It is a four-year undergraduate engineering program focused on electric mobility, EV design, batteries, motors, power electronics, and charging systems.
Students interested in green mobility, automotive engineering, batteries, and sustainable technologies.
EV powertrain, battery technology, BMS, motors, controllers, power electronics, vehicle dynamics, and charging systems.
EV Design Engineer, Battery Engineer, BMS Engineer, Power Electronics Engineer, Charging Infrastructure Specialist.
EV manufacturers, battery companies, charging infrastructure providers, renewable energy companies.
Yes, due to India’s 30% electric mobility goals and global EV adoption.
Yes, including labs, workshops, simulations, internships, and industry projects.
Students who have completed 10+2 PCM.
M.Tech in EV Technology, Automotive Engineering, Renewable Energy, Power Electronics.
Industry-driven curriculum, hands-on labs, and strong industry partnerships.
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It is a specialized program focused on hydrogen production, storage, distribution, and fuel cell mobility systems.
Hydrogen is a major pillar of India’s and the world’s clean energy transition.
Hydrogen production, electrolyzers, fuel cells, storage systems, safety, thermodynamics, and industrial applications.
Hydrogen Production Engineer, Fuel Cell Engineer, Catalyst Engineer, Hydrogen Safety Engineer, Storage Engineer.
Heavy mobility, refineries, steel, aerospace, marine, and renewable energy storage industries.
Driven by the National Green Hydrogen Mission, focusing on large-scale hydrogen adoption.
Yes—fuel cell labs, hydrogen handling, electrolyzer systems, industry projects.
Students with 10+2 PCM.
M.Tech in Fuel Cells, Renewable Energy, Material Science, Chemical Engineering.
Hands-on hydrogen labs, safety protocols, and exposure to emerging hydrogen ecosystems.
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