Electric, Hybrid and Alternative Fuels Vehicle Technician Overview (5213)
Type of Award
CCP - Career Certificate Program (CIP 0647061400)
Program Website
www.pbsc.edu/CareerPathways/Industry
Program Description
This certificate program prepares students for careers in hybrid, electric, and alternative fuel vehicle service through a comprehensive blend of classroom instruction and hands-on laboratory experience. Students gain foundational and advanced knowledge of hybrid and electric vehicle (HEV/EV) systems, including high-voltage safety, batteries, electric motors, power electronics, inverters, steering, suspension, regenerative braking, HVAC, and cooling systems. The program also covers automotive electrical and electronic systems, engine performance diagnostics, start/stop technology, and emissions compliance. Emphasis is placed on industry-standard diagnostic procedures, OSHA and EPA regulations, shop safety, and proper use of tools and service information. Additionally, students explore alternative fuel technologies such as compressed natural gas vehicles and lean-burn systems. Graduates are well prepared to safely diagnose, maintain, and service modern HEV, EV, and alternative fuel vehicles in today's evolving automotive industry.
Program Learning Outcomes
For detailed information, visit www. pbsc.edu/ProgramLearningOutcomes.
Admission Requirements
- Have a standard high school diploma or GED;
- Attendance at an information session is mandatory.
- Meeting with a Trade & Industry student advisor is mandatory
- Meeting with a program director or designated person is mandatory.
- Take the Test of Adult Basic Education (TABE) exam if not exempt from TABE testing. To determine if you are exempt, please go to this link and view TABE standards.
For additional information regarding admission requirements refer to the Admissions section of this catalog.
Completion Requirements
- Students must successfully complete all courses listed in the catalog for this program.
- Students must pass the TABE with the following minimum TABE test scores: Reading 9; Language: 9; Mathematics: 10 or qualify for TABE exemption.
- All financial responsibilities must be satisfied.
For more details about graduation requirements please refer to the Graduation section of this catalog.
Program Length
Total program hours: 850 clock hours. Approximate program length: 33 weeks daytime program / 47 weeks evening program.
Location
The program is offered at the Lake Worth campus.
For More Information
Doreen Singer, Program Director, singerd@pbsc.edu, 561-868-3542
Employment Opportunities
Upon completion of the certificate program, graduates will be well-equipped to pursue various career opportunities in the automotive industry, including but not limited to:
- Hybrid/electric vehicle technician
- Alternative fuel vehicle specialist
- Sustainable transportation consultant
- Fleet manager (specializing in hybrid/electric vehicle fleets)
Career Path Notes
Upon Successful completion of this program, students are prepared to pursue advanced professional certification in hybrid and electric vehicle technology. Graduates are eligible to sit for the National Institute for Automotive Service Excellence (ASE) L3 Hybrid and Electric Vehicle Certified Technician exam. ASE requires technicians to first hold A6 (Electrical and Electronic Systems) and A8 (Engine Performance) certifications as minimum prerequisites for the L3 credential. For those seeking specialization in alternative fuel vehicles, ASE also recommends obtaining the F1 ( Light Vehicle Compressed Natural Gas) certification to further enhance career opportunities in this field.
Other Certifications Available:
- Electric Vehicle Technician Certification from relevant industry associations.
- Manufacturer-specific training and certifications offered by leading hybrid/EV manufacturers.
This certificate program will also provide students with avenues for ongoing learning and professional development. This may include:
- Continuing education courses to stay updated on the latest hybrid, EV, and alternative fuel technologies advancements.
- Participation in industry conferences, workshops, and seminares.
- Collaboration with automotive manufacturers, research institutions, and government agencies on cutting-edge projects and initiatives.
Career Center
www.pbsc.edu/CareerCenter
For more information about employment opportunities including job outlook and salary information visit: Occupational Outlook Handbook: www.bls.gov/ooh
O-Net Online: www.onetonline.org
Required courses:
Required Courses (Clock Hours: 850)
Group A
| AER0862 | Introduction to Hybrid and Electric Vehicles and Hybrid and Electric Vehicle Service Safety (CCP) | 150 Clock Hours |
Group B
| AER0882 | Electricity Fundamentals and High Voltage Batteries/Electrical Storage Systems (CCP) | 200 Clock Hours |
Group C
| AER0883 | Motor, Generator and Power Inverter Operation (CCP) | 100 Clock Hours |
Group D
| AER0863 | HEV and EV Steering, Suspension and Brakes (CCP) | 100 Clock Hours |
Group E
| AER0864 | EV and HEV Maintenance and Air Conditioning (CCP) | 100 Clock Hours |
Group F
| AER0865 | ICE Engine Performance (CCP) | 100 Clock Hours |
Group G
| AER0873 | Alternative Fuels such as LPG, LNG, RNG and Hydrogen (CCP) | 100 Clock Hours |
Total Credit Hours: 1050
Course Sequence
Term One - (Clock Hours: 445)
| AER0862 | Introduction to Hybrid and Electric Vehicles and Hybrid and Electric Vehicle Service Safety (CCP) | 150 Clock Hours |
| AER0882 | Electricity Fundamentals and High Voltage Batteries/Electrical Storage Systems (CCP) | 200 Clock Hours |
| AER0883 | Motor, Generator and Power Inverter Operation (CCP) | 100 Clock Hours |
Term Two - (Clock Hours: 400)
| AER0863 | HEV and EV Steering, Suspension and Brakes (CCP) | 100 Clock Hours |
| AER0864 | EV and HEV Maintenance and Air Conditioning (CCP) | 100 Clock Hours |
| AER0865 | ICE Engine Performance (CCP) | 100 Clock Hours |
| AER0873 | Alternative Fuels such as LPG, LNG, RNG and Hydrogen (CCP) | 100 Clock Hours |
Total Credit Hours: 1050