M.Tech. in Renewable Energy and Electric Vehicle Technology

About the Course

The M.Tech. in Renewable Energy and Electric Vehicle Technology is a multidisciplinary postgraduate program offered in both regular mode and for working professionals. The course is designed to equip students with in-depth knowledge and hands-on skills in key areas such as solar photovoltaics, electric vehicles, green hydrogen, electrochemistry, sensor technologies, microgrids, and smart power systems. With a strong focus on industry-linked innovation and skill development, the program empowers students for research excellence and global success. It aims to foster innovation, address real-world challenges in clean energy and e-mobility sectors, and develop next-generation professionals who can lead the global transition toward a cleaner, greener, and more sustainable future. Students benefit from industry-integrated laboratories, strong placement and internship support, and merit-based scholarships at the entry level.

Key Research Areas

Students and researchers at CReSES engage in frontier research spanning:

  • Renewable energy technologies and integrated applications
  • Smart and self-cleaning systems for energy devices
  • Electric vehicle systems and advanced battery technologies
  • Smart sensor systems and instrumentation
  • Electronics design for renewable and EV systems
  • Photovoltaic system reliability assessment
  • Hydrogen energy and fuel cell integration
  • Environmental pollution control and prevention
Eligibility Criteria

Candidates from recognized universities/institutes with the following qualifications are eligible to apply:

  • Bachelor’s degree in Engineering (Electronics / Electrical / Mechanical / Instrumentation or allied fields)
  • Master’s degree in Science (Physics / Chemistry / Electronics or allied disciplines)

 

Career Prospects

This program is designed to create numerous job opportunities in the rapidly expanding fields of renewable energy and allied technology. With its strong focus on industry-relevant skills, emerging technologies, and practical training, graduates can explore diverse and impactful career paths such as:

  • Technical and R&D roles in renewable energy design and development
  • Electric vehicle and battery technology industries
  • Power utilities and smart grid operations 
  • Sustainability consulting and green infrastructure
  • Higher studies and research in reputed institutions
  • Public and private sector energy and mobility planning

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