The BTech project EV prototype developed by final-year engineering students at MGM College Nerul has become the highlight of the 2025 academic year. Designed as a capstone project, this fully functional electric vehicle prototype reflects both technical excellence and environmental awareness. It’s a proud demonstration of what student innovation, teamwork, and practical learning can achieve when given the right mentorship and infrastructure.
Built entirely on campus using industry-grade tools, this electric prototype represents a blend of academic research and real-world engineering. The initiative is not just a college-level achievement—it’s a reflection of India’s growing shift toward sustainable mobility, with young talent at the forefront of change.
Practical Innovation by MGM Engineering Students
The MGM engineering department encouraged this capstone initiative to challenge students to move beyond textbooks. The selected group of students worked through every stage of the project—from concept design and feasibility analysis to fabrication, assembly, and final testing. The team handled tasks like chassis construction, battery selection, wiring layouts, motor integration, and user-interface development.
As part of the project scope, the students focused on energy efficiency, range optimization, and lightweight vehicle architecture. The result is a compact, functional EV that demonstrates strong fundamentals in EV design. The prototype runs smoothly within the college premises and has already gathered attention from visiting faculty and industry guests.
Bridging Theory and Real-World EV Design
This BTech project EV prototype is a great example of practical learning. While students studied motor control, battery management, and regenerative braking in class, they were able to apply these concepts directly in the workshop. What sets this project apart is its application of multidisciplinary learning—mechanical, electrical, and computer engineering students all collaborated, making the project holistic.
For many, this was their first real experience with EV design. From CAD modeling of vehicle parts to hands-on welding and soldering, every component was built with attention to sustainability and functionality. The vehicle was even fitted with a small solar charging port as an experimental feature, showcasing a deep commitment to innovation.
Promoting Student Innovation and Green Thinking
One of the core goals of this project was to inspire student innovation and promote sustainable engineering practices. MGM College supported the students with access to advanced labs, fabrication workshops, and guidance from automotive professionals. The success of this BTech project has encouraged underclassmen to explore similar themes for their future academic pursuits.
What’s equally exciting is that the project has created dialogue about sustainability across campus. Students and faculty from non-engineering departments have visited the EV prototype site, triggering discussions about green energy, climate responsibility, and low-emission transport systems.
The Future of Student-Led EV Development
With the successful completion of this BTech project EV prototype, MGM Nerul has set a precedent for how academic institutions can foster meaningful, future-ready engineering talent. This is more than just a vehicle—it’s a symbol of how far students can go when theory meets practice with the right support.
In 2025, with India’s EV industry growing rapidly, the experience and exposure gained from this capstone project place these students ahead of the curve. Whether they go on to join startups or build their own clean-tech ventures, these young engineers now hold the confidence and practical knowledge to contribute meaningfully to the EV revolution.
FAQs
What is the BTech project EV prototype at MGM College?
It is a final-year capstone project where engineering students designed and built a working electric vehicle prototype on campus.
What disciplines were involved in this EV design project?
Mechanical, electrical, and computer engineering students collaborated to handle chassis fabrication, wiring, software control, and system integration.
How does this project support student innovation?
It offers hands-on experience in building a functional EV, encouraging practical learning, creative thinking, and sustainable design approaches.
What features does the prototype include?
The vehicle features lightweight construction, a battery management system, and even a solar charging port as an experimental eco-friendly feature.
Will this BTech project be displayed publicly?
Yes, the EV prototype is already showcased at college events and is expected to be a centerpiece for upcoming tech and green expos organized by MGM.