CoreX — Hardware & EngineeringFuture Ready
Hybrid & Electric Vehicle Engineering
Drive the Future of Mobility
Understand the engineering behind Hybrid and Electric Vehicles — from battery systems and motor drives to charging infrastructure and vehicle management systems. Gain knowledge directly applicable to the rapidly growing EV industry.
12 Sessions
3 Certifications
Expert Mentors
100% Project-Based
What you'll learn
Understand EV and HEV architecture and components
Analyse battery systems, BMS, and charging technologies
Study electric motor types and motor drive systems
Understand power electronics — converters and inverters
Learn regenerative braking and energy recovery systems
Diagnose and maintain EV systems safely
Understand charging standards — AC, DC, and wireless
Explore career pathways in EV industry
Course curriculum
Introduction to Electric & Hybrid Vehicles
- History and Evolution of Electric Vehicles
- Types of Electric Vehicles — BEV, HEV, PHEV, FCEV
- Comparison — ICE vs HEV vs BEV
- Global EV Market and India EV Policy
- Career Opportunities in EV Industry
EV Architecture & Power Train
- Electric Vehicle Architecture
- Power Train Components Overview
- Energy Flow in Battery Electric Vehicles
- Hybrid Power Train Design
- EV vs ICE Vehicle Component Comparison
Battery Technology & Management
- Types of Batteries — Li-ion, LiFePO4, NiMH
- Battery Chemistry and Cell Design
- Battery Pack Architecture and Thermal Management
- Battery Management System (BMS)
- Battery Safety and Failure Modes
Electric Motor Technology
- DC and AC Motor Fundamentals
- BLDC and PMSM Motor Types for EVs
- Induction Motors in Electric Vehicles
- Motor Efficiency and Torque Characteristics
- Motor Selection for EV Applications
Power Electronics for EVs
- Introduction to Power Electronics
- DC-DC Converters in Electric Vehicles
- Inverters and Motor Drive Systems
- On-Board Charger (OBC) Design
- Power Electronics Safety and Thermal Management
Regenerative Braking & Energy Recovery
- Principle of Regenerative Braking
- Regenerative Braking Implementation
- Energy Recovery Systems in HEVs
- Supercapacitors for Energy Buffering
- Efficiency Gains from Regenerative Systems
EV Charging Infrastructure
- Charging Levels — AC Level 1, 2 and DC Fast Charging
- Charging Connectors — CCS, CHAdeMO, Type 2
- Home and Commercial Charging Setup
- Wireless and Inductive Charging Technology
- V2G — Vehicle to Grid Technology
Vehicle Control & Management Systems
- Vehicle Control Unit (VCU)
- CAN Bus Communication in EVs
- ADAS and EV Integration
- Over-the-Air (OTA) Updates
- EV Data Logging and Diagnostics
Hybrid Vehicle Systems
- Hybrid Electric Vehicle Architecture
- Series, Parallel and Series-Parallel Hybrids
- Toyota Prius and Hybrid Case Studies
- Energy Management Strategy in HEVs
- Hybrid Transmission and CVT Systems
EV Safety & Maintenance
- High Voltage Safety Procedures
- Insulation Resistance Testing
- EV Servicing and Maintenance Checklist
- Battery Replacement and Recycling
- EV Fire Safety and Emergency Response
Future Mobility & Smart EVs
- Autonomous Driving and EV Integration
- AI and Connected Vehicle Technology
- Solar-Powered EVs
- Hydrogen Fuel Cell Vehicles
- EV Policy, Standards and Future Trends
Capstone EV Project & Career Preparation
- EV Component Analysis Project
- BMS Simulation and Design Exercise
- EV Industry Internship Guidance
- EV Engineer Resume and Portfolio
- Career Pathways in Electric Vehicle Industry
Certifications you'll earn
Certificate of Training
Certificate of Internship
Certificate of Excellence
24/7 Mentor Support + Placement Assistance
Get help from experienced industry mentors whenever you need it. Placement guidance is built into every programme.