Electric Vehicle

Master the Future of Mobility with Electric Vehicle Technology

Course Curriculum

1. Introduction to Electric Vehicles (EV)

  • Electric Vehicle Concepts
  • Fundamentals of Electric Vehicles
  • Fundamentals of Automobiles
  • Major Automotive Systems

2. Electric Vehicle Motors

  • Fundamentals of EV Motors
  • Selection and Sizing of EV Motors
  • Motor Control Unit

3. Battery Technology

  • Fundamentals of Batteries
  • Types of HV Battery Cells
  • Battery Working and Its Characteristics
  • Energy Storage System
  • Battery Pack and Motor Calculation
  • Battery Thermal Management System
  • Battery Management System

4. Charging Technology

  • EV Charging Technology
  • EV-DC Charging Equipment Manufacturers
  • Charging Connectors
  • Electric Vehicle Side Charging System
  • Grid-Connected EV Charging Station

5. Control Systems in EV

  • Controllers and Converters
  • Electronic Control Unit Communication
  • Protocols Used in EV Control Systems
  • Monostable Contactor

6. Advanced Electric Vehicle Systems

  • Regenerative Braking System
  • Regenerative Braking System Cont.
  • Function of Fuse
  • Advanced Features of ABS & ESC System
  • Electric Vehicle Anti-lock Braking System
  • ESP-Electronic Stability Program
  • Advanced Driver Assist System (ADAS)
  • ADAS Cont.

7. Auxiliary Systems in EV

  • AC System
  • Electric Vehicle AC System
  • HVAC-Cooling & Heating System
  • EV Air Conditioning
  • Body Control Module in EV
  • Auxiliary System

8. Latest and Future Technologies in EV

  • Latest and Future Technologies in EV
  • Virtual Tour of Battery Assembly
  • Grid-Connected EV
  • Dead Weight Bodies Used in EV

9. Real-Time Tasks

  • Design and optimization of lithium-ion battery management system for electric vehicles
  • Investigation of regenerative braking systems for energy recovery in electric vehicles
  • Energy-efficient climate control systems for electric vehicles: Design and optimization
  • Design and implementation of vehicle-to-grid (V2G) communication in electric vehicles
  • Comparative study of electric vehicle motor technologies: Brushed vs. brushless DC motors
  • Grid-connected electric vehicle charging station using renewable energy source
  • Enhancing safety features in electric vehicles through advanced driver assistance systems (ADAS)