INTRODUCTION:
The M. Tech. program in Electric Vehicle (EV) Technology is a specialized postgraduate degree aimed at equipping students with advanced knowledge and practical skills in the rapidly evolving domain of electric mobility.
Applicants to this program should possess a solid background in electrical, electronics, mechanical, or automotive engineering.
The two-year curriculum is structured across 4 semesters, with a balanced emphasis on theoretical coursework and hands-on project work.
The program encourages innovation and research, culminating in an individual thesis that addresses real-world challenges and advancements in EV systems and infrastructure.
Students have access to modern laboratories, simulation tools, and interdisciplinary resources, enabling them to gain expertise in battery technology, power electronics, electric drives, charging infrastructure, and vehicle integration.
PROGRAM HIGHLIGHTS
Comprehensive Knowledge: Provides in-depth understanding of electric vehicle dynamics, power electronics, and intelligent transportation systems.
Interdisciplinary Approach: Blends multiple domains such as electrical engineering, automotive technology, energy storage, and smart mobility solutions.
Sustainability Focus: Equips students with the skills to design and implement sustainable transportation solutions.
Industry Relevance: Keeps pace with advancements in battery management, renewable integration, and emerging EV technologies.
Future-Ready Curriculum: Prepares students for leadership roles in the rapidly evolving electric vehicle industry.
Program Highlights
| 1 | 2 | 3 | 4 | 5 |
|---|---|---|---|---|
| State-of-the-Art Laboratories | Live Projects & Internships | Interdisciplinary Learning | Expert Faculty & Industry Mentors | Sustainability-Focused Research |
STAY AHEAD WITH VALUE-ADDED COURSES
To complement the core curriculum, we offer recent and futuristic value- added courses, ensuring that students remain at the forefront of industry trends. These include:
Battery Management Systems & Charging Infrastructure Artificial Intelligence in Evs Advanced Power Electronics for Electric Mobility Smart Grid & Renewable Energy Integration Autonomous and Connected Vehicles Cyber security for Electric Vehicles
Exclusive Coursera Partnerships: Access to top-rated online courses on EV technology, power systems, AI in mobility, and more.
EV Design & Development Engineer Battery Technology Specialist Power Electronics Engineer
Autonomous Vehicle Researcher
EV Charging Infrastructure Planner Energy Systems Analyst
Electric Mobility Consultant
Academic & Research Roles
Energy Storage Systems for Electric Vehicle EV Charging Infrastructure and Analysis
Sensors for EV system
Electronic Product Design
Electric Vehicle System Engineering and Policy
EVs in Smart Grid
Electric Vehicle Design & Development
Electric Vehicle Integration
Design of Battery, Hydrogen Fuel Cell, Hybrid Energy Solutions For Evs
Design of EV Controllers: BMS, Motor Controllers
EV Charging Technology
Electronics & embedded system development
Step-by-Step Process of Disassembly & Assembly of An Electric Vehicle
Create Process for EV Maintenance, Safety, Salvage and Recycling
EV FEA, Dynamic Simulation and transient
Analysing using ANSYS
Multidisciplinary Approach
Industry Tie-Ups
Sustainability & Innovation
Incubation & Entrepreneurship Support
Future-Proof Skillset
