World Class Training in NDT COURSE CATALOGUE

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1 World Class Training in NDT COURSE CATALOGUE canadian innovation. global knowledge. TRAINING NDT technique courses Professional Development training Workshops - Certification and Academic On-site at company locations Online live interactive and on demand internet delivery CERTIFICATION Approved NRCan Test Centre Free online requirement exams MEMBER SERVICES Course fees include FREE 1 YEAR MEMBERSHIP

2 BEFORE REGISTERING!! Read this IMPORTANT INFORMATION about COURSE REQUIREMENTS Ontario PCC Requirements If you are paying for an Ontario course yourself, your registration falls under the Ontario Private Career College (PCC) Act. Therefore you must: 1. Be a minimum of 18 years of age or older AND have an Ontario Secondary School Diploma or equivalent. OR 2. Successfully pass a math skills pre-screen exam. Documentation proving either of those is required before registering for the course. NRCan NDT Certifying Body Requirements Math Skills Pre-Screening NRCan Accepted Training Organizations (ATO s) are responsible to pre-screen math skills or administer a math-skill test for students if required for the three volumetric methods (UT, RT, ET). NRCan provides ATO s with a template math test to be used by the ATO to develop the screening test. ATO s must individually provide prescreening criteria to comply with this element. This math-skill exam can be written or attempted on-line at the CINDE Test Centre in Hamilton. CINDE members receive one math-skill pre-screen exam FREE! Materials and Processes* The NRCan NDT CB Rules of Implementation* state: Accepted training organizations will be responsible for preparing and delivering a 40-hour course (that includes a course completion test) in materials and processes (M&P)**. *M&P is also known as Engineering, Materials and Components (EMC). **Students who hold a valid CGSB certification are exempt from this requirement. For more information, visit: Radiation Safety The NRCan NDT CB Rules of Implementation state: The candidate shall complete radiation safety training** (minimum 8 hours) provided by an Accepted Training Organization. The training provided shall be in accordance with an NRCan NDT CB accepted radiation safety curriculum. **Students who have successfully completed a Radiation Safety and CEDO Preparation course, or have a valid CNSC CEDO certification are exempt from this requirement. For more information visit: g-materials/non-destructivetesting/8586 CINDE offers ALL prerequisite courses. Register online at For complete registration information and course dates, please visit info@cinde.ca and events.cinde.ca

3 GENERAL INFORMATION PAGE Course Prerequisites... IFC What is NDT?... 1 Registration Fennell Avenue West Hamilton, Ontario L8N 3T2 Telephone: Fax: Website: and events.cinde.ca info@cinde.ca Larry Cote, President/CEO l.cote@cinde.ca Extension 225 MEMBER SERVICES Debbie Luey, Accounting d.luey@cinde.ca Extension 223 Don Courchesne, Member Services memberservices@cinde.ca Extension 239 Kim Waddell, Training Registration k.waddell@cinde.ca Extension 221 Wendy Hind, Administrative Assistant accounting01@cinde.ca Extension 234 TRAINING AND CERTIFICATION TESTING Ciprian Pancescu, Instructor c.pancescu@cinde.ca Extension 233 Claude Lord, Instructor c.lord@cinde.ca Extention 239 Doug Whitely, Instructor d.whitely@cinde.ca Extension 226 John deluca, Instructor/Radiation Safety Officer j.deluca@cinde.ca Extension 230 Julie Bush, Supervisor-Training j.bush@cinde.ca Extension 229 Sharon Bond, Supervisor-Test Centre s.bond@cinde.ca Extension 222 Susan Bristo, Technical/Teaching Assistant s.bristo@cinde.ca Extention 241 TRAINING FOR CERTIFICATION PROGRAMS Radiography Level Radiography Level Radiation Safety and CEDO Preparation... 4 Ultrasonics Level Ultrasonics Level Eddy Current Level Eddy Current Level Liquid Penetrant Levels 1 & Magnetic Particle Levels 1 & Level 3 Preparation - Online... 9 Weld Inspection and Quality Control - Level On-line Training (on demand or live interactive) On-site Training PROFESSIONAL DEVELOPMENT TRAINING Engineering, Materials and Components (EMC) Film Interpretation for Quality Control Personnel Math Preparation - Online (on demand or live interactive).. 13 Radiation Safety - Online (on demand) Radiation Safety - Xray Radiation Safety Refresher - Gamma Principles and Applications of NDT Phased Array UT Inspection Introduction to NDT and Failure Analysis Ultrasonic Weld Inspection Ultrasonic Spot Weld Inspection Ultrasonic Thickness Gauging Academic Workshops Certification Preparation Workshops MEMBER SERVICES NDT Society Member Services and Benefits Consulting Services Certification Examinations COURSE DATES... visit INSTRUCTOR PROFILES SUPPLIERS GUIDE For complete registration information and course dates, please visit info@cinde.ca and events.cinde.ca

4 What 1 Page 1 P a g e is NDT? Nondestructive testing (NDT) allows us to examine structures, materials or components without damaging or destroying the object being tested. Defects cannot always be detected with visual inspection; they may be too small or located entirely within the material. NDT provides a means to detect such defects without having to cut, etch or otherwise damage the material. Since NDT can often be conducted on site, it is economical both in terms of time and money. Billions of dollars are spent on NDT every year for maintenance in the nuclear, aircraft and petroleum industries alone. In the welding, metal forming and fabrication industries, NDT is a necessary part of the quality assurance process. These are the main NDT methods used most often. The CGSB training standard CAN/CGSB and certification are available for some of these methods: Liquid Penetrant Testing A surface method used for both ferrous and non-ferrous materials. A coloured, penetrating dye (often fluorescent) is applied to the part under test and seeps into cracks or other surface openings. The test part is washed and a blotting agent applied which draws the dye from the surface opening to produce a two dimensional, visible indicator of its location. Magnetic Particle Testing Ultrasonic Testing A surface method used to detect surface and near-to-surface discontinuities in ferro-magnetic materials. The test material is magnetized and coloured iron filings (often fluorescent) are poured onto the surface. The north/ south pole created by a crack or other defect will attract the iron filings and provide a visible indication of the defect s location. The use of high frequency sound waves to inspect both internal and surface defects in fine-grained castings, forgings, welds and extrusions as well as non-metallic materials. Sound waves are generated in the test material by a piezoelectric crystal and their travel through the material is monitored. Interference of the sound beam path, caused by discontinuities in the material, is indicated on a cathode-ray-tube display. Radiography Eddy Current Testing Acoustic Emission Leak Testing Infrared Thermography A method for detecting internal discontinuities in castings, forgings and weldments. Radiation-sensitive film is placed beneath the test material and x-rays or gamma rays are used to penetrate through the material to the radiographic film. Areas of different material densities are recorded on the film, indicating any cracks, voids, porosity or inclusions. Used to detect surface and near surface flaws in electrically conductive materials. Small circular currents (eddy currents) are generated in the surface of the test material by a test coil. The eddy current flow is disrupted by the presence of discontinuities which changes the electrical impedance of the test coil. Any changes are amplified and indicated on the eddy current instrument. Since eddy currents are affected by metallurgical properties as well as defects, this method can be used for material sorting and hardness and conductivity measurements. It is also widely used in the aircraft and nuclear industries. Sensitive listening devices (sensors) are used to detect high frequency acoustic waves emitted due to the sudden release of energy caused by crack growth, plastic deformation or phase transformation. Sensors are mounted on the outside of the test object and stress in the form of pressure, compression, tension or torsion is applied. Acoustic emissions are amplified, filtered and processed for interpretation. Static defects cannot be detected by this method. Widely used in industries such as food, refrigeration and air conditioning, petro-chemical plants and power plants to detect leakage within or outside of a closed system. Leaks may be detected visually or by sonics or smell. Minute leaks may be detected by a soap bubble test, amplified sonic methods or chemicals which produce colour changes. Often, the system is pressurized during testing and a fluorescent dye added to the pressurizing fluid. The thermal conductivity or radiative properties of a material are used to test for thermal insulation, bonding or contact between parts, locating hidden objects and for overheating of electronic components and transmission lines. The most common technique employs an infrared camera which produces a temperature profile or thermograph of the object being viewed for inspection. Vibration Analysis Method used to detect vibration, misalignment or unbalance as well as locating broken gears, mismatched fan blades and bent shafts. Static or non-rotating systems are excited by an external vibration source and the motion or sound produced by the test piece is analyzed. In dynamic systems, such as rotating machinery, the test piece is monitored while in operation. For complete registration information and course dates, please visit info@cinde.ca and events.cinde.ca

5 REGISTRATION 2 P a g e INFORMATION REGISTRATION INFORMATION Page 2 Classroom Registration: Hours: Unless otherwise notified, classes will be conducted Advance registration is required for all courses, from 8:30 a.m. to 4:30 p.m. daily. workshops and examinations. Registration must be Textbooks accompanied and Course by Materials: full fee or company purchase order Textbooks (which and course holds material your position, are provided with payments on the first due net 30 day of the days). course. Student certificates will be withheld until full payment has been received. Cheques (payable to the Curriculum: Canadian CINDE Institute reserves for the right Non-destructive to alter courseevaluation), curriculum. Mastercard, VISA, American Express and direct debit Certificates: are accepted. Certificates All course will be fees issued are in Canadian to each funds. All student who courses successfully are delivered completes in English. the course. The criteria for successful completion is that the student must meet Contact the attendance us: requirements and attain the following: Canadian Institute for Non-destructive Evaluation For all courses Mail: meeting CGSB requirements, Telephone: the minimum grade shall 135 be Fennell in accordance Avenue with West the most current version (local) of CAN/CGSB Hamilton, ON L8N 3T For Radiation Safety and CEDO Preparation, the minimum Fax: grade shall be 75% and in accordance with the most Website: info@cinde.ca current version of CNSC regulations. For Weld Inspection and Quality Control, the minimum grade shall be Course 70% or in Locations: accordance with the most recent version of W Ontario - West 5 th & Fennell, Mohawk College, E006A For all other Alberta courses, - visit the website minimum or call grade shall be 70%. Grade Remediation: On-site training - see page 20 for full details This policy describes the circumstances under which a student may Fees: apply to attempt an end-of-course exam (final exam) Prices for may a second vary due time. to This course applies location. to students Please visit the who have website met the to attendance confirm course requirements fees. but have not achieved a passing grade in a CINDE course delivered Cancellations/Transfers: at any facility where CINDE does business such as the Courses: If you are registered on a CINDE course and training centre in Hamilton, colleges, company locations, are unable to attend, please notify us as soon as trade schools possible or other as other third-party applicants training may facilities. be waiting For for this full details, course. please Substitutions visit: may be made at no cost to you. remediation.phtml Workshops and practical exams: Scheduling of lab Official Receipt: facilities for workshops and practical examinations An official require receipt payment for course at fees the time will be of forwarded booking. Substitutions to each student may be with made the at course no cost certificate. to you. It should be retained for income tax purposes. Please visit our website for full details on cancellations/ Local Accommodations: transfers. Visit our website for a complete listing of local accommodations Private for Career all locations. College: CINDE is registered as a Private Career College, in accordance with the Private Career Colleges Act CINDE Membership: For information on approved programs, please visit Course fees include a free one (1) year membership in the Canadian Institute for Non-destructive Evaluation. See Member Refresher BenefitsTraining: and Services on page 17. Students are entitled to attend a regularly scheduled course if they Visit have us successfully at completed that course with us the past 3 years. See page 6 for full details. for up-to-date Registration Information. Attendance: Students For a current mustlist attend of training 100% events, of the course to meet CGSB Visit certification requirements. Attendance shall be reported in the course documentation. Classroom Hours: Unless otherwise notified, classes will be conducted from 8:30 a.m. to 4:30 p.m. daily. Textbooks and Course Materials: Textbooks and course material are provided on the first day of the course. Curriculum: CINDE reserves the right to alter course curriculum. Certificates: Certificates will be issued to each student who successfully completes the course. The criteria for successful completion is that the student must meet the attendance requirements and attain the following: For all courses meeting CGSB requirements, the minimum grade shall be in accordance with the most current version of CAN/CGSB For Radiation Safety and CEDO Preparation, the minimum grade shall be 75% and in accordance with the most current version of CNSC regulations. For Weld Inspection and Quality Control, the minimum grade shall be 70% or in accordance with the most recent version of W For all other courses, the minimum grade shall be 70%. Grade Remediation: This policy describes the circumstances under which a student may apply to attempt an end-of-course exam (final exam) for a second time. This applies to students who have met the attendance requirements but have not achieved a passing grade in a CINDE course delivered at any facility where CINDE does business such as the training centre in Hamilton, colleges, company locations, trade schools or other third-party training facilities. For full details, please visit: remediation.phtml Official Receipt: An official receipt for course fees will be forwarded to each student with the course certificate. It should be retained for income tax purposes. Local Accommodations: Visit our website for a complete listing of local accommodations for all locations. CINDE Membership: Course fees include a free one (1) year membership in the Canadian Institute for Non-destructive Evaluation. See Member Benefits and Services on page 17. Visit us at for up-to-date Registration Information. For a current list of training events, Visit ourse dates, For complete registration information and course dates, please visit please visit For complete registration information and course dates, please visit de.ca info@cinde.ca and events.cinde.ca and events.cinde.ca info@cinde.ca and events.cinde.ca

6 3 3 P age P 3 a g P e a g e PROFESSIONAL PROFESSIONAL DEVELOPMENT DEVELOPMENT TRAINING TRAINING Radiography Radiography Level Level 1 1 Five Five days days (40 hours) (40 hours) Training Training objectives: objectives: This course This course provides provides the basic the basic knowledge knowledge of industrial of industrial radiography radiography to enable to enable the graduate the graduate to conduct to conduct radiographic radiographic inspection inspection to established to established procedures procedures under under the supervision the supervision of Level of Level 2 or Level 2 or Level 3 personnel. 3 personnel. The course The course includes includes hands-on hands-on experience experience in the in use the of use x-ray of x-ray radiography radiography and darkroom and darkroom techniques. techniques. Training Training course course meets meets INC s INC s ad from ad from last year s last year s catalogue catalogue the training the training syllabus syllabus requirements requirements of CAN/CGSB , of CAN/CGSB , ISO ISO and SNT-TC-1A. and SNT-TC-1A. Total Total cost: cost: For course For course price, price, dates dates and locations, and locations, visit our visit our website. website. Prerequisite: Prerequisite: Math Math skill exam, skill exam, EMC EMC and Radiation and Radiation Safety Safety course course (see inside (see inside front cover front cover for full for details) full details) Topics Topics include: include: Maximum Maximum class class size: size: Fundamentals Fundamentals of radiation of radiation physics physics Radioactivity Radioactivity Film processing Film processing X-ray X-ray production production and X-ray and X-ray beam beam characteristics characteristics High energy High energy x-ray x-ray sources sources Radiographic Radiographic image image quality quality Radiation Radiation measurement measurement Origin Origin of penetrating of penetrating radiation radiation Applied Applied radiographic radiographic inspection inspection Mathematical Mathematical factors factors governing governing x-ray x-ray exposures exposures Note: Note: Students Students must must provide provide their social their social insurance insurance number number to participate to participate in labs. in labs. Radiography Radiography Level Level 2 2 Ten days Ten days (80 hours) (80 hours) Training Training objectives: objectives: This This course course provides provides the advanced the advanced knowledge knowledge required required of the of Level the Level 2 industrial 2 industrial radiographer, radiographer, including including technique technique development, development, film interpretation, film interpretation, general general codes, codes, standards standards specifications, and specifications, and federal and federal and provincial and provincial regulations regulations pertaining pertaining to x-and to x-and gamma gamma radiography. radiography. Training Training course course meets meets the training the training syllabus syllabus requirements requirements of CAN/CGSB , of CAN/CGSB , ISO 9712 ISO 9712 and SNT-TC-1A. and SNT-TC-1A. Total Total cost: cost: For course For course price, price, dates dates and locations, and locations, Prerequisite: Prerequisite: Successful Successful completion completion of RT of Level RT Level 1, 1, visit our visit website. our website. math math skill exam, skill exam, EMC EMC and Radiation and Radiation Safety Safety course course (see (see inside inside front cover front cover for full for details) full details) Topics Topics include: include: General General radiography radiography Maximum Maximum class class size: size: Radiographic Radiographic film and film processing and processing Radiographic Radiographic techniques techniques Practical Practical radiography radiography Note: Note: Students Students must must provide provide their social their social insurance insurance number number to participate to participate in labs. in labs. visit For complete For complete registration registration information information and course and course dates, dates, please please visit visit info@cinde.ca info@cinde.ca and and events.cinde.ca and events.cinde.ca

7 PROFESSIONAL 4 P a g e DEVELOPMENT TRAINING PROFESSIONAL DEVELOPMENT TRAINING Page 4 Preparation Radiation Safety and CEDO Preparation Training objectives: for those This using training gamma focuses radiography. on radiation The course safety provides for those a using basic gamma radiography. The course provides a basic e working understanding practices regulations of radiation pertaining principles, to safe the working use of ionizing practices and regulations pertaining to the use of ionizing for industrial radiation. radiographers, An excellent Radiation preparatory Safety course Officers for and industrial meets radiographers, the Radiation Safety Officers and meets the uclear Safety training Commission requirements for those of the seeking Canadian their Nuclear Certified Safety Exposure Commission for those seeking their Certified Exposure Device Operator s (CEDO) license. locations, Total Prerequisite: cost: For course Math price, skill exam dates (see and inside locations, front visit cover our website. for full details) Prerequisite: Math skill exam (see inside front cover for full details) tion e, Topics Maximum include: class size: 16 Maximum class size: 16 Origin of penetrating radiation The Canadian Nuclear Safety Commission (CNSC) mandates Fundamentals that for EDO of certification radiation students physics must successfully complete Maximum a classroom permissible vocational doses training course in radiation safety and Emergency the theory situations and practice of industrial radiography. Vocational Regulations training providers must provide training that is current to Radiation industry measurement and regulatory and requirements instrumentation and also meets the basis for knowledge detailed in CSA Guide PCP-09*** Fundamentals of radiation protection: time, distance, shielding ***For more information, visit: The Canadian Nuclear Safety Commission (CNSC) mandates that for EDO certification students must successfully complete a classroom vocational training course in radiation safety and the theory and practice of industrial radiography. Vocational training providers must provide training that is current to industry and regulatory requirements and also meets the basis for knowledge detailed in CSA Guide PCP-09*** ***For more information, visit: Ultrasonics Level 1 Training objectives: of ultrasonic This testing course fundamentals provides a basic sufficient knowledge to enable of the ultrasonic technician testing to fundamentals sufficient to enable the technician to d procedures carry under out ultrasonic the supervision testing of to Level established 2 or Level procedures 3 personnel. under the supervision of Level 2 or Level 3 personnel. bus requirements Training of course CAN/CGSB , meets the training ISO syllabus 9712 and requirements SNT-TC-1A. of CAN/CGSB , ISO 9712 and SNT-TC-1A. locations, Total Prerequisite: cost: For course Math price, skill exam dates and andemc locations, (see inside Prerequisite: front Math skill exam and EMC (see inside front visit cover our website. for full details) cover for full details) ristics Topics Maximum include: class size: 12 Maximum class size: 12 UT testing equipment Angular incidence Discontinuity variations UT reference blocks Generation of UT waves Inspected part variations UT inspection techniques Test material and sound beam characteristics Fundamental properties of ultrasound information and course dates, visit For complete please visit registration information and course dates, please visit info@cinde.ca and info@cinde.ca events.cinde.ca and and events.cinde.ca

8 5 5 5 PP age a P 3 g a e g P PROFESSIONAL DEVELOPMENT TRAINING e a g e PROFESSIONAL PROFESSIONAL DEVELOPMENT DEVELOPMENT TRAINING TRAINING Ultrasonics Ultrasonics Radiography Level Level 2 Level 2 1 Ten days (80 hours) Ten Five days days (80 hours) (40 hours) Training Training Training objectives: objectives: objectives: This course provides the basic knowledge of industrial radiography to enable the graduate This course This to course conduct provides provides radiographic the in-depth the in-depth inspection knowledge knowledge to established in the in the procedures principles of principles under ultrasonic of ultrasonic the supervision testing and testing of and Level the fundamentals the 2 fundamentals or Level 3 personnel. of of engineering, engineering, The course materials materials includes and processes, and hands-on processes, experience such that the such that the in technician the technician use of will x-ray be able to: identify the suitability of ultrasonic will be able to: identify the suitability of ultrasonic testing testing radiography for all materials for all materials and and darkroom inspection and inspection techniques. applications, applications, Training develop develop course inspection inspection meets techniques INC s ad and from prepare last year s written catalogue instructions techniques and prepare written instructions that can that can the be be training followed followed syllabus by a Level by a Level requirements 1 technician, 1 technician, of CAN/CGSB , document results of the document results of ISO analysis, be familiar with all regulatory codes the analysis, be familiar with all regulatory codes and specifications and specifications 9712 and SNT-TC-1A. for ultrasonic testing and their intent. Training course meets the training syllabus requirements of for ultrasonic testing and their intent. Training course meets the training syllabus requirements of CAN/CGSB , ISO 9712 and SNT-TC-1A. CAN/CGSB , ISO 9712 and SNT-TC-1A. Total cost: For course price, dates and locations, visit our Total cost: Total website. For course price, dates and locations, Prerequisite: Successful completion of UT Level 1, cost: For course price, dates and locations, Prerequisite: Successful completion of UT Level 1, visit our website. math skill exam and EMC (see inside front cover for full visit our website. math skill exam and EMC (see inside front cover for full details. Prerequisite: Math skill exam, EMC and Radiation details. Safety Topics include: Topics course include: (see inside front cover for full details) Basic and advanced theory Maximum class size: 12 Basic and advanced theory Maximum class size: 12 Codes and specifications Codes Topics and specifications include: Maximum class size: 12 Applied ultrasonic testing Applied Fundamentals ultrasonic testing of radiation physics Fundamentals of pulse echo Fundamentals Radioactivity of pulse echo Calibration of instrumentation Calibration Film processing of instrumentation X-ray production and X-ray beam characteristics High energy x-ray sources Radiographic image quality Radiation measurement Origin of penetrating radiation Applied radiographic inspection Mathematical factors governing x-ray exposures Eddy Eddy Current Current Level Level 1 1 Training objectives: Training objectives: Note: Students must provide This their course social insurance provides anumber basic knowledge to participate of in eddy labs. current testing fundamentals This course provides a basic knowledge of eddy current testing fundamentals sufficient to allow the technician to carry out eddy current testing to established sufficient to allow the technician to carry out eddy current testing to established procedures under the supervision of Level 2 or Level 3 personnel. Training procedures under the supervision of Level 2 or Level 3 personnel. Training course meets the training syllabus requirements of CAN/CGSB , course meets the training syllabus requirements of CAN/CGSB , ISO 9712 and SNT-TC-1A. ISO 9712 and SNT-TC-1A. Total cost: For course price, dates and locations, visit our website. Total cost: For course price, dates and locations, visit our website. Radiography Level 2 Ten days (80 hours) Topics include: Prerequisite: Math skill exam and EMC (see inside Topics Training include: objectives: This course provides Prerequisite: the advanced knowledge Math skill exam required and EMC of the (see Level inside 2 industrial Fundamental theory front cover for full details) Fundamental radiographer, theory including technique development, film front interpretation, cover for full details) general codes, standards and specifications, Testing of tubes and cylindrical components Testing and of federal tubes and provincial cylindrical regulations componentspertaining to x-and gamma radiography. Training course meets the training Testing with surface probes Maximum class size: 12 Testing syllabus with surface requirements probesof CAN/CGSB , ISO Maximum 9712 and SNT-TC-1A. class size: 12 Total cost: For course price, dates and locations, Prerequisite: Successful completion of RT Level 1, visit our website. math skill exam, EMC and Radiation Safety course (see inside front cover for full details) Topics include: General radiography Maximum class size: 12 Radiographic film and processing Radiographic techniques Practical radiography Note: Students must provide their social insurance number to participate in labs. For complete For complete For complete registration registration registration information information information and course and course and course dates, please dates, dates, please please visit visit visit info@cinde.ca info@cinde.ca info@cinde.ca and events.cinde.ca and events.cinde.ca and events.cinde.ca

9 PROFESSIONAL 66 P P a a g g ee DEVELOPMENT TRAINING PROFESSIONAL DEVELOPMENT TRAINING Page 6 Preparation Eddy Current Level 2 Ten days (80 hours) Training objectives: for those using gamma radiography. a The course provides in the a basic This course provides a thorough knowledge in the principles of of eddy current testing and the the fundamentals of of e working practices and regulations pertaining to the use the of ionizing engineering materials and processes, such that the technician will will be be able to: to: identify the the suitability of of eddy current for industrial radiographers, for all Radiation Safety Officers and meets the testing for all materials and inspection applications, develop inspection techniques and prepare written instructions uclear Safety Commission for those seeking their Certified Exposure that can can be be followed by by a a Level 11 technician, provide analysis of of inspection data, document results of of the the analysis, be be familiar with regulatory codes and specifications for for eddy current testing and their intent. Training course meets the the training syllabus requirements of of CAN/CGSB , ISO 9712 and SNT-TC-1A. locations, Prerequisite: Math skill exam (see inside front cover for full details) Total cost: For For course price, dates and locations, Prerequisite: Successful completion of of ET ET 1, 1, math visit our our website. skill exam and EMC (see inside front cover for for full full details) Maximum class size: 16 tion e, Topics The include: Canadian Nuclear Safety Commission (CNSC) mandates Maximum class size: Fundamental that for EDO and certification advanced students theory must successfully complete Instrumentation a classroom vocational training course in radiation safety and the theory and practice of industrial radiography. Vocational Testing with surface probes training providers must provide training that is current to Surface industry probe and signal regulatory analysis requirements and also meets the basis Tube for testing knowledge signal detailed analysis in CSA Guide PCP-09*** Testing of of tubes and cylindrical components Codes ***For and more specifications information, visit: of ultrasonic testing fundamentals sufficient to enable the technician to d procedures under the supervision of Level 2 or Level 3 personnel. bus requirements of CAN/CGSB , ISO 9712 and SNT-TC-1A. locations, Prerequisite: Math skill exam and EMC (see inside front cover for full details) Maximum class size: 12 ristics Need to to retrain? Refresh your skills? Refresher training available! Students who successfully complete a a CINDE training course may attend again within 33 years of of the the course completion. The following conditions apply to to refresher training: Refresher training is is subject to to seating availability The course fee fee is is discounted 50% and is is non-refundable The course fee fee is is discounted 50% and is is non-refundable information and course dates, visit For For complete please visit registration information and course dates, please visit info@cinde.ca and info@cinde.ca events.cinde.ca and and events.cinde.ca

10 7 P age For complete registration information and course dates, please visit info@cinde.ca and events.cinde.ca

11 PROFESSIONAL DEVELOPMENT TRAINING Page 8 8 P a g e PROFESSIONAL DEVELOPMENT TRAINING Preparation Liquid Penetrant Levels 1 & 2 for those Training using gamma objectives: radiography. The course provides a basic e working This practices course and provides regulations detailed pertaining instruction to the in use the of theory ionizing and practices of liquid penetrant testing, including the for industrial capabilities radiographers, and limitations Radiation of Safety penetrant Officers testing. and meets Instruction the will be given in generally accepted techniques in uclear Safety accordance Commission with for codes those and seeking standards. their Training Certified course Exposure meets the training syllabus requirements of CAN/CGSB , ISO 9712 and SNT-TC-1A. locations, Total Prerequisite: cost: For course Math price, skill exam dates (see and inside locations, front visit cover our website. for full details) Prerequisite: EMC (see inside front cover for full details) tion e, Topics Maximum include: class size: 16 Basic principles of liquid penetrant testing Maximum class size: 18 The Canadian Nuclear Safety Commission (CNSC) mandates Basic steps of liquid penetrant processing that for EDO certification students must successfully complete Types a classroom of penetrants vocational in current training usecourse in radiation safety and Steps the to theory follow and when practice using of industrial different radiography. processes Vocational System training controls providers must provide training that is current to Inspection, industry and interpretation regulatory requirements and evaluation and also meets the basis Inspection for knowledge procedures detailed and in CSA standards Guide PCP-09*** Liquid ***For penetrant more information, test equipment visit: and accessories Advantages and disadvantages of various processes Magnetic Particle Levels 1 & 2 of ultrasonic Training testing fundamentals objectives: sufficient to enable the technician to d procedures This under course the provides supervision detailed of Level instruction 2 or Level in the 3 theory personnel. and practices of magnetic particle testing, including the bus requirements capabilities of CAN/CGSB , and limitations of the method. ISO 9712 Instruction and SNT-TC-1A. will be given in generally accepted inspection techniques in accordance with codes and standards. Training course meets the training syllabus requirements of CAN/CGSB , ISO 9712 and SNT-TC-1A. locations, Prerequisite: Math skill exam and EMC (see inside front cover for full details) Total cost: For course price, dates and locations, Prerequisite: EMC (see inside front cover for full Visit our website. details) Maximum class size: 12 Topics include: Maximum class size: 18 Basic principles of magnets and magnetic fields Basic steps of magnetic particle testing Magnetization and electric currents Inspection materials Demagnetization Equipment types ristics Materials associated with magnetic fields Following written procedures Selecting the proper magnetization method Inspection, interpretation and evaluation Magnetic field direction and discontinuity detection Codes, standards and specifications Specialized MT equipment Safety factors in magnetic particle testing Advantages and disadvantages of MT testing information and course dates, For complete please visit registration information and course dates, please visit info@cinde.ca For complete registration information and info@cinde.ca events.cinde.ca and course dates, please visit and events.cinde.ca info@cinde.ca and events.cinde.ca

12 9 9 P age P 3 a g P e a g e PROFESSIONAL PROFESSIONAL DEVELOPMENT DEVELOPMENT TRAINING TRAINING Level Radiography 3 On-line Preparation Level 1 Courses Training Training objectives: objectives: This course provides the basic knowledge of industrial radiography to enable the graduate The Level to conduct 3 preparatory radiographic courses inspection are on-line to established courses designed procedures to prepare under the supervision CGSB Level of 2 Level certified 2 or technician Level 3 personnel. for the additional The course responsibilities includes hands-on requirements experience of in a Level the use 3 according of x-ray to CAN/CGSB radiography and darkroom techniques. Training course meets INC s ad from last year s catalogue Many the of the training skills syllabus required requirements by the Level 3 of are CAN/CGSB , common to each NDT ISO method, thus CINDE has designed a modular online 9712 training and SNT-TC-1A. program which will provide both generic theoretical instruction in engineering, materials and components, procedure writing and other methods of NDT; as well as specific online training to focus on the Level 3 method Total of cost: choice. For course price, dates and locations, visit our website. Students preparing for their first Level 3 certification must complete Modules 1-3. Students will then select only the specific Prerequisite: Module (4-8) Math which skill coincides exam, EMC with and the Radiation method they Safety are seeking certification in. For subsequent Level 3 training, course students (see inside will only front be cover required for full to details) select the Module that is specific to their method. Evaluation through examination will be carried out following each Module. This course format has been selected and meets the training syllabus requirements of CAN/CGSB and ISO Topics include: Maximum class size: 12 The module Fundamentals final exam of must radiation be taken physics at CINDE or you would need to locate a proctor, pre-approved by CINDE (e.g. NRCan Radioactivity Accepted Exam Centre staff, a teacher from a primary or secondary school, college or university) who is willing Film to administer processingthe exam online using a proctor code. X-ray production and X-ray beam characteristics Total cost: High energy For the x-ray cost sources of each module, please visit our website. Radiographic image quality Radiation measurement Module 1 - Engineering, Materials and Components and Review of CAN/CGSB Origin of penetrating radiation 7 sessions (minimum 28 hours) Applied radiographic inspection Prerequisite: Must hold one valid CGSB Level 2 Certification or equivalent Mathematical factors governing x-ray exposures Module 2 - Basic Understanding of all Methods 4 sessions Note: (minimum Students must 16 hours) provide their social insurance number to participate in labs. Prerequisite: Must hold one valid CGSB Level 2 Certification or equivalent Module 3 - Procedure Writing 1 session (minimum 4 hours) Prerequisite: Must hold one valid CGSB Level 2 Certification or equivalent On-line courses let you learn Module 4 - Liquid Penetrant Method (Specific) at work or home. 2 sessions Radiography (minimum 8 hours) Level 2 Ten days (80 hours) Prerequisites: Training CGSB objectives: Level 2 PT This Certification course or provides equivalent the and advanced Completion knowledge of Module required 1-3 of the Level 2 industrial radiographer, including technique development, film interpretation, general codes, standards and specifications, Module and 5 federal - Magnetic and provincial Particle Method regulations (Specific) pertaining to x-and gamma radiography. Training course meets the training 2 sessions syllabus (minimum requirements 8 hours) of CAN/CGSB , ISO 9712 and SNT-TC-1A. Prerequisites: CGSB Level 2 MT Certification or equivalent and Completion of Module 1-3 Total cost: For course price, dates and locations, Prerequisite: Successful completion of RT Level 1, Module visit 6our - Ultrasonic website. Method (Specific) math skill exam, EMC and Radiation Safety course (see 2 sessions (minimum 8 hours) inside front cover for full details) Prerequisites: Topics CGSB include: Level 2 UT Certification or equivalent, Completion of Module 1-3 and Math General radiography Maximum class size: 12 Module Radiographic 7 - Radiography film and Method processing (Specific) 2 sessions Radiographic (minimum 8techniques hours) Prerequisites: CGSB Level 2 RT Certification or equivalent, Completion of Module 1-3 and Math Practical radiography Note: Students must provide their social insurance number to participate in labs. visit For complete For complete registration registration information information and course and course dates, dates, please please visit visit info@cinde.ca info@cinde.ca and and events.cinde.ca and events.cinde.ca

13 PROFESSIONAL 10 P a g e DEVELOPMENT TRAINING PROFESSIONAL DEVELOPMENT TRAINING Page 10 Preparation Weld Inspection and Quality Five days Control (40 hours) Level 1 Ten days (80 hours) Training objectives: for those This using course gamma is designed radiography. for anyone The course who wishes provides to become a basic qualified as a welding inspector under CSA W178.2 or e working AWS practices QC1 and or those regulations that require pertaining a good to the general use of weld ionizing inspection background for in-house inspection or supplier for industrial radiographers, Radiation Safety Officers and meets the auditing. The course material makes frequent references to textbooks, which will be provided on the first day of the uclear Safety Commission for those seeking their Certified Exposure course. This course meets the training requirements of W Students meeting the successful completion locations, Prerequisite: Math skill exam (see inside front requirement will be exempt from the closed book CWB cover for full details) Level 1 certification examination. tion e, Maximum class size: 16 Topics include: 1. Design 1.1 Drawings and symbols 1.2 Design concepts 1.3 Codes specifications and standards of ultrasonic 2. Materials testing fundamentals sufficient to enable the technician to d procedures under 2.1 the Base supervision metals of Level 2 or Level 3 personnel. bus requirements 2.2 of Welding CAN/CGSB , consumables ISO 9712 and SNT-TC-1A. 2.3 Welding metallurgy locations, 3. Production Prerequisite: Math skill exam and EMC (see inside front cover 3.1 for Preparation full details) for welding 3.2 Production methods ristics Maximum 3.3 Health class and safety size: Elements of supervision 4. Welding 4.1 Processes 4.2 Welding equipment 4.3 Welding consumables 4.4 Distortion and stress 5. Quality Assurance 5.1 Basic quality assurance systems 5.2 Basics of quality control 5.3 Nondestructive examination 5.4 Acceptance criteria 6. Qualifications 6.1 Welders 6.2 Equipment 6.3 Procedures 6.4 Materials 6.5 Inspectors 6.6 NDT technicians 6.7 Welding companies Textbooks provided: "Welding Technology Fundamentals" The Canadian Nuclear Safety Commission (CNSC) mandates that for EDO certification students must successfully complete Bowditch, Goodheart-Wilcox Company Inc. a classroom vocational training course in radiation safety and "The Procedure Handbook of Arc Welding" the theory and practice of industrial radiography. Vocational The James F. Lincoln Arc Welding training providers must provide training that is current to industry and regulatory requirements and also meets the basis for knowledge detailed in CSA Guide PCP-09*** ***For more information, visit: Total cost: For course price, dates and locations, visit our website. Maximum class size: 18 On-line Training Let s You Learn from Home or Work! CINDE delivers on-line courses, on demand or live interactive. The Math Preparation is offered as both a live, interactive session delivered ON-LINE via internet conferencing with 2-way audio and interactive display on your computer, or on demand. Engineering, Materials and Components (EMC), Level 3 Preparation and Radiation Safety courses are available on demand when you are ready! Satisfy the classroom theory requirements at home or work. Call for details on courses available. information and course dates, visit For complete please visit registration information and course dates, please visit info@cinde.ca and info@cinde.ca events.cinde.ca and and events.cinde.ca

14 11 11 P age P 3 a g P ea g e PROFESSIONAL PROFESSIONAL DEVELOPMENT DEVELOPMENT TRAINING TRAINING Engineering, Radiography Materials Level and 1 Components (EMC) Five Five days days (40 hours) (40 hours) Training Training objectives: objectives: This course provides the basic knowledge of industrial radiography to enable the graduate A strong to conduct foundation radiographic in engineering, inspection materials to established and processes procedures is vital under to the supervision NDT technician. of Level This 2 or training Level 3 course personnel. offers The you course the opportunity includes to hands-on learn about experience the materials in the used of in x-ray manufacturing, the metallurgical and mechanical properties radiography which determine and darkroom INC s ad from last year s catalogue the strength techniques. of the Training material and course how meets these properties are developed, the means used to process the materials training syllabus and how requirements defects may of be CAN/CGSB , introduced into the material ISO through these processes. Understanding the manufacturing 9712 and SNT-TC-1A. process from start to finish is the key to a successful NDT career. The objective Total cost: of this For course course is to price, provide dates the and fundamental locations, visit knowledge our of materials and processes with respect to the broad website. sector termed EMC (Engineering, Materials and Components). To meet CAN/CGSB , extensive knowledge is required in materials and processes and flaw types specific to welds, castings, forgings, etc. The EMC Prerequisite: course essential Math for skill those exam, who EMC intend and to challenge Radiation Safety the CGSB examinations in any method and for welders, machinists, course visual (see inside inspectors, front cover manufacturing for full details) supervisors and anyone involved in material or equipment reliability. Total Topics cost: For include: course price, dates and Maximum locations, class Maximum size: 12 class size: 18 visit our Fundamentals website. On-line of radiation training available! physics Radioactivity Topics Film include: processing Nature X-ray and production properties of and materials X-ray beam characteristics Solidification High energy of metals x-ray sources Solid-state Radiographic changes image in metals quality Introduction Radiation to heat measurement treatment Ferrous Origin metals of penetrating and their properties radiation Nonferrous Applied metals radiographic inspection Metal Mathematical specifications factors and uses governing x-ray exposures Loads and material responses Inservice behaviour of metals Note: Students must provide their social insurance number to participate in labs. Causes and recognition of discontinuities Manufacturing methods Powder metallurgy Heat treatment Machining Radiography Level 2 Ten days (80 hours) Training objectives: This course provides the advanced knowledge required of the Level 2 industrial radiographer, including technique development, film interpretation, general codes, standards and specifications, Film Interpretation for Quality Control Personnel Two days (16 hours) and federal and provincial regulations pertaining to x-and gamma radiography. Training course meets the training Training syllabus objectives: requirements This of course CAN/CGSB , provides quality ISO assurance 9712 and inspectors, SNT-TC-1A. surveillance personnel and/or anyone with a decision-making role with regards to material acceptance to applicable codes, with the theoretical and practical knowledge required for sound decision-making with regards to radiographic film interpretation. Total cost: For course price, dates and locations, Prerequisite: Successful completion of RT Level 1, visit our website. math skill exam, EMC and Radiation Safety course (see Total cost: For course price, dates and locations, visit our website. inside front cover for full details) Topics include: Topics include: General radiography Maximum class size: 12 Radiographic film and processing Radiographic image control Radiographic techniques Discontinuities and their radiographic images Practical radiography Use and applicability of reference radiographs Helpful hints for film interpretation Note: Students must provide Maximum their social class insurance size: 12 number to participate in labs. visit For complete For complete registration registration information information and course and course dates, dates, please please visit visit info@cinde.ca info@cinde.ca and and events.cinde.ca and events.cinde.ca

15 A career in NDT...is it for you? NDT offers opportunities to develop valuable technical expertise. If you like math and can stay focused while working in some demanding conditions, then NDT is for you! Visit our website: or call

16 13 13 P age P 3 a g P ea g e PROFESSIONAL DEVELOPMENT TRAINING TRAINING Radiography Math Preparation Level 1 - Online (on demand or live interactive) One Five day days (8 hours) (40 hours) Training Training objectives: objectives: This course This provides course the provides basic knowledge for all levels of of industrial NDT personnel radiography to refresh to enable their the math graduate to conduct skills radiographic and familiarize inspection them to with established the use of procedures a scientific under calculator the supervision and its functions. of Level The 2 or one Level day 3 online personnel. The course course includes will cover hands-on frequently experience used formulas in the use and of their x-ray manipulation, applicable units of measure and radiography INC s ad from last year s catalogue conversions, and darkroom and basic techniques. order of Training operations, course algebra, meets logarithms and trigonometry that is required by the training the syllabus training requirements syllabus of the of Canadian CAN/CGSB , National Standard ISO for NDT Personnel Certification and SNT-TC-1A. The course final exam must be taken at CINDE or you would need to locate a proctor, pre-approved by CINDE Total cost: For course price, dates and locations, visit our (e.g. NRCan website. Accepted Exam Centre staff, a teacher from a primary or secondary school, college or university) who is willing to administer the exam online using a proctor code. Prerequisite: Math skill exam, EMC and Radiation Safety Total course cost: (see For course inside front price, cover live interaction for full details) dates or Maximum class size: 18 on demand information, visit our website. Topics include: Maximum class size: 12 Radiation Fundamentals Safety of radiation - Online physics (on demand) One day (8 hours) Radioactivity Training objectives: This course is a prerequisite that must be completed before taking a Radiography Level 1 Film processing or Level 2 course. See inside front cover for full details. X-ray production and X-ray beam characteristics High energy x-ray sources Topics: Total cost: Visit our website Radiographic image quality Introduction Radiation measurement Basic atomic and nuclear structure Maximum class size: on demand Origin of penetrating radiation Radiation Applied radiographic inspection Quantities and units Mathematical factors governing x-ray exposures Biological effects of radiation Radiation protection system Normal Note: levels Students of exposure must provide their social insurance number to participate in labs. Occupational exposure Controlled areas Radiation protection programmes Application of annual limits Responsibilities of regulatory bodies Responsibilities of registrants, licensees and employers Responsibilities of workers Radiography Level 2 Ten days (80 hours) Training Radiation Training sources objectives: and radiation This generators course provides the advanced knowledge required of the Level 2 industrial Personal radiographer, protective including equipment technique development, film interpretation, general codes, standards and specifications, Measurement and federal principles and provincial and instruments regulations pertaining to x-and gamma radiography. Training course meets the training syllabus requirements of CAN/CGSB , ISO 9712 and SNT-TC-1A. Total cost: For course price, dates and locations, Prerequisite: Successful completion of RT Level 1, Radiation visit our Safety website. - Xray math skill exam, EMC and Radiation One day Safety (8 hours) course (see Training objectives: This course provides a basic understanding inside of front radiation cover principles for full details) and safe working regulations, Topics as they include: pertain to x-rays. General radiography Maximum class size: 12 Total cost: Radiographic For course film price, and dates processing and locations, Maximum class size: 18 visit our website. Radiographic techniques Practical radiography Topics include: Properties of radiation and interactions of radiation Biological effects of radiation Background Note: Students radiation must and measurement provide their social of radiation insurance number Control of to radiation participate hazards in labs. Production and characteristics of x-rays Quality control Radiation protection legislation (ON Reg 861/90) For complete For complete registration registration information information and course and course dates, dates, please please visit visit info@cinde.ca info@cinde.ca and events.cinde.ca and events.cinde.ca

17 PROFESSIONAL 14 P a g e DEVELOPMENT TRAINING PROFESSIONAL DEVELOPMENT TRAINING Page 14 Preparation Radiation Safety Refresher - Gamma One day (8 hours) Training objectives: This course will refresh knowledge in radiation principles and safe working regulations, as for those it pertains using gamma to gamma radiography. radiation. The Meets course the annual provides training a basic requirements in accordance with CNSC Regulations. e working practices and regulations pertaining to the use of ionizing for industrial radiographers, Radiation Safety Officers and meets the uclear Safety Total Commission cost: For for course those price, seeking dates their and Certified locations, Exposure Maximum class size: 18 visit the website. locations, Prerequisite: Prerequisite: Successful Math skill completion exam (see of inside Radiation frontsafety & CEDO Preparation or equivalent cover for full details) tion e, Maximum class size: 16 Principles and Applications of NDT The Canadian Nuclear Safety Commission (CNSC) mandates Three days (24 hours) Training that for objectives: EDO certification This students course must provides successfully a basic complete knowledge of nondestructive testing methods and their applications; a classroom demonstrations vocational training will be course provided. in radiation Course safety can and be designed for customer specific needs. Call for details. the theory and practice of industrial radiography. Vocational Total for cost: knowledge For course detailed price, in CSA dates Guide and PCP-09*** locations, Maximum class size: 18 visit our website. Topics training/personnel-certification/certified-exposure-device- operatorto nondestructive testing include: Introduction What is NDT and why is NDT necessary? When is NDT needed and where is it used? Who should perform NDT? How are these nondestructive tests Five performed? days (40 hours) NDT methods: advantages, applications, limitations, defect detectability, equipment, terminology of ultrasonic Qualifications testing fundamentals and certification sufficient of NDT to enable personnel the technician to d procedures under the supervision of Level 2 or Level 3 personnel. bus requirements of CAN/CGSB , ISO 9712 and SNT-TC-1A. locations, training providers must provide training that is current to industry and regulatory requirements and also meets the basis ***For more information, visit: Prerequisite: Math skill exam and EMC (see inside front Phased cover for Array full details) UT Inspection Training objectives: Maximum class size: 12 Ten days (80 hours) This course provides the basic knowledge in the principles of Phased Array such that a Level 2 technician will be able to: identify the suitability of Phased Array for all materials and inspection applications, document results of the analysis, be familiar with regulatory codes and specifications for Phased Array testing and their intent. Total cost: For course price, dates and locations, visit our website. ristics Prerequisite: CGSB UT Level 2 certification and math assessment exam (see inside front cover for full details) Topics include: Basic theory Maximum class size: 8 Digitization principles Performance/calibration Phased Array technology Inspection applications Codes and specifications information and course dates, For For complete please visit registration information and course dates, please visit info@cinde.ca and info@cinde.ca events.cinde.ca and events.cinde.ca

18 15 15 P age P 3 a g P ea g e PROFESSIONAL DEVELOPMENT TRAINING Introduction Radiography to NDT Level and 1 Failure Analysis One Five day days (8 hours) (40 hours) As a Training result of attending objectives: this training, This course participants provides will the learn basic about knowledge the failure of industrial modes radiography identified by to Nondestructive enable the graduate Testing to conduct (NDT) inspection radiographic techniques, inspection and to established the important procedures concepts under relating the supervision to Failure of Analysis Level 2 techniques or Level 3 personnel. and reporting The as course applied includes to the failures hands-on identified experience by NDT. in the use of x-ray radiography and darkroom techniques. Training course meets INC s ad from last year s catalogue A brief the review training of the syllabus failure requirements modes identified of CAN/CGSB , by NDT technologies ISO will be followed 9712 by and the SNT-TC-1A. principles of Failure Analysis. These will include commonly used investigative and failure analysis techniques, as well as the key metallurgical, Total cost: environmental For course and price, equipment dates and operating locations, conditions visit our that lead to failure. website. Examples of the high-magnification microscopy used for Failure Analysis will be Prerequisite: explained. How Math to develop skill exam, root cause EMC and solutions Radiation to prevent Safetyrecurring failures course is also (see discussed. inside front Case cover histories for full details) will be used to demonstrate the material that is covered. Students are encouraged to bring examples from their companies Topics include: for group discussion. Maximum class size: 12 Fundamentals of radiation physics Total cost: Radioactivity For course price, dates and locations, Maximum class size: 18 visit our Film website. processing X-ray production and X-ray beam characteristics High energy x-ray sources Radiographic image quality Ultrasonic Radiation Weld measurement Inspection Training Origin objectives: of penetrating radiation This course Applied is intended radiographic to provide inspection Level 2 ultrasonic personnel with advanced background and practical experience to develop Mathematical confidence factors in conducting governing x-ray ultrasonic exposures weld inspection. Emphasis is on flaw detection and sizing techniques. The course can be beneficial if preparing for CGSB Level 2 Ultrasonic practical exam. Total Note: cost: Students For course must price, provide dates their and social locations, insurance Maximum number to participate class size: in labs. 12 visit our website. Topics include: Prerequisite: Successful completion of UT Level 2 Review of Level 2 Ultrasonics course and math assessment exam (see inside front Calibration cover for details) Welding processes and defects CSA Radiography and ASME ultrasonic Level weld standards 2 Ten days (80 hours) Weld Training inspection objectives: techniques This course provides the advanced knowledge required of the Level 2 industrial Practical radiographer, weld inspection including technique development, film interpretation, general codes, standards and specifications, Recording and federal resultsand provincial regulations pertaining to x-and gamma radiography. Training course meets the training syllabus requirements of CAN/CGSB , ISO 9712 and SNT-TC-1A. Ultrasonic Spot Weld Inspection Total cost: For course price, dates and locations, Prerequisite: Successful Two completion days (16 of RT hours) Level 1, Training visit objectives: our website. math skill exam, EMC and Radiation objectives: Safety course (see This course will provide a basic knowledge of ultrasonics, the spot inside welding front process cover for and full the details) application of this test methodtopics to determine include: integrity of spot welds. Students may bring with them a flaw detector and appropriate transducer General or use radiography a unit provided at the time of the course. Maximum class size: 12 Radiographic film and processing Total cost: Radiographic For course techniques price, dates and locations, Maximum class size: 8 visit our website. Practical radiography Topics include: Introduction Note: Students to ultrasonics must provide and spot their welding social insurance number to participate in labs. Calibration Testing of spot welds Evaluation of results For complete For complete registration registration information information and course and course dates, dates, please please visit visit info@cinde.ca and and events.cinde.ca

19 PROFESSIONAL 16 P a g e DEVELOPMENT TRAINING PROFESSIONAL DEVELOPMENT TRAINING Page 16 Preparation Ultrasonic Thickness Gauging One day (8 hours) Training objectives: for those using gamma radiography. This The one course day course provides provides a basic the basic theory of ultrasonic technology to a degree that e working practices and regulations pertaining the participants to the will use have of ionizing an understanding of ultrasonic thickness gauging. Participants for industrial radiographers, Radiation in Safety this hands-on Officers workshop and meets will the be able to better understand the pitfalls of ultrasonic uclear Safety Commission for those seeking thickness their gauging Certified with Exposure respect to material velocities, surface roughness and geometrical configurations. locations, tion e, Prerequisite: Math skill Total exam cost: (see For inside course frontprice, dates and locations, visit our website. cover for full details) Topics include: Maximum class size: 12 Maximum class size: 16 Introduction to ultrasonic theory The Canadian Nuclear Safety Commission (CNSC) mandates that for EDO certification students Definition must of ultrasonic successfully vibrations complete a classroom vocational training Resolution/sensitivity course in radiation safety and Sound attenuation the theory and practice of industrial radiography. Vocational training providers must provide training that is current to industry and regulatory requirements and also meets the basis for knowledge detailed in CSA Guide PCP-09*** ***For more information, visit: WORKSHOPS operator - ACADEMIC OR CERTIFICATION (PRACTICAL) Academic Training Workshops Certification Preparation Workshops Academic training workshops are for students seeking to Certification preparation workshops are for students or complete the practical lab portion of an academic training NDT technicians who are approved by the NRCan NDT course, as required by the NRCan NDT Certification Body. Certification Body to attempt a CGSB NDT certification of ultrasonic testing fundamentals sufficient to enable the technician to The basic theory and application of the respective NDT exam. Students have the opportunity to familiarize d procedures technique under the is explained supervision and of demonstrated. Level 2 or Students Level 3 have personnel. themselves with the equipment that will be used during bus requirements the opportunity of CAN/CGSB , to practice the appropriate ISO 9712 NDT and equipment SNT-TC-1A. an exam; the set up and calibration of test equipment is technique. explained and demonstrated. Students have the locations, Prerequisite: Math skill exam and EMC (see inside front opportunity to practice inspecting test pieces with Students who successfully complete the workshop receive realistic flaws. cover for full details) a letter stating the hours of practical instruction that were provided to complement academic theory. Academic Students who successfully complete the workshop Maximum class size: 12 training workshops cannot be used to prepare for NDT receive a letter confirming their attendance. certification exams. Prerequisite: Must have completed forty (40) hours of Prerequisite: Must have completed online training course. training and have approval from NRCan. ristics Certification workshops are kept to a maximum of 3 students (depending on the method) in order that each student may receive individual instruction and assistance with particular problem areas. We have a wide range of test pieces with realistic defects for each test method and students are encouraged to also bring their own test pieces for their own test applications and to participate in group discussions and problem-solving. To request a workshop date, please log into the Member/Visitor area ( to choose Register for workshops. information and course dates, For complete please visit registration information and course dates, please visit info@cinde.ca and info@cinde.ca events.cinde.ca and events.cinde.ca

20 17 17 Page 17 P a P g a e g e CINDE CINDE - YOUR - YOUR NATIONAL NDT NDT SOCIETY Canada s National NDT NDT Society The The Canadian Institute Institute for for Non-destructive Evaluation (CINDE) (CINDE) is is Canada s national national not not for for profit profit membership organization dedicated to to the the people people and and companies engaged engaged in in nondestructive testing testing (NDT). (NDT). Member Member services services and and benefits benefits such such as as local local chapter chapter meetings, the the bi-monthly Journal Journal publication and and others others listed listed below below are are provided provided to help to help industry industry practitioners and and professionals to learn, to learn, network network and and stay stay abreast abreast of new of new technologies. All CINDE All CINDE training training courses courses include include a free a free membership and and membership is also is also available available to the to the public public at at large. large. Join Join now! now! Member Services and and Benefits Over Over 38 years 38 years of of commitment and and progress progress of Canada s of Canada s national national NDT NDT membership society society have have made made our our organization a valuable a valuable Membership Categories contributor to NDT to NDT technicians in the in the field field while while also also advancing the the scientific scientific engineering and and technical technical knowledge of of nondestructive Individual Individual evaluation, testing testing and and inspection. We We are dedicated are dedicated to serving to serving our our Small Small Student* Student* and and Corporate Corporate members members by providing by providing information that that is useful is useful to your to your career, career, your your Business Business International company company and and to the to the general general public public at large. at large. CINDE CINDE training training courses courses are tax are exempt tax exempt and and include include a free a free membership New New member member gift and gift and certificate New New members members published published in the in the CINDE CINDE Journal Journal and and on CINDE on CINDE website website Free Free online online Math Math exams exams Book Book and and technical technical reference reference discounts discounts CINDE CINDE Journal Journal subscription (6 (6 issues/year) and and access access to online to online article article archive archive Journal Canada s National NDT Society Resume Resume posting posting Journal in Journal and and on CINDE on CINDE website website Professional and and Technical Technical award award opportunities Access Access to the to the IHS Codes IHS Codes and Standards on-line on-line searchable database database JD Smith JD Smith Insurance Insurance discount discount (save (save up to up 40%) to 40%) Park N Park N Fly airport Fly airport parking parking discount discount (see (see your your members members area area for coupon for coupon code) code) Marks Marks Work Work Wearhouse (10% (10% discount discount card) card) Industrial Industrial Eyes Eyes - Safety - Safety Eyewear Eyewear discount discount (see (see members members area area for for application) Smart Smart NDT NDT Reports Reports (15% (15% discount) discount) Voting Voting privileges privileges Company Company profile profile in Journal in Journal and and on website on website Resume Resume viewing viewing and and Job Job Postings Postings Journal in Journal and and on the on the CINDE CINDE website website CINDE CINDE Member Member Affinity Affinity Program Program Company Company acknowledgement plaque plaque 3 company 3 company members members with with full-voting privileges, additional memberships at 50% at 50% of individual of individual rate rate *Students *Students must must provide provide proof proof of registration of registration in a full-time in a full-time College College or University or University program program of studies of studies that has that has nondestructive testing, testing, evaluation evaluation or inspection or inspection in the in curriculum. the curriculum. For and dates, please visit For For complete registration information and and course course dates, dates, please please visit visit info@cinde.ca and and and events.cinde.ca