Our in person courses are offered as interactive instruction at pre-determined locations or onsite at your facility. Our training can be tailored to your organizational needs.
Automotive Technicians
Medium & Heavy-Duty Technicians
EV Maintenance & Repair Professionals
Safety Managers & Trainers
Fleet Managers
Fleet Vehicle Operators
Facilities Managers
Anyone interested in learning more about EV technology
Understanding high-voltage systems is crucial for industry professionals. Our Electric Vehicle High Voltage Safety Course provides essential knowledge that prepares your technicians to safely maintain light-, medium-, and heavy-duty vehicles.
Key Concepts: HV Systems and components, PPE, technician hazards, Safe Downs, safety systems, and more.
Electrical Systems Diagnosis provides fleet technicians with an understanding of basic electrical principles, common electrical components, and more. Emphasis is placed on circuit diagnosis using wiring schematics and digital multimeter data in a hands-on environment.
Key Concepts: Writing schematics, circuit tracing, diagnosing electrical faults, Ohm’s laws, electrical hazards, and more.
Improve your understanding of the advanced electrical systems found in today’s medium and heavy-duty ZEV platforms. This is a hands-on course.
Key Concepts: Advanced digital multimeter functions, systems communication, diagnostic practice, circuit measurement, and more.
Learn the fundamentals of Electric Vehicle Supply Equipment (EVSE) and electric vehicle charging systems.
Key Concepts: Equipment types and charge levels, vehicle and charger communication, circuit inspection, diagnostics, and more.
This practical training course teaches maintenance, troubleshooting, and repair of Level 1 (120-volt AC) and Level 2 (240-volt AC or less) EVSE – Electric Vehicle Service Equipment. This course also teaches an Intro to Electric Vehicles, Intro to EV Charging, Charger Communications, Charger Manufacturers, EVSE Communications, EVSE Styles & Auxiliary Equipment, and EVSE Maintenance. Prerequisites are required to take this course.
Key Concepts: Level I and II EVSE maintenance, troubleshooting and repair, EVSE communications, equipment and more.
Introduction to Electric Heavy-Duty Vehicles trains students with the essential skills to enter the emerging electric heavy-duty vehicles (EHDV) industry. This training is essential for managers, supervisors, commercial vehicle inspectors, and technicians.
Key Concepts: EVHD safety, charging level systems, drivetrain components, battery pack repair, testing, thermal management systems, electronic controls, and more.
Hydraulics for Heavy Duty Vehicles teaches the fundamentals, operation, service, troubleshooting, and repair procedures for hydraulic systems found in Diesel, hybrid and electric heavy-duty vehicles.
Key Concepts: Hands-on troubleshooting and repairing HD vehicle hydraulic systems, and more.
The ASE A6 Test Prep course prepares technicians for the ASE A6 certification test, assessing their knowledge and skills in diagnosing and repairing electrical and electronic systems in vehicles. Emphasis is placed on troubleshooting and repair procedures, with practice tests and illustrations provided for learning reinforcement.
Key Concepts: Skills assessment, extensive coverage of electrical and electronic systems, practice testing, and more.
This course will prepare students to take the ASE A8 Engine Performance exam. In depth study of test methods, wiring diagrams, sensors, computers, emissions, and diagnostic ASE style questions are used for preparation. Prerequisites are required to take this course.
Key Concepts: Advanced Multimeter functions, systems communication, diagnostic practice, and much more.
This course prepares students for the ASE L3 Light Duty Hybrid/Electric Vehicle exam. Application and in-depth study of exam’s test methods, wiring diagrams, computers, AC/DC electricity, inverters/converters, and vehicle charging sources are included in the class. Certification in ASE A6 and A8 are required to take this course.
Key Concepts: Test methods, wiring diagrams, computers, AC/DC electricity, inverters/converters, and more.
This course teaches theory, testing, and service of mechanical and electronic systems for electric, diesel, CNG and alternative fuel systems. Zero-emissions, electric trucks, and theory of operation is covered.
Key Concepts: Systems diagnosis techniques for current production of medium/heavy-duty electric, diesel, CNG engines and more.
