- Electric Vehicles vs. Conventional Automobiles
- Introduction to Simulation Tools
- Introduction to Embedded C
Post Graduate Program in Electric Vehicle Design
Quick Facts
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Medium of instructions
English
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Mode of learning
Self study, Virtual Classroom
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Mode of Delivery
Video and Text Based
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Course and certificate fees
Fees information
₹ 225,000
certificate availability
Yes
certificate providing authority
Great Learning
The syllabus
Preparatory Module
Module 1: Electric Vehicle Foundations
- Fundamentals of Electric Vehicle and Supporting Infrastructure
- Vehicle Dynamics, Battery and Motor Capacity Estimation
- Electric Vehicle Architecture
- System Design and Performance
Module 2: Electric Motors And Power Convertors
- Design of Electric Motors for Propulsion
- Design of Motor Controllers
- Traction Motor Design
- Design of Power Converters
- Braking of Electric Motor, Motor Drives and Thermal Desig
Module 3: Battery Technology And Control Systems
- Understanding Battery Technology and Designing Battery Pack
- Designing Battery Management Systems
- Designing Fuel Cells and Capacitors for EVs
Module 4: Designing Embedded Systems For Electric Vehicles
- Introduction to Automotive Modelling, Embedded Systems and AUTOSAR
- PCB Design
- C Programming Concepts
- Embedded C Programming
- Model based Development and Testing for Automotive Embedded Systems
Module 5: Quality Assurance And Troubleshooting
- Quality Assurance and Safety Procedures in Electric Vehicle Design
- Troubleshooting and After Sales Support for Electric Vehicles
Capstone Project
- Designing a Complete Electric Vehicle System Using all the Concepts from Module 1 to 5
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