Raptee.HV Opens Educational EV Centre of Excellence at REC

Chennai-based electric vehicle manufacturer Raptee.HV has launched a dedicated Centre of Excellence for electric mobility at Rajalakshmi Engineering College, marking a significant step in bridging the gap between academic learning and real-world EV technology. The 3,000-square-foot facility, developed with an investment of Rs 50 lakh, is designed to give engineering students practical exposure to electric vehicle systems, components, and emerging technologies that are shaping the future of sustainable transport in India.

The centre, referred to as the HV Lab, houses a Raptee.HV T30 electric motorcycle along with core EV components, a naked motorcycle fitted with digital twin technology, interactive learning modules, and dedicated spaces for hands-on experimentation and prototyping. By bringing industry-grade equipment and expertise directly onto the campus, Raptee.HV aims to equip students with skills that go beyond textbooks and prepare them for careers in the rapidly expanding electric mobility sector.

Electric vehicles represent one of the most important technological shifts in the automotive industry. As India pushes toward cleaner transportation and reduced dependence on fossil fuels, the demand for engineers who understand battery systems, power electronics, electric motors, vehicle control units, and thermal management continues to rise. Traditional mechanical and electrical engineering curricula often struggle to keep pace with these specialised requirements. Centres of Excellence like the one at Rajalakshmi Engineering College help close that gap by offering structured, practical learning environments.

Students using the facility will gain direct experience with high-voltage systems, battery packs, motor controllers, and charging interfaces. The presence of a complete Raptee.HV T30 allows learners to study a production EV in detail, examining how design choices affect performance, safety, and efficiency. The naked motorcycle equipped with digital twin technology is particularly valuable. Digital twins create virtual replicas of physical systems that update in real time. Students can simulate different operating conditions, test design modifications, and analyse performance data without risking physical hardware. This approach accelerates learning and mirrors the digital engineering practices used by leading automotive companies.

Interactive learning modules complement the hardware. These modules cover fundamental concepts such as battery chemistry, regenerative braking, powertrain architecture, and vehicle dynamics specific to electric two-wheelers. Learners can progress from basic principles to advanced troubleshooting and system integration. Dedicated prototyping spaces encourage students to design, build, and test their own EV-related projects, fostering innovation and problem-solving skills.

The collaboration reflects a broader industry trend. EV startups and established manufacturers are increasingly partnering with engineering colleges to develop talent pipelines. For Raptee.HV, the centre provides a platform to identify promising engineers early, share practical knowledge, and contribute to the local ecosystem in Chennai, a city with a strong manufacturing and automotive heritage. For Rajalakshmi Engineering College, the facility strengthens its offerings in emerging technologies and enhances the employability of its graduates.

Beyond immediate technical training, the Centre of Excellence supports long-term educational goals. Students learn to approach complex systems holistically, integrating mechanical design, electrical engineering, software, and data analysis. They develop an understanding of safety protocols required when working with high-voltage components, an essential skill as EV adoption grows. Exposure to real industry standards and quality practices prepares them for roles in research and development, manufacturing, testing, and after-sales support.

The timing of the launch is significant. India’s electric two-wheeler market continues to expand as consumers seek affordable and efficient alternatives to petrol vehicles. Government incentives, improving charging infrastructure, and advances in battery technology are accelerating this transition. Companies like Raptee.HV are positioning themselves to meet demand with products designed for Indian road conditions and usage patterns. Training the next generation of engineers ensures that the industry has the skilled workforce needed to scale production, improve reliability, and innovate further.

Faculty members at the college will also benefit. Access to modern EV equipment and industry collaboration enables them to update course content, conduct applied research, and guide student projects with greater relevance. Joint workshops, guest lectures, and potential internship pathways can further deepen the connection between classroom and workplace.

The ₹50-lakh investment underscores the seriousness of the partnership. Creating a functional lab with production vehicles, specialised components, digital tools, and learning infrastructure requires careful planning and resources. By committing these resources, Raptee.HV signals its belief in the value of academic-industry collaboration for long-term growth.

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As electric mobility continues to evolve, facilities of this kind will play an increasingly important role in education. They transform abstract concepts into tangible experiences and help students develop the confidence and competence required to contribute meaningfully to the sector. The Centre of Excellence at Rajalakshmi Engineering College stands as a practical example of how startups and educational institutions can work together to build capabilities that support both technological progress and sustainable development.

In the coming years, the impact of such initiatives will be measured not only by the number of students who pass through the lab but by the quality of engineers they become and the innovations they help create. Raptee.HV’s decision to establish this centre reflects a forward-looking approach that prioritises knowledge sharing alongside product development, ultimately strengthening India’s position in the global electric vehicle landscape.