MTech in EV Technology from VNIT Nagpur

Choose Your Learning Track

VNIT allows flexible learning. Choose the learning track as per your convenience, earn credits. Use the credits later to earn your MTech degree from VNIT.

VNIT also allows for credit transfers. If you completed PG Diploma from VNIT and accrued 40 credits, you can then complete the MTech project thesis, receive 12 more credits, and get an MTech degree also.

Key Outcomes

Understand the technology that differentiates EV from ICE vehicles.
Gain a deep understanding of powertrain electrification.
Develop systems engineering approach to EV design.
Learn model-based development for EV design & development.

Understand the technology that differentiates EV from ICE vehicles.
Gain a deep understanding of powertrain electrification.
Develop systems engineering approach to EV design.
Learn model-based development for EV design & development.
Learn how to disassemble and reassemble an electric vehicle.
Develop Design, Verification, Validation Planning (DVVP) skills.
Develop the skills to design EV controllers.
Become an advanced energy storage systems (ESS) expert.

Understand the technology that differentiates EV from ICE vehicles.
Gain a deep understanding of powertrain electrification.
Develop systems engineering approach to EV design.
Learn model-based development for EV design & development.
Learn how to disassemble and reassemble an electric vehicle.
Develop Design, Verification, Validation Planning (DVVP) skills.
Develop the skills to design EV controllers.
Become an advanced energy storage systems (ESS) expert.
Master smart mobility (ADAS levels & connected vehicles).
Extract and use diagnostics, IoT and data analytics.
Master EV maintenance, safety, salvage and recycling best practices.
Gain work experience through projects, internships & career support.

Upon completion of the Applied EV Design and Integration course, one should be able to follow the literature on these subjects and perform independent design, research and development work applying systems engineering approach and using virtual models

Lead in Transforming the World

Girija Shanware

Tata Electronics Pvt. Ltd
Experience: 4+ years

I chose this program for its in-depth knowledge, practical lectures, and the convenience of online learning. I believe the Indian electric vehicle industry holds significant growth potential.

Abhishek SIngh

Manager, Forvia Clean Mobility
Experience: 14+ years

Choosing EV M.tech was the best decision. The interactive sessions, combined with case studies, have provided practical insights into the EV domain. The faculty's industry experience adds immense value to our learning

Kumaran M

Deputy Manager, Royal Enfield
Experience: 17+ years

I am grateful for the insightful first semester in Mtech EV Tech. The curriculum is comprehensive, covering the nuances of electric vehicle technology. The faculty's mentorship has been instrumental in my academic growth.

Shrikrishna Manjrekar

Principal Consultant, Infosys
Experience: 25+ years

The program's emphasis on practical learning, coupled with lab-sessions, enriches the educational experience. I strongly recommend this program to anyone interested in exploring the rapidly growing EV market in India.

Venkat Mohan

Banking Professional, HDFC
Experience: 5+ years

The course structure, tailored for working professionals like me, exceeded my expectations with relevant projects and hands-on learning. Trainer Vikrant's experience and real-world examples, along with NIT faculty like Mr. Ritesh Keshri, made complex topics like electrical systems understandable.

Pratiksha Shambharkar

Executive Engineer, MSEDCL
Experience: 19+ years

MSEDCL is venturing into EV charging stations, this course will not only enhance my knowledge but also contribute to the progress of my company. I highly recommend this course to fellow engineers, as EV technology is the future, and this program equips us with the necessary skills to thrive in this evolving industry.

Rafael Tovo

Applied EV Design & Integration Program Alumni

BEFORE

Systems Integration,
Safety & Reliability Engineer

Cohort-July’22

AFTER

Safety & Reliability Engineer

A very good course which covers all fundamental topics in the EV engineering world and successfully prepares engineers to deal with EV basic modeling and simulation. The hands-on portion of the course is also of great importance.