PHCC Educational Foundation Contractor Library Engineering Continuing Education

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1 PHCC Educational Foundation Contractor Library Engineering Continuing Education Engineering-Specific Courses This list includes engineering-specific courses only. Descriptions for all approved courses by state may be found online at The online listing includes courses for the following states: Alabama, Arkansas, Florida, Georgia, Illinois, Iowa, Kansas, Louisiana, Maine, Minnesota, Mississippi, Missouri, Montana, Nebraska, Nevada, New Hampshire, New Mexico, New York, North Carolina, North Dakota, Ohio, Oregon, South Carolina, South Dakota, Tennessee, Texas, Utah, Virginia, West Virginia, and Wyoming. Course Packages ASHRAE - Fundamentals of HVAC Systems - 35 PDH - $595 This course includes a thorough introduction to how HVAC systems control temperature, air quality, and air circulation in a conditioned space. After completing this course, you will understand: The objectives to be achieved by an HVAC system in terms of environmental control. The description of a system - including primary equipment, means of distribution, space and load determination, and operating strategy. The basic function of components that form HVAC systems. The layout and functioning of common HVAC systems, including all-air systems, airwater systems, and all-water systems. The strategies for operating systems and their basic means of control. Identifying the most suitable type of system for different types of applications. Each of this course's modules are available separately as an individual course. ASHRAE - Air-Conditioning System Design Manual PDH - $595 The Air-Conditioning System Design (A-CSD) Manual is a thorough study of the different types of local and central air-conditioning systems. It provides information on the design considerations, applications, functioning, advantages, and disadvantages of these systems. Each of this course's modules are available separately as an individual course. Learning objectives include: Describe the phases of the commissioning process and the responsibilities of the HVAC engineer during each phase Define the conditions that govern equipment location and space requirements Compare the noise-levels of different terminal equipment and list their potential solutions Differentiate between central and local systems Define comfort and health criteria that influence design Describe humidity control, indoor air quality control, and air contaminant reduction Describe the heating and cooling load calculation procedures 1

2 Explain the importance of manual and computerized load calculation procedures Describe the following equipment and components used in air-conditioning systems, along with their types, benefits, and design considerations: o Source equipment o Heat transfer equipment o Distribution components Describe the design considerations, functioning, advantages, and disadvantages of all-air HVAC systems Interpret the effects of heating and cooling loads using a psychrometric chart State five commonly used versions of the fan laws and describe their applications Describe single-zone and variable-air-volume all-air systems Describe the psychometric considerations that influence the VAV system design State the design considerations that make it possible for VAV systems to enable energy savings Describe the energy and economical viability of reheat systems and their design considerations Describe dual-duct systems and their variations Analyze the design considerations made for dual-path systems Describe multizone systems and explain their design considerations, advantages, and disadvantages Describe simple rooftop systems and list their advantages and disadvantages Define air-and-water systems and list their design considerations, advantages, and disadvantages Describe alternative air-and-water system arrangements Describe the key attributes on the basis of which all-water systems are selected as a project solution Describe the three types of all-water systems and discuss their benefits and design considerations Describe the all-water terminals Explain the shortcomings of ventilation in all-water systems Compare all-water fan-coil systems with other HVAC systems Explain the design sequence for all-water systems Describe the workings of desiccant dehumidifiers Describe parallel and series desiccant systems and discuss their benefits and applications Describe the various energy-efficient subsystems Identify the components of a control system and the symbols used for them in schematic diagrams Describe the three types of control hardware used in HVAC&R systems and list their advantages and disadvantages Describe the VAV, single-zone, and dual-duct control systems 2

3 ASHRAE Fundamentals Standard 62.1: Ventilation and Acceptable Indoor Air Quality - 29 PDH - $595 This course is a practical guide to applying the industry standard for the design and operation of ventilation systems to provide acceptable indoor air quality. Properly designed ventilation systems are essential for the well-being of building occupants, to minimize adverse health effects and improve productivity of workers and students. Standard 62.1, Ventilation and Acceptable Indoor Air Quality, is the industry standard for the design and operation of ventilation systems to provide acceptable indoor air quality. This course is a practical guide to applying the standard s ventilation rates and demonstrates the regulatory application to new buildings, and additions and changes to existing buildings. It demonstrates the interaction of ventilation with heating and airconditioning systems and how various parts of a building affect indoor air quality. This understanding will help you design, construct, operate and maintain buildings with acceptable indoor air quality. After completing this course, you will understand: The requirements of ASHRAE for design, construction, building operation and maintenance How to apply the requirements in a hypothetical new building and an existing building being retrofitted The different approaches to HVAC design that result in different quantities of outside air at the outside air intake The requirements for ventilation and air-cleaning system design, installation, commissioning, and operation and maintenance The mandatory language of ventilation standards. ASHRAE Fundamentals of HVAC Control Systems - 48 PDH - $595 This 48-hour course addresses all types of HVAC control systems and their use in practical applications. ASHRAE Fundamentals of Standard 90.1 for Architects - 18 PDH - $595 This course covers the basic concepts of ASHRAE Standard It is intended for architects to broaden their knowledge of this standard and its practice. 3

4 ASHRAE - Advanced Energy Design for Small Retail Buildings - 8 PDH - $250 The Advanced Energy Design for Small Retail Buildings (AEDSMRB) course is a thorough study of the design concepts, strategies, and recommendations suited to the energy requirements of small retail buildings. The 7 online courses in this package help you to understand: Different stages and benefits of the AEDG design process Activities that constitute each AEDG design stage Responsibilities of various personnel in each AEDG design stage Energy goals and strategies for designing small retail buildings Eight climate zones defined by the U.S. Department of Energy (DOE) and the design recommendations for each of the zones Importance of quality assurance in meeting the performance goals established for small retail buildings Good design practices for the quality assurance process Suggested commissioning scope for small retail buildings Good design practices, available options, and cautions for: o Opaque and vertical glazing envelope o Daylighting o Interior and exterior lighting o HVAC equipment and systems o Service water heating systems o Plug Load equipment. ASHRAE - Sustainable Buildings and High Performance Systems Design (GREENGUIDE) - 31 PDH - $250 A thorough introduction to green design practices, benefits, new green building ideas, and an overview of the architectural decisions and their impact on sustainable and green project goals. After completing this course, you will understand: The key concepts of green design The source, phases and importance of commissioning The various ways in which the various LEED credits affect the HVAC engineer The impacts some architectural decisions have and how these decisions affect sustainable/green project goals The importance of maintaining thermal conditions and generating new building design ideas Environmental benefits of green design The concepts related to water conservation, water heating and the different water systems How building control increases efficiencies and help in achieving LEED credit points. ASHRAE Introduction to DDC (Digital Controls) for HVAC PDH - $250 A practical introduction to Direct Digital Controls systems components and interoperability to specify, design and operate HVAC systems that meet client air quality and energy performance requirements. After completing this course, you will understand: Direct Digital Control (DDC) systems components, their inputs and outputs, and the programming of simple DDC routines. Interoperability of controllers, network and data protocols and the foundations of BACnet and LonWorks. How to specify and design DDC systems to match client requirements, and energy performance for heating and cooling. 4

5 ASHRAE - Refrigeration Equipment PDH - $250 An introduction to the configurations and operation of air cooling and liquid cooling evaporators, positive displacement and aerodynamic compressors and the different heat transfer processes. After completing this course, you will understand: The configuration and operation of air cooling and liquid cooling evaporators. The operating principles of positive displacement and aerodynamic compressors. The basic convection heat transfer processes involved in the condensation of the refrigerant vapor discharged from the compressor. The two modes of fluid flow in a pipe: laminar and turbulent. The Darcy-Weisbach equation and the Moody chart. The information concerning various expansion devices. The functions of vessels that may be included in a refrigeration system that store liquid refrigerant and to separate liquid from vapor. ASHRAE - Fundamentals of Refrigeration - 9 PDH - $250 The Fundamentals of Refrigeration course includes the following short courses: Heat Transfer and Basic Refrigeration Cycle Thermodynamic States, Properties and Laws Psychrometrics Multi-Stage and Cascade Refrigeration Cycles Refrigeration System Parameters and Performance Refrigerants 5

6 Individual Courses AEDSMRB: Design Strategies and Recommendations - 1 PDH - $95 AEDSMRB: Quality Assurance - 1 PDH - $95 AEDSMRB: Building Envelope PDH - $95 AEDSMRB: Lighting PDH - $95 AEDSMRB: HVAC Equipments and Systems - 1 PDH - $95 AEDSMRB: Service Water Heating and Bonus Savings - 1 PDH - $95 AEDSMRB: Examples and Case Studies - 1 PDH - $95 GreenGuide: The Basics of Sustainable Design - 5 PDH - $95 GreenGuide: Commissioning - 3 PDH - $95 GreenGuide: LEED Guidance - 3 PDH - $95 GreenGuide: Integrated Design - 3 PDH - $95 GreenGuide: Indoor Environmental Quality PDH - $95 GreenGuide: Energy Conservation PDH - $95 GreenGuide: Plumbing and Fire Protection Systems - 1 PDH - $95 GreenGuide: Building Controls PDH - $95 FUND HVAC SYSTEMS: Introduction to HVAC Design PDH - $95 FUND HVAC SYSTEMS: An Introduction PDH - $95 FUND HVAC SYSTEMS: Thermal Comfort - 2 PDH - $95 FUND HVAC SYSTEMS: Ventilation and Indoor Air Quality - 3 PDH - $95 FUND HVAC SYSTEMS: Zones PDH - $95 FUND HVAC SYSTEMS: Single-Zone Handlers & Unitary Equipment - 3 PDH - $95 FUND HVAC SYSTEMS: Multiple Zone Air Systems - 2 PDH - $95 FUND HVAC SYSTEMS: Hydronic Systems PDH - $95 FUND HVAC SYSTEMS: Hydronic System Architecture PDH - $95 FUND HVAC SYSTEMS: Central Plants - 2 PDH - $95 FUND HVAC SYSTEMS: Controls PDH - $95 6

7 FUND HVAC SYSTEMS: Energy Conservation Measures PDH - $95 FUND HVAC SYSTEMS: Special Applications - 4 PDH - $95 DDC HVAC: DDC Introduction to Hardware and Software - 4 PDH - $95 DDC HVAC: DDC Networks and Controls Protocols - 4 PDH - $95 DDC HVAC: Digital Controls Specification - 4 PDH - $95 A-CSD: The Design Process PDH - $95 A-CSD: HVAC System Selection Issues - 1 PDH - $95 A-CSD: Occupant Comfort and Health PDH - $95 A-CSD: Load Calculations PDH - $95 A-CSD: Air-Conditioning System Components Source Equipment - 2 PDH - $95 A-CSD: Air-Conditioning System Components Heat Transfer Equipment - 1 PDH - $95 A-CSD: Air-Conditioning System Components Pumps, Valves, Piping, and Ductwork PDH - $95 A-CSD: Introduction to All-Air Systems PDH - $95 A-CSD: Single-Zone and Variable-Air-Volume All-Air Systems - 1 PDH - $95 A-CSD: All-Air Reheat Systems PDH - $95 A-CSD: Dual-Duct and Multizone All-Air Systems PDH - $95 A-CSD: Simple Rooftop All-Air Systems PDH - $95 A-CSD: Air-and-Water Systems - 2 PDH - $95 A-CSD: All-Water Systems - 3 PDH - $95 A-CSD: Special HVAC Systems - 3 PDH - $95 A-CSD: HVAC&R Controls PDH - $95 Ref Equipment: Evaporators PDH - $95 Ref Equipment: Compressors PDH - $95 Ref Equipment: Condensers PDH - $95 Ref Equipment: Pipes, Valves and Pumps - 2 PDH - $95 7

8 Ref Equipment: Expansion Devices - 2 PDH - $95 Ref Equipment: Pressure Vessels - 2 PDH - $95 Fund of Refrigeration: Heat Transfer and the Basic Refrigeration Cycle PDH - $95 Fund of Refrigeration: Thermodynamic States, Properties, and Laws - 2 PDH - $95 Fund of Refrigeration: Psychrometrics - 1 PDH - $95 Fund of Refrigeration: Multi-Stage and Cascade Refrigeration Cycles - 2 PDH - $95 Fund of Refrigeration: Refrigeration System Parameters and Performance PDH - $95 Fund of Refrigeration: Refrigerants - 2 PDH - $95 Overview of Mechanical Systems - 1 PDH - $95 Burner Management System -1 PDH - $20 This course is outlines a general method of implementing a boiler management system (BMS). It is only a guide for the basic design, and is not a substitute for a detailed, design specific BMS. Chemical Batch Process Quality Management - Communication - 1 PDH - $20 This course discusses the importance and outlines the principles involved in a standardized communication procedure. The basic procedures and methods discussed should be applicable to processes beyond the chemical industry. It is intended as a general guide and does not attempt to cover every possible aspect of setting up a standardized communication procedure. Ethics: Easy to Argue About, Hard to Follow - 1 PDH - $20 This course enumerates and discusses the NSPE code of ethics. Hydraulic Power Systems - 1 PDH - $20 This course discusses the principle components found in the typical hydraulic power system. It is intended as a general guide and does not attempt to cover every possible aspect or component of any particular system. Considerations When Installing a Steam Conditioning Valve -1 PDH - $20 This course discusses the applications, valve types, and process conditions that should be considered when selecting and installing a steam conditioning valve. It is intended as a general guide and does not attempt to cover every possible aspect of the design, selection, or operation of a steam conditioning valve. Texas Professional Engineer Conduct and Ethics - 1 PDH - $20 This course is an excerpt from the Texas Engineering Practice Act and Rules, Subchapter C: Professional Conduct and Ethics. 8

9 Ethical Considerations with Low-Lethality Weapons - 1 PDH - $20 This course discusses the types and use of low lethality weapons and their impact on society. The ethical considerations for the engineer/designer of these devises are also briefly examined. Hot Taps and Line Stops - 1 PDH - $95 This course describes the methods and devises used to tap into or block a pipeline or vessel while under pressure. It is intended as a general guide and does not attempt to cover every possible aspect hot taps and related operations and devices. Interviewing 10 Rules for Success - 1 PDH - $20 This course provides a guide to the interview process for both job applicants and employers. Standards from Genesis to the WWW - 1 PDH - $20 This course describes the development and distribution of standards. Underground Line Cutting Safety - 1 PDH - $20 This course describes measures to minimize potential hazards associated with an excavated area where there is more than one, similar size, underground steel pipes transporting pressurized hazardous materials. It is intended as a general guide and does not attempt to cover every possible aspect of underground line safety. All applicable federal, state and local safety and environmental laws, rules, regulations and company policies must be followed. 9