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.
Research Focus 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 / Instrumentation / Mechanical or Other Relevant Area) / Masters Degree in Science (Chemistry/Physics/Electronics/Geography/Geology or other Relevant Area) from Recognized University / Institute.
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:
- Renewable energy project 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