Advanced Programme in Electric Vehicle (EV) Technology

Programme Offered by Continuing Education Programme (CEP), IIT Delhi

6 Months | 72+ Total Hours
Commencement Date
7th July 2024
Application Closure Date
30th June 2024
Session Timing
Sunday, 9:00 AM to 12:00 Noon

Programme Overview

Advanced Programme in Electric Vehicle (EV) Technology is designed to provide a comprehensive view of Electric Vehicle (EV) Technology to fresh graduates and working professionals and will cater to the training and development need of industry 4.0. By the end of this programme, participants will be able to build the required skill set, capabilities and gain knowledge in the e-mobility domain.

Programme Highlights


Certificate of Successful Completion from CEP, IIT Delhi


Live Interactive Sessions by IIT Delhi Faculty


Cutting-edge curriculum designed by IIT Delhi Faculty


Gain Industry-oriented insights from IIT Delhi Faculty

Student Learning

Group Project


Peer-to-peer Learning

Programme Details


  • For Indian Participants – Graduates or Diploma Holders from a recognised University/Institutes(UGC/AICTE/DEC/AIU/State Government) in any discipline.
  • For International Participants – Graduation or equivalent degree from any recognised University or Institution in their respective country.

Screening & Selection

  • Screening and Selection will be done by IIT Delhi.

Syllabus Breakdown

  • Outlook for EV and the Indian scenario
  • Basic scheme of EV drivetrains
  • Vehicle dynamics and concept of drive cycles
  • Electrochemical cell and battery
  • Influence of battery on EV range and cost
  • Type of batteries used in EV
  • Other electrochemical storage relevant to EV: fuel cell, supercap, flow battery
  • Battery state and rate of discharge: SoC, SoH, C-rate
  • Key characteristics of battery: Voltage, current-voltage characteristics
  • Li-ion battery: present state of the art and future directions
  • Li-ion battery failure mechanisms and testing
  • Li-ion cell manufacturing process
  • Sizing of battery pack
  • Mechanical and thermal design of battery pack
  • Voltage and current levels in EV
  • Power electronics interface – components and devices
  • Convertors and invertors
  • EMI and EMC
  • Traction motors and their characteristics
  • Battery management system (BMS)
  • Power-train architecture
  • EV charging levels
  • Charger types and standards
  • EV charging techniques
  • EV Indian scenario and future projections
  • Total cost of ownership
  • Indian EV policies
Real-World Case Studies
Industry Relevant Project Work
Hands-on Exercises and Assignments
Continuous Evaluation
  • Campus immersion after programme completion (optional).
  • This is an indicative list of course topics and is subject to change as per IIT Delhi’s discretion.