EV & Hybrid Vehicle Technology Course Outline

Evolution of EV & Hybrid Technology Types of Electric Vehicles (BEV, HEV, PHEV, FCEV) Types of Hybrid Systems (Series, Parallel, Power-Split) Advantages and Challenges of EVs & Hybrids

Basic Electrical Principles (Voltage, Current, Resistance) Ohm’s Law AC & DC Circuits Power and Energy Electrical Safety Standards

High Voltage Hazards Personal Protective Equipment (PPE) Lockout/Tagout Procedures Safe Handling of High Voltage Components Emergency Response Procedures 

Electric Motors Inverters and Converters Transmission Systems Power Distribution Regenerative Braking System

Battery Types (Lithium-ion, NiMH) Battery Pack Construction Battery Management System (BMS) Battery Cooling Systems Battery Health Assessment Charging & Discharging Principles

AC Charging DC Fast Charging Charging Standards & Connectors Charging Station Installation Basics Charging Safety 

Hybrid Control Module Electronic Control Units (ECUs) CAN Bus Communication Energy Management System Drive Modes

OBD-II Diagnostics Scan Tool Operation Fault Code Analysis Live Data Interpretation Electrical Fault Diagnosis Component Testing

Motor Inspection Inverter Testing Converter Diagnostics Cooling System Inspection Preventive Maintenance

Engine-Electric Motor Integration Power Split Device e-CVT Transmission Hybrid Operating Modes Fuel Efficiency Optimization

High Voltage Isolation Battery Pack Inspection Battery Module Testing Insulation Resistance Testing EV System Diagnostics Regenerative Braking Inspection Real Vehicle Fault Finding Preventive Maintenance 

Workshop Safety Service Documentation Customer Complaint Handling Repair Order Preparation Complete EV/Hybrid Vehicle Inspection Final Practical Assessment & Project Practical Training Includes High Voltage Safety Procedures Multimeter & Clamp Meter Usage OBD-II Scanner Operation Battery Health Testing BMS Diagnostics Motor & Inverter Inspection CAN Bus Diagnostics Live Vehicle Troubleshooting Final Capstone Project