IIT Delhi |Certificate Programme on Fundamentals of EVs and Charging Infrastructure (Batch 02)
To Learn about Different Types of EV Charger and Connectors.
To Learn about Different Types of EV Charger and Connectors.
- FeeINR 1,82,900/-
- Work Experience1 - 30 Years
- Duration5 Months
- Delivery MethodOnline
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).
● 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.)
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