This comprehensive course thoroughly explores essential electric vehicle subsystems, including EVs, Energy Storage Techniques, Charging Infrastructure, Control Systems, and Automobile Engineering for EVs. In the MTech program, students actively engage in early thesis projects, acquiring valuable hands-on experience in system development within the electric vehicle landscape. As standalone systems, electric vehicles seamlessly integrate various engineering disciplines, such as Electrical, Mechanical, Computer Science,  Electronics and Communication, Materials, Chemical, and even Civil Engineering for new infrastructure. Interdisciplinary research plays a pivotal role in ensuring effective system coordination. 

Consequently, researchers are at the forefront of spearheading advancements in battery chemistry, motor design, power electronics, hydrogen-based EVs, fast charging solutions, and vehicle-to-vehicle communication. This dynamic approach positions students for a holistic understanding and active involvement in the rapidly evolving field of electric vehicle technology As a standalone systems, electric vehicle integrate various engineering disciplines, such as Electrical, Mechanical, Computer Science, Electronics and Communication, Materials, Chemical, and even Civil Engineering for new infrastructure. Interdisciplinary research is crucial for ensuring seamless system coordination. Researchers spearhead advancements in battery chemistry, motor design, power electronics, hydrogen-based EVs, fast charging solutions, and vehicle-to-vehicle communication.