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.
- 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