Electric Vehicle Maintenance and Diagnostics for Technicians

As electric vehicles dominate the roads, traditional automotive mechanics must adapt to high-voltage systems, battery packs, and complex electronics. Understanding the unique architecture of EVs is essential for any modern automotive technician looking to stay relevant. This written course guides you through the core principles of electric vehicle mechanics, safety protocols, and diagnostic workflows, helping you safely service, diagnose, and maintain modern electric and hybrid vehicles. What you'll learn: 1. Understand high-voltage safety protocols and personal protective equipment requirements. 2. Explain the architecture and chemistry of EV battery packs and battery management systems. 3. Analyze electric drivetrain components, including inverter technology and electric motors. 4. Diagnose common EV faults using modern scanner workflows and CAN bus communication basics. 5. Evaluate thermal management systems used to regulate battery and cabin temperatures. 6. Master regenerative braking systems and their integration with traditional brakes. The course starts with essential safety definitions and fundamental electrical concepts before moving into battery chemistry, powertrain diagnostics, and real-world troubleshooting scenarios. You will progress systematically through clear, written explanations and diagnostic case studies. This training is designed for traditional automotive mechanics, students, and car enthusiasts who want to build a solid foundation in EV technology, with no prior EV experience required. Start building your modern automotive repair skillset today.