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Home Courses IIT Delhi |Certificate Programme on Fundamentals of EVs and Charging Infrastructure (Batch 02)

IIT Delhi |Certificate Programme on Fundamentals of EVs and Charging Infrastructure (Batch 02)

To Learn about Different Types of EV Charger and Connectors.

Course Snapshot

  • FeeINR 1,82,900/-
  • Work Experience1 - 30 Years
  • Duration5 Months
  • Delivery MethodOnline

Course Detail

Programme Overview

Certificate Programme on Fundamentals of EVs and Charging Infrastructure by IIT Delhi, emerges as a beacon for those ready to embark on a journey into the heart of Electric Vehicles and Charging Infrastructure. Beyond being a response to challenges, it represents an invitation to join a movement towards a sustainable and dynamic future.

Programme Highlights

  • A Programme from the Centre for Automotive Research and Tribology (CART), IIT Delhi. IIT Delhi is ranked #2 as per the QS World University Ranking 2024 in India.
  • 5-month online programme for working professionals.
  • E- Certificate issued by CEP, IIT Delhi.
  • 55 hours of live online sessions by IIT Delhi faculty and industry experts.
  • 1 Day campus immersion at IIT Delhi Campus (optional).

Desired Candidate Profile

  • B.E./B.TECH/M.E./M.TECH (any stream) OR
  • B.Sc/M.Sc in Electronics OR
  • Engineering Diploma in Electrical or/and Electronics OR
  • Minimum 1 year prior relevant work experience (Electrical, Electronics, EV, etc.)

Course Modules

Module 1: Electrical Engineering Refresher

  • Voltage and current specifications
  • Switching network fundamentals
  • Power calculation
  • Battery charging basics
  • Heat generation in electrical network

Assignment 1: Hardware-oriented simulation basics

Module 2: Power Electronics Refresher

  • Power converter analysis
  • Rectifier and DC/DC topologies
  • Grid interaction
  • Grounding and earthing

Assignment 2 : Power electronics circuits

Module 3: Fundamentals of EVs and Motors

  • Fundamentals of EVs
  • Various types of EV motors
  • EV motor design requirement and selection

Module 4: Design of EV Charger

  • Building blocks
  • Power semiconductor selection
  • Magnetic design
  • Gate drivers

Assignment 3: Component design

Module 5: Control of EV Chargers

  • Voltage and current sensors
  • Feedback control design

Class project: Power electronics system implementation

Module 6: Protection of EV Chargers

  • Thermal design
  • Different types of protections
  • EMI/EMC

Assignment 4: Filter design

Module 7: Battery Technology

  • EV battery design
  • Battery modelling and application
  • Operation and protection

Module 8: Hardware Lab

Hardware implementation of Class project at IIT Delhi Campus Immersion (optional for the learners to attend).

Module 9: Communication and Security

  • Introduction to 5G
  • 5G automotive
  • Power line communications
  • Wireless charging
  • Communication between charger and cloud server and various charge point operators (OCPP and OCPI)
  • Communication protocol testing
  • AC and DC fast charger testing (theory