and any orders so accepted will be governed by these Terms and Conditions for the provision of Training Courses. Buyer s submission of a purchase order or other similar document ( Purchase Order ) shall be deemed to be an express acceptance of these Terms and Conditions notwithstanding any language in Buyer s Purchase Order inconsistent herewith, and any inconsistent language in Buyer s Purchase Order is hereby rejected. These Terms and Conditions constitute the full and complete agreement between the parties with respect to the subject matter hereof and supersedes any previous or contemporaneous agreements, understandings or communications, whether written or oral, relating to such subject matter. 2. Prices Prices shall be as stated in the invoice or other similar document ( Invoice ). An initial preparation fee on the amount agreed ( Initial Preparation Fee ) may be fully charged after acceptance of the Purchase Order. The fee for Training Courses includes 1) training material, 2) handouts, 3) administration, and 4) course certificate. The fee for Training Courses does not include: 1) expenses related to any travel to Buyer s locations for project meetings necessary to carry out the Training Courses, and 2) expenses related to the travel of training instructors to/from other locations, including, but not limited to, day rate, airline tickets, lodging, local transportation and visa application. Buyer shall be responsible for all taxes, whether foreign or domestic, applicable to the Training Courses provided under these Terms and Conditions. Neither party is responsible for taxes on the other party s income. 3. Payment The Initial Preparation Fee shall be paid only once per course package. The fee for Training Courses will be fully invoiced on a monthly basis, unless otherwise agreed to in writing by the parties. Payment shall be made within 30 (thirty) days from the receipt of the Invoice by Buyer or prior to the first date of class, whichever is earlier, except as otherwise agreed to in writing by the parties. Unless otherwise stated, all payments are due in the currency specified in the Invoice. Interest shall be due from Buyer to Seller on overdue accounts at the maximum rate allowed by the applicable law. Seller shall be entitled to recover all reasonable attorney s fees and other costs incurred in the collections of overdue accounts. 4. Cancellation and Rescheduling Fees (I) Product Line Courses: If Training Courses are cancelled by Buyer less than thirty (30) days before the scheduled course date, Buyer will be charged one hundred percent (100%) of the fee for the Training Courses, plus the Initial Preparation Fee (if applicable). If Buyer reschedules the Training Courses within thirty (30) days before the original scheduled course date, Buyer will be charged one hundred percent (100%) of the fee for the Training Courses, plus the Initial Preparation Fee (if applicable) and will be given a fifty percent (50%) credit to apply towards the rescheduled Training Course. Delivery of the rescheduled Training Course must fall within ninety (90) days of the original course date. Any substitution of students must take place at a minimum of 2 weeks prior to the scheduled training course. (II) Rig Specific Training Courses: If Training Courses are cancelled by Buyer less than forty five (45) days before the scheduled course date, Buyer will be charged one hundred percent (100%) of the fee for the Training Courses, plus the initial Preparation Fee. If Buyer reschedules the Training Courses within forty-five (45) days before the original scheduled course date, Buyer will be charged one hundred percent (100%) of the fee for the Training Courses, plus the Initial Preparation Fee and will be given a seventy percent (70%) credit to apply towards the next Invoice upon completion of the rescheduled Training Course. Delivery of the rescheduled Training Course must fall within one hundred-eighty (180) days of the original course date Global Course Catalog Release 2 June 2014 Page 164

165 January- December 2014 Global Course Catalog (III) General When rescheduling planned Training Courses, Seller and Buyer will cooperate in finding new dates. Seller has instituted a no show charge for all classes that Buyer does not attend and that are not cancelled or rescheduled by Buyer. In case of no show, Buyer will be invoiced one-hundred percent (100%) of the fee for the Training Courses plus the Initial Preparation Fee (if applicable). 5. Training Courses outside of Seller s premises In the event Seller provides Training Courses outside of Seller s premises, the training instructors are charged at a day rate made available by Seller to Buyer and such rate applies for a 12 (twelve) hours work day. Additional work must first be approved by Buyer s representative and will be billed at a prorated rate plus 50% (fifty percent). In no case Seller s personnel can work more than 16 (sixteen) hours (or the limited prescribed by the local labor law, whichever is lesser) without receiving a minimum of 8 (eight) hours of rest. Where the situation requires continuous coverage from Seller s personnel (24 (twenty four) hours per day) a minimum of 2 (two) personnel should be utilized for both safety and efficiency reasons. Seller agrees to protect, defend, indemnify and hold Buyer harmless from any and all damages, claims, liability, demands and causes of action arising out of, or in any manner connected with the presence of Seller on Buyer s facilities if such damage, claim, liability or cause of action was caused by Seller s sole negligence. The indemnities in this Section 5 shall be in addition to any other indemnity obligations between Seller and Buyer, including any other indemnity obligations contained in these Terms and Conditions. 6. Use of Seller s premises In the event the Training Courses are held on Seller s premises, Buyer agrees to follow all safety and/or other rules and regulations that may be required by Seller. Failure to abide by these rules and/or regulations will be cause for immediate removal of Buyer personnel from Seller s premises. Further, Buyer agrees to immediately remove from Seller s premises any employee, agent, contractor or the like upon Seller s request for any reason at Seller s sole discretion. Seller shall have and expressly reserves the right to refuse the admission of any substance, material or equipment on Seller s premises. Buyer agrees to protect, defend, indemnify and hold Seller harmless from any and all damages, claims, liability, demands and causes of action arising out of, or in any manner connected with the presence of Buyer on Seller s premises, except if such damage, claim, liability or cause of action was caused by Seller s sole negligence. Buyer further agrees that it shall be totally responsible for any and all waste and/or hazardous substances introduced onto Seller s premises by Buyer and shall perform all clean-up and removal of such substances. In the event Buyer does not perform such clean-up and/or removal, Buyer shall indemnify Seller for all losses, damages, claims, demands, costs, charges, and other expenses, including attorneys fees, as well as experts and consultant fees, incurred by Seller related to such clean-up and/or removal. The indemnities in this Section 6 shall be in addition to any other indemnity obligations between Seller and Buyer, including any other indemnity obligations contained in these Terms and Conditions. 7. Training Materials Training materials, as further defined by Seller in a case by case basis, are for training purposes only. It is understood that the training materials contain good faith opinions that are not to be construed as warranties or guarantees, express or implied, of accuracy or completeness, merchantability or fitness for a particular purpose. Nothing contained in the training materials is to be considered as the rendering of professional advice, or to take the place of either the written law or regulations. Seller will not be responsible for any results obtained from the use of the training materials and shall not be liable for any direct, indirect, and/ or consequential damages. 8. Intellectual Property All drawings, data, designs, written technical information, software, device, substance, article, machine, tool and all other materials, excepting training materials, which are supplied by Seller to Buyer or which are invented by Seller as a result of the Training Courses shall remain the property of Seller and shall be returned to Seller upon termination of the Training Courses. Buyer agrees that it will not use or allow the use of any technology or knowhow supplied by Seller or otherwise obtained by Buyer under these Terms and Conditions, or to replicate Seller s equipment, and Buyer agrees that it will not attempt to analyze, reverse-engineer, or otherwise ascertain the composition or manufacture of Seller s products. The provisions in this Section 8 shall survive termination of the Training Courses Global Course Catalog Release 2 June 2014 Page 165

166 January- December 2014 Global Course Catalog 9. Confidentiality Buyer agrees to keep confidential any and all Seller s proprietary and confidential information observed by Buyer personnel or otherwise acquired under these Terms and Conditions, whether patentable, copyrightable, or not, including, but not limited to, the information contained in the training materials. Buyer may, however, disclose such confidential information to its personnel who need to know same, for purposes consistent herewith, provided it shall have informed such personnel of the confidential nature of such information and direct such personnel not to disclose such confidential information. Buyer acknowledges that Seller s ownership of, development of, and protection of its proprietary and confidential information is an integral part of Seller s business. Information provided by Seller for purposes hereof shall not be deemed confidential information and the obligations of Buyer under these Terms and Conditions shall not apply when such information: a. is already known by Buyer, unless previously supplied by Seller; b. is or becomes in the public domain through no wrongful act of Buyer; c. is rightly received from a third party not under a confidentiality obligation to Seller; d. is required to be disclosed pursuant to requirements of a governmental agency or by operation of law; or e. is approved for release by written authorization to Buyer from Seller. The burden of proof that any information falls within the provisions of this paragraph lies with the party relying on this paragraph. Buyer expressly acknowledges and agrees that, in the event of any breach of these Terms and Conditions by Buyer or its personnel, Seller will be entitled to equitable relief, including without limitation, injunction and specific performance against Buyer, in addition to all other remedies available to Seller in law and/or in equity. In that event, Buyer agrees to reimburse Seller all costs and expenses incurred by Seller, including, without limitation, attorney s fees and court costs in connection with such equitable relief or any other such remedy provided in law or in equity. The provisions in this Section 9 shall survive termination of the Training Courses. 10. Indemnity Except to the extent provided in Sections 5 and 6, Seller agrees to protect, defend, indemnify and hold harmless Buyer, its officers, directors, employees or their invitees, from and against all claims, demands, and causes of action of every kind and character without limit and without regard to the cause or causes thereof or the negligence or fault (active or passive) of any party or parties including the sole, joint or concurrent negligence of Buyer, any theory of strict liability and defect of premises (whether or not preexisting the date of the Training Courses) arising in connection herewith in favor of Seller, Seller s employees, Seller s contractors or their employees, or Seller s invitees on account of bodily injury, death or damage to property. Except to the extent provided in Sections 5 and 6, Buyer agrees to protect, defend, indemnify and hold harmless Seller, its officers, directors and employees or their invitees, from and against all claims, demands, and causes of action of every kind and character without limit and without regard to the cause or causes thereof or the negligence or fault (active or passive) of any party or parties including the sole, joint or concurrent negligence of Seller, any theory of strict liability, any professional liability, and defect of premises (whether or not preexisting the date of the Training Services), arising in connection herewith in favor of Buyer, Buyer s employees, or Buyer s invitees on account of bodily injury, death or damage to property. Both parties further agree to comply with and abide by, all of the applicable laws and all rules and regulations now existing or that may be hereafter promulgated under and in accordance with any such law or laws, and hereby agree to indemnify and hold the other party harmless from any and all claims, demands, or damages incurred by such party arising from the failure to comply with all such laws and governmental regulations. NOTWITHSTANDING ANYTHING ELSE CONTAINED HEREIN TO THE CONTRARY, NEITHER PARTY SHALL BE LIABLE TO THE OTHER FOR ANY CONSEQUENTIAL OR INDIRECT DAMAGES INCLUDING BUT NOT LIMITED TO LOSS OF PRODUCTION, LOSS OF PROFITS, OR BUSINESS INTERRUPTION, HOWSOEVER CAUSED AND EVEN IF DUE TO THE NEGLIGENCE OF EITHER PARTY. Notwithstanding anything contained in this Agreement to the contrary, Seller s total liability for all claims, damages, causes of action, demands, judgments, fines, penalties, awards, losses, costs and expenses (including attorney s fees and cost of litigation) shall be limited to and shall not exceed the value of the fees paid by Buyer for the Training Courses Global Course Catalog Release 2 June 2014 Page 166

167 January- December 2014 Global Course Catalog 11. Insurance Buyer shall maintain the following minimum insurance with insurers with AM Best Rating of A- or better : TYPE OF INSURANCE LIMITS Workers Compensation Statutory limits Employer s Liability Each accident or occurrence $1,000,000 Disease-Policy limit $1,000,000 Disease-Each employee $1,000,000 Commercial General Liability General aggregate $2,000,000 Products/completed operations aggregate $1,000,000 Each occurrence $1,000,000 Fire damage $50,000 Business Automobile Liability Combined single limit $1,000,000 Excess Liability Combined single limit $5,000,000 Property Insurance 100% of insurable value Each of the policies specified above shall be endorsed to waive any rights of subrogation against Seller. Each policy, except Worker s Compensation, shall be endorsed to name Seller as an additional insured. Buyer agrees to furnish Seller a Certificate of Insurance evidencing coverage, and shall not materially change or cancel any coverage without providing thirty (30) days prior written notice to Seller. All insurance policies required herein shall be per occurrence policies, and not claims made policies. The insurance requirements of these Terms and Conditions shall be separate and distinct from the indemnity obligations set forth in these Terms and Conditions. 12. Governing Law For Training Courses to be provided by Seller in the United States, these Terms and Conditions shall be governed by and interpreted in accordance with Texas law, excluding conflicts and choice of law principles, and any action to be brought in respect thereof shall be brought in the courts of Harris County, Texas. For Training Courses to be provided by Seller in all other locations outside the United States, these Term and Conditions shall be governed by and interpreted in accordance with English law, excluding conflicts and choice of law principles, and any disputes arising out of or in connection with these Terms and Conditions shall be finally settled under the Rules of Arbitration of the International Chamber of Commerce by one or more arbitrators appointed in accordance with said rules. Arbitration shall be held in London, England and shall be conducted in the English language. 13. Force Majeure Except for the duty to make payments hereunder when due, and the indemnification provisions under these Terms and Conditions, neither Seller nor Buyer shall be responsible to the other for any delay, damage or failure caused by or occasioned by a Force Majeure Event. As used in these Terms and Conditions, Force Majeure Event includes, but is not limited to: acts of God, action of the elements, warlike action, insurrection, revolution or civil strife, piracy, civil war or hostile action, strikes, differences with workers, acts of public enemies, federal or state laws, rules and regulations of any governmental authorities having jurisdiction in the premises or of any other group, organization or informal association (whether or not formally recognized as a government); inability to procure material, equipment or necessary labor in the open market, acute and unusual labor or material or equipment shortages, or any other causes (except financial) beyond the control of either party. Delays due to the above causes, or any of them, shall not be deemed to be a breach of or failure to perform. Neither Seller nor Buyer shall be required against its will to adjust any labor or similar disputes except in accordance with applicable law. If performance is so delayed or prevented for more than ninety (90) days, either party may immediately terminate the Training Courses by written notice Global Course Catalog Release 2 June 2014 Page 167

168 January- December 2014 Global Course Catalog 14. Independent Contractor It is expressly understood that Seller is an independent contractor, and that neither Seller nor its principle, partners, employees or subcontractors are servants, agents or employees of Buyer. In all cases where Seller s employees (defined to include Seller s and its subcontractors, direct, borrowed, special, or statutory employees) are covered by the Louisiana Worker s Compensation Act. La. R.S. 23:102 et seg., Seller and Buyer agreed that all Training Courses provided by Seller and Seller s employees pursuant to this Agreement are an integral part of and are essential to the ability of Buyer to generate Buyer s goods, products, and services for the purpose of La. R.S. 23:106(A) (1). Furthermore, Seller and Buyer agree that Buyer is the statutory employer of all of Seller s employees for the purpose of La. R.S. 23:1061(A) (3). 15. Export Compliance In connection with the administration and receipt of the Training Courses and training materials, Buyer and Seller shall comply with applicable U.S. and local laws and regulations related to export controls and economic sanctions, including without limitation the U.S. Export Administration Regulations and those regulations administered by the U.S. Treasury Department s Office of Foreign Assets Control. Seller reserves the right to withhold or modify the Training Courses and training materials in such manner as it deems appropriate in its sole discretion to ensure compliance with applicable law, including without limitation editing or limiting the distribution of training materials, declining to provide the Training Courses to particular entities or in particular locations, or excluding Training Courses participants. Buyer shall cooperate with Seller in providing such information as reasonably required by Seller to make such compliance determinations. Buyer understands that its failure to provide such information may affect Seller s compliance determination and result in the modification or withholding of training. Notwithstanding any other provision of this agreement, neither Seller nor Buyer shall take (or be required to take) or refrain from taking any action that is prohibited or penalized under applicable U.S. or local law. 16. Default In the event that either party fails to perform any material provision of these Terms and Conditions, or breaches any material term hereof, or becomes insolvent, or makes an assignment for the benefit of its creditors, or is adjudicated bankrupt or suffers a receiver to be appointed to its business, or makes a material liquidation of its assets, or ceases to do business or to exist, the non-defaulting party has the right, after following the steps in paragraph below, to terminate these Terms and Conditions. In the event of a default as set forth above, the non-defaulting party shall give ten (10) days notice to the defaulting party specifying the nature of the default. If the defaulting party has not commenced to cure the default after seven (7) days, the other party may immediately terminate the agreement, and the defaulting party is bound to reimburse the non-defaulting party for any direct loss or damage sustained there from; provided however, that the Buyer shall only have five (5) days to cure any failure to timely pay any amounts due hereunder. In the event the defaulting party is the Buyer, Seller will have the right to retain the Initial Preparation Fee and further be reimbursed by Buyer for any additional costs incurred at that point of time. 17. General Failure of Buyer or Seller to enforce any of the terms and conditions herein shall not prevent a subsequent enforcement of such terms and conditions or be deemed a waiver of any subsequent breach. Should any provisions of these Terms and Conditions, or portion thereof, be unenforceable or in conflict with governing country, state, province, or local laws, then the validity of the remaining provisions, and portions thereof, shall not be affected by such unenforceability or conflict. Buyer acknowledges that it has not relied on any representations other than those contained in these Terms and Conditions. These Terms and Conditions shall only be amended by an agreement executed by an authorized representative of each party Global Course Catalog Release 2 June 2014 Page 168

169 January- December 2014 Global Course Catalog APPENDIX D FACILITY MAPS HOUSTON FACILITY MAP NOV Houston Technical College and Training Solutions 5200 North Sam Houston Parkway West, Suite 100 Houston, Texas (281) From either direction on Sam Houston Parkway Toll Way, exit Bammel N. Houston. The NOV facility is located on the west bound feeder side of the toll way. Students may park in the lot directly in front of facility Global Course Catalog Release 2 June 2014 Page 169

170 January- December 2014 Global Course Catalog MACAÉ, BRAZIL FACILITY MAP 2014 Global Course Catalog Release 2 June 2014 Page 170

171 January- December 2014 Global Course Catalog SINGAPORE, SOUTHEAST ASIA FACILITY MAP 29 Tuas Bay Drive Singapore Phone: Fax: Global Course Catalog Release 2 June 2014 Page 171

172 January- December 2014 Global Course Catalog KOREA FACILITY MAP NOV KOREA TRAINING CENTER 1274 Hwasan-Ri, 4th Floor Onsan-Eup, Ulju-Gun, Ulsan, South Korea Phone: Fax: NOV Korea Training Center is located on the 4th floor of the office building of the NOV Korea Onsan Factory # Global Course Catalog Release 2 June 2014 Page 172

173 January- December 2014 Global Course Catalog MONTROSE, UK FACILITY MAP NOV Montrose Training Center Forties Road Forties Industrial Estate Montrose Angus DD10 9ET Scotland United Kingdom Phone: +44 (0) Global Course Catalog Release 2 June 2014 Page 173

174 January- December 2014 Global Course Catalog CEDAR PARK FACILITY MAP NOV Training Cedar Park 1200 Cypress Creek Road Cedar Park, TX Phone: Global Course Catalog Release 2 June 2014 Page 174

175 January- December 2014 Global Course Catalog NORWAY FACILITY MAPS NOV Training Kristiansand Norway Skibåsen 2, 4636 Kristiansand Phone: Fax: General Inquiries: 2014 Global Course Catalog Release 2 June 2014 Page 175

176 January- December 2014 Global Course Catalog NOV Training Stavanger Norway Lagerveien 20, FORUS 4069 Stavanger Phone: Fax: General Inquiries: 2014 Global Course Catalog Release 2 June 2014 Page 176

177 January- December 2014 Global Course Catalog NOV Training Molde Norway Grandfjæra 24, 6415 Molde Phone: Fax: General Inquiries: 2014 Global Course Catalog Release 2 June 2014 Page 177