NAFTC Curriculum Manuals Catalogue
Participant Manual – ISBN 978-1-933954-30-2
Page: 234
This manual focuses on the basic concepts of battery electric vehicles. The number of electric and hybrid vehicles is growing every year. Mandates such as the federal Energy Policy Act and the California Federal Pilot Program require most large fleets to include alternative fuel vehicles (AFVs) in ever-growing numbers. All of this means that the demand for AFV technicians is increasing dramatically. The AFV technician needs to know everything that is currently applicable to battery-electric and hybrid-electric vehicles, along with new technology to deal with the batteries, electric motors, controllers, and auxiliary equipment.Inquire about this item! click here to submit an order request via e-mail to Cristina.Dumitrescu@mail.wvu.edu or call Trina Wafle at (304) 293-7882.
Participant Manual – ISBN 978-1-933954-55-4
Page: 344
This Manual helps participants understand electric drive vehicles and how they operate differently from conventionally-fueled vehicles. Participants will learn how to safely maintain hybrid electric and electric drive vehicles. The information covered in the course has helped participants pass the ASE L3 certification test. The number of electric drive vehicles is growing every year. Mandates such as the Federal Energy Policy Act require most large fleets to include alternative fuel vehicles (AFVs) in ever-growing numbers. In addition, many consumers have chosen electric drive vehicles.Inquire about this item! click here to submit an order request via e-mail to Cristina.Dumitrescu@mail.wvu.edu or call Trina Wafle at (304) 293-7882.
Participant Manual – ISBN 978-1-933954-10-3
Page: 328
This manual helps participants obtain a solid foundation of information about alternative fuels, alternative fuel vehicles, and advanced technology vehicles. Through this course, participants gain the ability to discuss different alternative fuel technologies, fuel prices, and how they are affected by national and international events. Unstable fuel prices, coupled with concerns for the environment and air quality, have led many Americans to seek information about alternatives to gasoline, diesel fuel, and other petroleum-based products.Notify me! Click here to be notified when this course will be conducted next.
Participant Manual – ISBN 978-1-933954-12-4
Page: 174
DESCRIPTION: learn how to safely inspect CNG components to NFPA 52 code, provides information to help pass the CSA Fuel System Inspector exam, and teaches participants to recognize unsafe vehicles. Participants will gain an understanding of regulations needed to inspect CNG components on a conversion, learn what documents to study to be compliant with local and national laws. Understanding the different types of issues that can occur in regards to pressure relief devices. It is best to take this course after taking the Light-Duty Natural Gas or Heavy-Duty Natural Gas training. Participants who have taken this training have an excellent record of passing the CSA exam. Today there are more than 15.2 million natural gas vehicles (NGVs) in use. These vehicles use CNG cylinders, which along with system components, require periodic inspection, creating a demand for certified inspectors. Current standards require visual inspection once every three years or 36,000 miles over the life of the container. Good shop practice recommends a more frequent general inspection. The inspector needs to know what to look for, how to visually inspect, and how to determine whether the cylinder is safe.Notify me! Click here to be notified when this course will be conducted next.
Participant Manual – ISBN 978-1-933954-57-8
Page: 344
This manual helps participants understand electric drive vehicles and how they operate differently from conventionally fueled vehicles. Participants will learn how to safely maintain hybrid electric and electric drive vehicles. The information covered in the course has helped participants pass the ASE L3 certification test.
The number of electric drive vehicles is growing every year. Mandates such as the Federal Energy Policy Act require most large fleets to include alternative fuel vehicles (AFVs) in ever-growing numbers. In addition, many consumers have chosen electric drive vehicles.
Inquire about this item! click here to submit an order request via e-mail to Cristina.Dumitrescu@mail.wvu.edu or call Trina Wafle at (304) 293-7882.
Participant Manual – ISBN 978-1-933954-30-1
Page: 254
This Manual helps participants understand who has the authority to make decisions regarding jurisdiction, differentiate applied voltage and amperage versus supply equipment charging capacities, and understand electric vehicle supply equipment (EVSE), battery capacity, and charge time. The introduction of electric drive vehicles requires a unique infrastructure that includes specialized charging equipment and adequate electric service. Electric vehicle (EV) infrastructure is a carefully planned network that safely allows electricity to flow from a designated power source to an electric vehicle. The installation of electric vehicle infrastructure is an essential component for the sustainability of the electric vehicle market.Inquire about this item! click here to submit an order request via e-mail to Cristina.Dumitrescu@mail.wvu.edu or call Trina Wafle at (304) 293-7882.
Participant Manual – ISBN 978-1-933954-14-0
Page: 466
This manual helps participants develop an understanding of heavy-duty natural gas vehicles, on-board natural gas storage systems, and safety devices used to release stored fuel. The course covers both compressed natural gas (CNG) and liquefied natural gas (LNG) systems.
The number of heavy-duty vehicles powered by alternative fuels is growing every year. Mandates such as the Energy Policy Act of 1992 require most large fleets to include alternative fuel vehicles (AFVs) in ever-growing numbers. Therefore AFV technicians need to know everything that is currently applicable to heavy duty vehicles, along with new technologies to work with AFV fueling systems.
Inquire about this item! click here to submit an order request via e-mail to Cristina.Dumitrescu@mail.wvu.edu or call Trina Wafle at (304) 293-7882.
Participant Manual – ISBN 1-933954-13-2
Page: 516
This manual helps participants learn how the electronics for CNG conversion systems communicate with the OEM PCM, pre- and post- installation setup and gain an understanding of both dedicated and bi-fuel system CNG components and all safety issues related to the fuel systems.
The number of vehicles powered by natural gas is growing every year. Mandates such as the Federal Energy Policy Act require most large fleets to include alternative fuel vehicles (AFVs) in ever-growing numbers. In addition, many consumers have chosen to buy and drive light-duty or passenger vehicles powered by compressed natural gas.
Inquire about this item! click here to submit an order request via e-mail to Cristina.Dumitrescu@mail.wvu.edu or call Trina Wafle at (304) 293-7882.
Participant Manual – ISBN 978-1-933954-15-9
Page: 492
This manual focuses on the understanding of the cryogenic state that liquefied natural gas (LNG) resides in, respect for LNG in regards to all safety aspects, and fuel range in comparison to gasoline and diesel.
The AFV technician needs to know everything that is currently applicable to heavy-duty vehicles, along with new technology to deal with the LNG fuel system, engine, electronics, and exhaust. Facilities hosting this workshop must have LNG vehicles available for instruction.
Inquire about this item! click here to submit an order request via e-mail to Cristina.Dumitrescu@mail.wvu.edu or call Trina Wafle at (304) 293-7882.
Participant Manual – ISBN 978-1-933954-11-6
Page: 134
DESCRIPTION This manual Provides participants information about how to switch from diesel to biodiesel for personal use and develop an excellent understanding of the theory and process of how to make biodiesel. This course is suited for automotive instructors or anyone who is interested in using biodiesel. Any diesel engine after 1994 can use biodiesel as a fuel. This course describes engine systems, biodiesel blends, and biodiesel production. The ASTM D6751 standards will be discussed in great detail, as will the benefits and drawbacks of biodiesel technology. When taught at selected locations, this course also includes a demonstration of fuel-making equipment. Course materials provided: Includes review questions and learning activities Each module of the Participant’s Manual contains text, illustrations, explanatory figures and tables, module review questions, and a list of key terms and abbreviations Course designed for: Government Officials / Decision Makers Code Officials / AHJs Construction / Contractors Automotive Technicians Fleet Managers Secondary Education Post-Secondary Education General Consumers This Participant manual contains 144 pages.Inquire about this item! click here to submit an order request via e-mail to Cristina.Dumitrescu@mail.wvu.edu or call Trina Wafle at (304) 293-7882.
Participant Manual – ISBN 978-1-933954-17-2
Page: 422
This manual teaches participants to safely service and maintain propane autogas vehicles. The class covers both liquid and vapor-injected propane autogas vehicle systems and converted and factory-made propane autogas vehicles.
Participants will also learn how propane autogas is produced, benefits and considerations of using the fuel, and appropriate safety practices.
Inquire about this item! click here to submit an order request via e-mail to Cristina.Dumitrescu@mail.wvu.edu or call Trina Wafle at (304) 293-7882.
Online Courses
To improve first responder awareness about EVs, the NAFTC teamed with the West Virginia University Fire Extension Service (WVU FES) to produce a free online training, Electric Vehicle Safety: An Awareness Level Training, hosted by the National Volunteer Fire Council. NVFC received funding from General Motors for EV awareness training and outreach for emergency responders.
The approximately one-hour awareness course features WVU FES Adjunct Instructor and NVFC West Virginia Director, Tom Miller, who provides information about identifying hybrid electric vehicles and battery electric vehicles at an incident, assessing for real or potential EV battery damage, de-energizing the vehicle, avoiding thermal runaway, and extinguishing EV and hybrid electric vehicle fires.
A certificate of completion is available from the NVFC and CEUs can be obtained from the WVU FSE for a small fee.
The training is available for free at the NVFC Virtual Classroom: https://virtualclassroom.nvfc.org/products/electric-vehicle-safety-an-awareness-level-training (show symbol for leaving the NAFTC site)
Course Type: Online
ID: 2997_1
Completion Time: Self-paced approx. 2 hours
Alternative fuel vehicles (AFVs) are becoming more common on our nation’s roadways. With increased vehicle use, more and more of these vehicles will reach the end of their life span and wind up in an automotive recycling location. While these vehicles may look like their traditional counterparts, there are key differences. As an automotive recycling operator, you should be aware of the characteristics of alternative fuel vehicles and electric drive vehicles (EVs) to ensure your safety and that of those working with you. Accessible from any computer with internet access, this AFV and Advanced Technology Vehicle Training for Automotive Recycling Operators will provide automotive recycling operators with training on safety, proper procedures to follow when interacting with AFVs and EVs, and the possible hazards of dealing with AFVs and EVs in an automotive recycling environment.
- Discuss the importance of alternative fuel and advanced technology vehicles.
- Properly and safely identify, assess, and approach an electric drive vehicle (EV) or alternative fuel vehicle (AFV).
- Identify potential hazards of working with an EV or AFV.
- Discuss fuel storage and system components of EVs and AFVs.
- Understand basic properties of EVs and AFVs.
- Describe correct personal protective equipment to be used in dealing with an EV or AFV.
- Follow proper procedures for dismantling, recycling, and crushing EVs and AFVs.
This Alternative Fuel Vehicles - Automotive Recycling Safety Training course contains 7 chapters and one comprehensive test.
At the end of the course and once you have completed and passed "Chapter 7 - Course Conclusion & Comprehensive Test" , you will have the option to get a printable NAFTCC (NAFTC Certificate).
If you have issues enrolling in this online course, please call us at (304) 293-7882.
Course Type: Online
ID: 2997_1
This course has been developed by the National Alternative Fuels Training Consortium in conjunction with the U.S. Department of Energy. This online training explores the various fuels, their properties and origins, how these vehicles differ from conventionally fueled vehicles, and the proper procedures to follow when towing or offering roadside assistance to alternative fuel and advanced technology vehicles. After completing this course, you will be able to:
- Discuss the importance of alternative fuel and advanced technology vehicles.
- Properly and safely identify, assess, and approach an electric drive vehicle (EV) or alternative fuel vehicle (AFV).
- Identify potential hazards of working with an EV or AFV.
- Discuss safety procedures to be followed in towing or offering roadside assistance to an EV or AFV.
- Understand basic properties of EVs and AFVs.
- Describe correct personal protective equipment to be used in dealing with an EV or AFV.
- Follow proper towing and roadside assistance procedures for EVs and AFVs
This Alternative Fuel Vehicles Towing and Roadside Assistance course contains 10 chapters and one comprehensive test.
At the end of the course and once you have completed and passed the comprehensive test included in Chapter #10 - Course Conclusion - Comprehensive Test, you will have the option to get a printable NAFTCC (NAFTC Certificate).
If you have issues enrolling in this online course, please call us at (304) 293-7882.
Participant Manual – ISBN 978-1-933954-30-2
Page: 234
This manual focuses on the basic concepts of battery electric vehicles.
The number of electric and hybrid vehicles is growing every year. Mandates such as the federal Energy Policy Act and the California Federal Pilot Program require most large fleets to include alternative fuel vehicles (AFVs) in ever-growing numbers. All of this means that the demand for AFV technicians is increasing dramatically. The AFV technician needs to know everything that is currently applicable to battery-electric and hybrid-electric vehicles, along with new technology to deal with the batteries, electric motors, controllers, and auxiliary equipment.
Inquire about this item! click here to submit an order request via e-mail to Cristina.Dumitrescu@mail.wvu.edu or call Trina Wafle at (304) 293-7882.
Participant Manual – ISBN 978-1-933954-55-4
Page: 344
This Manual helps participants understand electric drive vehicles and how they operate differently from conventionally-fueled vehicles. Participants will learn how to safely maintain hybrid electric and electric drive vehicles. The information covered in the course has helped participants pass the ASE L3 certification test.
The number of electric drive vehicles is growing every year. Mandates such as the Federal Energy Policy Act require most large fleets to include alternative fuel vehicles (AFVs) in ever-growing numbers. In addition, many consumers have chosen electric drive vehicles.
Inquire about this item! click here to submit an order request via e-mail to Cristina.Dumitrescu@mail.wvu.edu or call Trina Wafle at (304) 293-7882.
Participant Manual – ISBN 978-1-933954-10-3
Page: 328
This manual helps participants obtain a solid foundation of information about alternative fuels, alternative fuel vehicles, and advanced technology vehicles. Through this course, participants gain the ability to discuss different alternative fuel technologies, fuel prices, and how they are affected by national and international events. Unstable fuel prices, coupled with concerns for the environment and air quality, have led many Americans to seek information about alternatives to gasoline, diesel fuel, and other petroleum-based products.
Notify me! Click here to be notified when this course will be conducted next.
Participant Manual – ISBN 978-1-933954-12-4
Page: 174
DESCRIPTION: learn how to safely inspect CNG components to NFPA 52 code, provides information to help pass the CSA Fuel System Inspector exam, and teaches participants to recognize unsafe vehicles. Participants will gain an understanding of regulations needed to inspect CNG components on a conversion, learn what documents to study to be compliant with local and national laws. Understanding the different types of issues that can occur in regards to pressure relief devices. It is best to take this course after taking the Light-Duty Natural Gas or Heavy-Duty Natural Gas training. Participants who have taken this training have an excellent record of passing the CSA exam. Today there are more than 15.2 million natural gas vehicles (NGVs) in use. These vehicles use CNG cylinders, which along with system components, require periodic inspection, creating a demand for certified inspectors. Current standards require visual inspection once every three years or 36,000 miles over the life of the container. Good shop practice recommends a more frequent general inspection. The inspector needs to know what to look for, how to visually inspect, and how to determine whether the cylinder is safe.
Notify me! Click here to be notified when this course will be conducted next.
Participant Manual – ISBN 978-1-933954-57-8
Page: 344
This manual helps participants understand electric drive vehicles and how they operate differently from conventionally fueled vehicles. Participants will learn how to safely maintain hybrid electric and electric drive vehicles. The information covered in the course has helped participants pass the ASE L3 certification test.
The number of electric drive vehicles is growing every year. Mandates such as the Federal Energy Policy Act require most large fleets to include alternative fuel vehicles (AFVs) in ever-growing numbers. In addition, many consumers have chosen electric drive vehicles.
Inquire about this item! click here to submit an order request via e-mail to Cristina.Dumitrescu@mail.wvu.edu or call Trina Wafle at (304) 293-7882.
Participant Manual – ISBN 978-1-933954-30-1
Page: 254
This Manual helps participants understand who has the authority to make decisions regarding jurisdiction, differentiate applied voltage and amperage versus supply equipment charging capacities, and understand electric vehicle supply equipment (EVSE), battery capacity, and charge time.
The introduction of electric drive vehicles requires a unique infrastructure that includes specialized charging equipment and adequate electric service. Electric vehicle (EV) infrastructure is a carefully planned network that safely allows electricity to flow from a designated power source to an electric vehicle. The installation of electric vehicle infrastructure is an essential component for the sustainability of the electric vehicle market.
Inquire about this item! click here to submit an order request via e-mail to Cristina.Dumitrescu@mail.wvu.edu or call Trina Wafle at (304) 293-7882.
Participant Manual – ISBN 978-1-933954-14-0
Page: 466
This manual helps participants develop an understanding of heavy-duty natural gas vehicles, on-board natural gas storage systems, and safety devices used to release stored fuel. The course covers both compressed natural gas (CNG) and liquefied natural gas (LNG) systems.
The number of heavy-duty vehicles powered by alternative fuels is growing every year. Mandates such as the Energy Policy Act of 1992 require most large fleets to include alternative fuel vehicles (AFVs) in ever-growing numbers. Therefore AFV technicians need to know everything that is currently applicable to heavy duty vehicles, along with new technologies to work with AFV fueling systems.
Inquire about this item! click here to submit an order request via e-mail to Cristina.Dumitrescu@mail.wvu.edu or call Trina Wafle at (304) 293-7882.
Participant Manual – ISBN 1-933954-13-2
Page: 516
This manual helps participants learn how the electronics for CNG conversion systems communicate with the OEM PCM, pre- and post- installation setup and gain an understanding of both dedicated and bi-fuel system CNG components and all safety issues related to the fuel systems.
The number of vehicles powered by natural gas is growing every year. Mandates such as the Federal Energy Policy Act require most large fleets to include alternative fuel vehicles (AFVs) in ever-growing numbers. In addition, many consumers have chosen to buy and drive light-duty or passenger vehicles powered by compressed natural gas.
Inquire about this item! click here to submit an order request via e-mail to Cristina.Dumitrescu@mail.wvu.edu or call Trina Wafle at (304) 293-7882.
Participant Manual – ISBN 978-1-933954-15-9
Page: 492
This manual focuses on the understanding of the cryogenic state that liquefied natural gas (LNG) resides in, respect for LNG in regards to all safety aspects, and fuel range in comparison to gasoline and diesel.
The AFV technician needs to know everything that is currently applicable to heavy-duty vehicles, along with new technology to deal with the LNG fuel system, engine, electronics, and exhaust. Facilities hosting this workshop must have LNG vehicles available for instruction.
Inquire about this item! click here to submit an order request via e-mail to Cristina.Dumitrescu@mail.wvu.edu or call Trina Wafle at (304) 293-7882.
Participant Manual – ISBN 978-1-933954-11-6
Page: 134
DESCRIPTION
This manual Provides participants information about how to switch from diesel to biodiesel for personal use and develop an excellent understanding of the theory and process of how to make biodiesel. This course is suited for automotive instructors or anyone who is interested in using biodiesel.
Any diesel engine after 1994 can use biodiesel as a fuel. This course describes engine systems, biodiesel blends, and biodiesel production. The ASTM D6751 standards will be discussed in great detail, as will the benefits and drawbacks of biodiesel technology. When taught at selected locations, this course also includes a demonstration of fuel-making equipment.
Course materials provided:
Includes review questions and learning activities
Each module of the Participant’s Manual contains text, illustrations, explanatory figures and tables, module review questions, and a list of key terms and abbreviations
Course designed for:
Government Officials / Decision Makers
Code Officials / AHJs
Construction / Contractors
Automotive Technicians
Fleet Managers
Secondary Education
Post-Secondary Education
General Consumers
This Participant manual contains 144 pages.
Inquire about this item! click here to submit an order request via e-mail to Cristina.Dumitrescu@mail.wvu.edu or call Trina Wafle at (304) 293-7882.
Participant Manual – ISBN 978-1-933954-17-2
Page: 422
This manual teaches participants to safely service and maintain propane autogas vehicles. The class covers both liquid and vapor-injected propane autogas vehicle systems and converted and factory-made propane autogas vehicles.
Participants will also learn how propane autogas is produced, benefits and considerations of using the fuel, and appropriate safety practices.
Inquire about this item! click here to submit an order request via e-mail to Cristina.Dumitrescu@mail.wvu.edu or call Trina Wafle at (304) 293-7882.
Online Courses
To improve first responder awareness about EVs, the NAFTC teamed with the West Virginia University Fire Extension Service (WVU FES) to produce a free online training, Electric Vehicle Safety: An Awareness Level Training, hosted by the National Volunteer Fire Council. NVFC received funding from General Motors for EV awareness training and outreach for emergency responders.
The approximately one-hour awareness course features WVU FES Adjunct Instructor and NVFC West Virginia Director, Tom Miller, who provides information about identifying hybrid electric vehicles and battery electric vehicles at an incident, assessing for real or potential EV battery damage, de-energizing the vehicle, avoiding thermal runaway, and extinguishing EV and hybrid electric vehicle fires.
A certificate of completion is available from the NVFC and CEUs can be obtained from the WVU FSE for a small fee.
The training is available for free at the NVFC Virtual Classroom: https://virtualclassroom.nvfc.org/products/electric-vehicle-safety-an-awareness-level-training (show symbol for leaving the NAFTC site)
Course Type: Online
ID: 2997_1
Completion Time: Self-paced approx. 2 hours
Alternative fuel vehicles (AFVs) are becoming more common on our nation’s roadways. With increased vehicle use, more and more of these vehicles will reach the end of their life span and wind up in an automotive recycling location. While these vehicles may look like their traditional counterparts, there are key differences. As an automotive recycling operator, you should be aware of the characteristics of alternative fuel vehicles and electric drive vehicles (EVs) to ensure your safety and that of those working with you. Accessible from any computer with internet access, this AFV and Advanced Technology Vehicle Training for Automotive Recycling Operators will provide automotive recycling operators with training on safety, proper procedures to follow when interacting with AFVs and EVs, and the possible hazards of dealing with AFVs and EVs in an automotive recycling environment.
Discuss the importance of alternative fuel and advanced technology vehicles.
Properly and safely identify, assess, and approach an electric drive vehicle (EV) or alternative fuel vehicle (AFV).
Identify potential hazards of working with an EV or AFV.
Discuss fuel storage and system components of EVs and AFVs.
Understand basic properties of EVs and AFVs.
Describe correct personal protective equipment to be used in dealing with an EV or AFV.
Follow proper procedures for dismantling, recycling, and crushing EVs and AFVs.
This Alternative Fuel Vehicles - Automotive Recycling Safety Training course contains 7 chapters and one comprehensive test.
At the end of the course and once you have completed and passed "Chapter 7 - Course Conclusion & Comprehensive Test" , you will have the option to get a printable NAFTCC (NAFTC Certificate).
ENROLL NOW
If you have issues enrolling in this online course, please call us at (304) 293-7882.
Course Type: Online
ID: 2997_1
This course has been developed by the National Alternative Fuels Training Consortium in conjunction with the U.S. Department of Energy. This online training explores the various fuels, their properties and origins, how these vehicles differ from conventionally fueled vehicles, and the proper procedures to follow when towing or offering roadside assistance to alternative fuel and advanced technology vehicles. After completing this course, you will be able to:
Discuss the importance of alternative fuel and advanced technology vehicles.
Properly and safely identify, assess, and approach an electric drive vehicle (EV) or alternative fuel vehicle (AFV).
Identify potential hazards of working with an EV or AFV.
Discuss safety procedures to be followed in towing or offering roadside assistance to an EV or AFV.
Understand basic properties of EVs and AFVs.
Describe correct personal protective equipment to be used in dealing with an EV or AFV.
Follow proper towing and roadside assistance procedures for EVs and AFVs
This Alternative Fuel Vehicles Towing and Roadside Assistance course contains 10 chapters and one comprehensive test.
At the end of the course and once you have completed and passed the comprehensive test included in Chapter #10 - Course Conclusion - Comprehensive Test, you will have the option to get a printable NAFTCC (NAFTC Certificate).
ENROLL NOW
If you have issues enrolling in this online course, please call us at (304) 293-7882.
