In the era of sustainable transportation and smart mobility, academic institutions are playing a crucial role in fostering innovation. MBM Engineering College, a premier technical institution in India, is now emerging as a hub for student auto projects, especially those aligned with EV innovation. In 2025, students at MBM are actively building electric vehicle prototypes, experimenting with green technologies, and participating in design and efficiency competitions.
The rise of electric mobility across India is creating opportunities for young minds to develop new-age vehicle systems. At MBM, these student auto projects are not only academic exercises but real-world innovation platforms supported by faculty, industry mentors, and technical laboratories. Their efforts are helping to prepare a skilled generation of engineers ready to contribute to India’s green automotive future.
A Culture of Innovation at MBM College
The emphasis on hands-on learning and practical exposure is what sets MBM apart. Students involved in student auto projects are working in multidisciplinary teams—spanning electrical, mechanical, and software engineering—to build EV prototypes and develop innovative mobility solutions.
Key areas of EV innovation covered in MBM’s student projects include:
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Lightweight chassis design using composite materials
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Electric drivetrain development and control systems
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Battery management and thermal safety integration
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Regenerative braking system design
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Real-time telemetry and diagnostics tools
These projects are often showcased in national-level events such as the SAEINDIA BAJA, Formula Bharat, and e-Yantra competitions, where MBM students consistently perform well.
Project Workflow and Learning Outcomes
Each student auto project at MBM follows a structured workflow from ideation to execution. The learning process ensures that students are exposed to every stage of product development, including simulation, design, fabrication, testing, and presentation.
Here’s a table illustrating the typical project phases followed by MBM teams in 2025:
| Project Phase | Activity Description | Timeline |
|---|---|---|
| Research & Concept | Market study, feasibility analysis, and brainstorming | Jan – Feb 2025 |
| CAD & Simulation | Design modeling, FEA, and system simulation | Mar – Apr 2025 |
| Prototype Fabrication | Material sourcing, assembly, and hardware integration | May – Jul 2025 |
| Testing & Optimization | Field testing, telemetry feedback, and fault correction | Aug – Sept 2025 |
| Competition & Demo | Presentation to jury panels and academic exhibitions | Oct – Nov 2025 |
The interdisciplinary exposure during these student auto projects equips learners with technical, analytical, and communication skills, which are essential in today’s evolving automotive landscape.
Industry Collaborations and EV Infrastructure Support
To strengthen the focus on EV innovation, MBM College has established several industry-academia collaborations. Companies such as Tata Motors, Bosch, Ather Energy, and Mahindra Electric have supported MBM students through internships, mentorship, and equipment sponsorship.
These collaborations have enabled access to:
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High-efficiency BLDC motors and controllers
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Lithium-ion battery modules for real-world integration
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EV diagnostics software tools
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Advanced automotive testing rigs
In addition, the college has set up dedicated labs for vehicle dynamics, embedded systems, and thermal testing—all contributing to the depth of student auto projects at the campus.
Career Opportunities and Student Impact
The outcomes of these hands-on EV initiatives are significant. Many MBM students involved in EV innovation have gone on to secure positions in top automotive firms and startups. These experiences act as a launchpad into roles such as:
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Vehicle Integration Engineer
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Battery Systems Analyst
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Powertrain Design Specialist
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Automotive Software Developer
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Sustainability Consultant – Mobility Sector
More importantly, the work culture fostered by these student auto projects nurtures problem-solving abilities, teamwork, and leadership—skills essential for 21st-century engineers.
Conclusion
MBM College has created an exceptional platform where creativity meets technology. Through consistent focus on student auto projects and support for EV innovation, it is cultivating a generation of engineers who can respond to the demands of India’s clean mobility transition. The student-led prototypes reflect a strong commitment to sustainability, technical rigor, and academic excellence.
In 2025 and beyond, MBM continues to lead by example—proving that meaningful innovation can emerge right from college campuses. These students aren’t just building electric vehicles—they’re driving the future of mobility in India.
FAQs
What kind of EV projects are students at MBM working on?
Students at MBM are developing electric vehicle prototypes focusing on battery systems, control modules, and sustainable design.
Are these student auto projects a part of the academic curriculum?
Yes, many of these projects are integrated with final-year projects, research work, and national-level competition entries.
Does MBM collaborate with the industry for EV innovation?
Absolutely, MBM partners with companies like Tata Motors, Mahindra Electric, and Bosch for mentorship, tools, and real-world insights.
Can non-automotive students participate in these projects?
Yes, MBM encourages interdisciplinary teams, including students from electrical, mechanical, and electronics backgrounds.
What benefits do students gain from working on EV innovation projects?
They gain practical skills, build portfolios, improve job readiness, and often receive pre-placement offers from top automotive firms.
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