Green Mobility : The Era of EVs and HVs as the key driver achieving CO2-neutral mobility and combating climate change
-Methila.M
The revolution has catalysed an unprecedented demand for proficient professionals versed in the intricacies of electric and hybrid vehicle technologies.
✔ These vehicles integrate state-of-the-art powertrains, energy storage systems, and dynamic control mechanisms to deliver sustainable, efficient mobility solutions.
✔ Vehicles offer cleaner, more efficient alternatives to traditional combustion engines, with EVs leading the way in zero-emission driving and HVs enhancing fuel efficiency.
At Vellore Institute of Technology, our engineering programs, at both undergraduate and postgraduate levels, provide you with the skills to excel in the burgeoning and promising field of Electric Vehicles.
- UG Programme
B.Tech. Mechanical Engineering with Specialization in Electric Vehicles(EV): A four-year program that covers topics such as design, manufacturing, automation, and thermal engineering. - PG programmes
★ M.Tech. Electric Mobility – prepares students for careers in the EV industry, including roles in manufacturing, research and development, and government agencies.
★ M.Tech. Power Electronics and Drives-integrates field visits and training in research areas like smart grids, power converters, and EV.
What Makes Careers in EVs and HVs Exciting?
1. Global Impact
EVs and HVs become an integral part of global efforts to combat climate change; professionals in this sector contribute to worldwide sustainability goals, influencing a change across borders.
2. Ground-breaking Innovations
From improving battery technology to exploring autonomous driving , Mechanical engineers in the EV and HV sector work on pioneering technologies that integrate mechanics, thermodynamics, and electronics, pushing the boundaries of innovation.
3. Government Incentives and Support
As governments push for greener transportation solutions, job opportunities in the EV and HV sectors are bolstered by subsidies, tax incentives, and policy initiatives.
Top Career Roles in EVs and HVs
Pioneers the development of autonomous driving technologies specifically tailored to electric vehicles, leveraging artificial intelligence, machine learning, and sensor fusion to advance the capabilities of self-driving electric mobility.
2. Powertrain Systems Innovator
Leads the design and enhancement of propulsion systems, integrating electrical and mechanical components to deliver optimized power conversion and drive performance in hybrid and fully electric vehicles.
3. Battery Technology Architect
Spearheads the conceptualization and refinement of advanced energy storage systems, optimizing electro-chemical performance and operational longevity of batteries used in EV and HV platforms.
Key Skills for Success in EVs and HVs Technology :
One should be proficient in developing autonomous driving systems with expertise in sensor fusion (LiDAR, radar, cameras) and machine learning algorithms. Skilled in V2X communication to enable intelligent, connected, and safe transportation solutions
2. Powertrain Design & Optimization:
Should Expertise themselves in designing and optimizing electric and hybrid powertrains, including electric motors, inverters, and energy recovery systems, to ensure high performance, efficiency, and seamless integration across vehicle subsystems.
3. Battery Management and Thermal Systems:
Should possess a deep knowledge of advanced battery chemistry, battery management systems (BMS), and thermal management techniques to enhance battery life, optimize energy storage, and ensure safe operation under varying conditions.
"Embrace the revolution-choose a career in EVs and HVs, and drive the change toward a sustainable and electrifying future”
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