Chandigarh University ME Electric Vehicle Technology: Fees 2026, Course Duration, Dates, Eligibility

Ans. Yes, this is an excellent time to pursue this program. India has set an ambitious target of transitioning to electric vehicles by 2030, and the EV sector is witnessing massive investment from companies like Tata Motors, Mahindra, Ola Electric, Ather Energy, and global players like Tesla. The ME in EV Technology at CU is specifically designed to meet this industry demand, with curriculum developed in collaboration with industry partners. Graduates can expect roles in EV design, battery management, power electronics, and charging infrastructure, with average packages of 8-9 LPA and the highest reaching 40 LPA.

Ans. The ME in Electric Vehicle Technology is a specialized interdisciplinary program focused specifically on EV systems, battery management, hybrid vehicles, and EV charging infrastructure. The ME in Electrical Engineering is a broader program covering power systems, machines, control systems, and other electrical domains. If you want to specifically work in the EV industry, the ME in EV Technology is the better choice as it provides targeted knowledge and industry connections. If you want a broader career in electrical engineering with flexibility to move across sectors, ME in Electrical Engineering may be more suitable.

Ans. Yes, the ME in Electric Vehicle Technology is an interdisciplinary program and accepts candidates from relevant engineering backgrounds including Mechanical Engineering, provided they have at least 55% marks in their qualifying degree. Electric vehicles require expertise from both electrical and mechanical domains, so a mechanical engineering background is actually valuable. However, you may need to cover some prerequisite topics in electrical engineering fundamentals. The university's equivalence committee may assign bridge courses if there are specific knowledge gaps.

Ans. Semesters 3 and 4 of the program are dedicated to dissertation and paid internship with industry. Research areas in the department include Distributed Generation, IoT, Microgrid, Electric Hybrid Vehicles, Energy Storage, Battery Management Systems, Electrical Machines, and Power Systems. The department has 47 research publications, 5 patents filed, and 57 patents published. Students also have access to international research collaborations through CU's 300+ MoUs with foreign universities, including a 1+1 international program option with universities in the USA.

Ans. GATE score is not mandatory for admission to the ME in Electric Vehicle Technology at CU. Admission is primarily through CUCET. However, having a GATE score provides significant financial benefits: GATE-qualified students are eligible for a fellowship of Rs. 12,500 per month (for up to 10% of total seats), which effectively covers the entire semester fee and more. Additionally, GATE-qualified students are given preference in research opportunities and teaching assistantship roles. If you are planning to pursue this program, it is strongly recommended to appear for GATE.

Ans. ME graduates from CU's Electrical Engineering department are recruited by companies including Maruti Suzuki, Tata Motors, Hero Electric, Ather Energy, Lohia Auto, Electrotherm, Tork Motorcycle, and various power and automation companies. Typical roles include EV Design Engineer, Power Electronics Engineer, Battery Management System Engineer, Test and Validation Engineer, Electrical Systems Engineer, and R&D Engineer. The average package for ME/M.Tech graduates from CU's engineering department is 8-9 LPA, with the highest package reaching 40 LPA. The average internship stipend is Rs. 35,000 per month, with the highest reaching Rs. 1.10 LPM.