Electric Vehicles installation and design

This course of electric vehicles will help you to discover useful knowledge and facts about the electric vehicles that you really need as a learner. If you desire to know how electric vehicles work, what fundamental systems they are made of, their progress history, categorization, and potential guidelines for future developers, then welcome to this course. You can understand all the basic concepts and techniques associated In this class, current and future of the electric vehicles, hybrid, plug-in hybrid, extended range and fuel cell automotive vehicles will be discussed in detail. Types of the electric vehicles and their batteries used base upon their materials and assembly will be analyzed in detail. If you are interested to learn about the operation of the electric cars, this course will also give you a simple but comprehensive overview of how batteries and also how battery thermal management system (BTMS) work

4.3

Duration

2 Weeks

Skill Level

Moderate

Starts From:

19/01/2026

Category

SAGE Winter School 2025-26

Objectives-India’s electric vehicle (EV) revolution is not only driven by market demand and technology but also by proactive government policies. In 2025, both central and state governments are implementing measures to promote EV adoption, expand charging infrastructure, and encourage domestic manufacturing.

These policies are critical to reduce India’s reliance on fossil fuels, increase local production, and attract global EV investments. For businesses and professionals, understanding these frameworks is essential to navigate the EV ecosystem.

What you'll learn


Module 1: Introduction to Electric Vehicles This module introduces the students to the relevance of electric vehicles, current demand in EV industry and opportunities of skilled EV engineers.

Module 2: Electric Vehicle Foundations In this module, students will learn the history and evolution of electric vehicles and what goes into building them. Students will be able to appreciate the actual impact.

Module 3: Understanding the Foundations of an Electric Vehicle Here we look into what is considered as an electric vehicle, and what electric vehicles are made up of. This module will cover the necessary components of an electric vehicle.

Module 4: Mathematical Modeling of an electric vehicle In this module, students learn about modelling the conversion of an ICE vehicle to electric. They choose a target vehicle in the Indian market, finalize the vehicle specifications and simulate the energy consumption for their electric vehicle conversion using SCILAB.

Course Outcomes:

 

By completing the EV101 course, students will be introduced to electric vehicles, their importance and identify various components of an EV

. By the end of this course, students will:

 - Get introduced to electric vehicles, understand how are EVs different from ICE vehicles and identify various parts of an electric vehicle.

     -Learn the fundamentals of Lithium-ion cells.

-Analyse EVs based on power sources and calculate range of an EV.

 -  Perform motor power and torque calculations to select a motor to     build their own EV.

-Learn the basics of converting any petrol 2-wheeler into an electric vehicle.

Name-Dr. Murli Manohar

Associate Professor in Electrical Department

MITS Gwalior (MP)

Name: Prashant Garg

Mobile No: 09630379383

Email: [email protected]

Course Image

This Premium course is included in plans

1000/-

Registration Closed

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