Electric Vehicle Technology
The M.Tech in Electric Vehicle Technology is a multidisciplinary program. The curriculum is designed in collaboration with EV industry will cover key aspects related to fundamentals of electric vehicles, power electronics & drivetrain, energy storage systems, alternate energy sources like hydrogen fuel cells and solar PV, battery management & control system, fast chargers & charging infrastructure, and application of AI/ML techniques for leveraging the Battery Management and Communication.
The syllabus of the program is developed in such a way to help the students develop skill sets required to purse job opportunities in EV product development including EV integration, quality assurance & vehicle aggregate engineering, smart communication, verification, validation and product planning. The unique feature of the program is that it has an extensive laboratory component with a newly developed EV lab, to ensure that the students get a hands-on feel of the EV technology. Moreover, during the duration of the program, various guest lectures and frequent interaction with the industry experts will be arranged. This will enable the students to understand the state of art dynamics and the development of the technology in the EV industry.
Vision
To cultivate excellence in innovation and research, instill professionalism in students, and foster their development as leaders in the field of Electrical and Electronics Engineering.
Mission
To produce graduates who will
- Develop a robust understanding of core principles in Electrical and Electronics Engineering.
- Proactively address intricate challenges in diverse multidisciplinary fields with innovative approaches.
- Foster leadership skills and adhere to high ethical standards in professional practices.
To prepare graduates who will
- PEO1: Develop an in-depth understanding of Electric Vehicle (EV) Technology with exposure to the latest developments and industry environment.
- PEO2: Involve in Research and Development activities in collaboration with industry and gain professional experience to be successful in the EV industry.
To prepare graduates who will
- PSO1: Design and develop efficient e-mobility systems to promote sustainable and eco-friendly transportation solutions.
- PSO2: Utilize artificial intelligence to optimize electric vehicle performance and energy management.
The Electric Vehicle Technology Graduates will be able to
- PO1: Conduct independent research, investigate, undertake developmental work, and solve practical problems in the area of E-Mobility and Artificial Intelligence.
- PO2: Design and develop innovative products and services in the field of EV Technology.
- PO3: Keep abreast with the latest technology and toolset.
- PO4: Demonstrate a degree of mastery over various aspects of E-Mobility and Artificial Intelligence.
- PO5: Pursue a successful career in automotive industries that meet the needs of Indian and multinational companies.
- PO6: Write and present a substantial technical report/document.
The M.Tech in Electric Vehicle Technology program is offered for full-time students as well as professionals working in industry, academia, and research organizations. Candidates must have earned a B.Tech/B.E/M.Sc/Equivalent degree in Electrical & Electronics Engineering, Mechanical Engineering, Electronics and Communication Engineering, Computer Science Engineering, Information Science Engineering, Aerospace Engineering, Industrial Electronics, Instrumentation Engineering, Chemical Engineering, Petroleum Engineering, Civil Engineering, MSc Physics, or MSc Chemistry.
Bachelor’s degree or equivalent in the relevant field, with a minimum of 50% marks (45% in case of candidates belonging to the reserved category) in the qualifying examination. Eligible candidates can apply for the M.Tech program in Electric Vehicle Technology at apply.nitte.edu.in,
- Interdisciplinary course
- Excellent research opportunities
- Perfect blend of industry, academia, and research
- Product-based learning
- Industry relevant curriculum
- Focused skill development activities
- Excellence in placement
- Problem based learning
- Innovation lab
- Entrepreneurial opportunity
- Battery Management Systems (BMS)
- Motors and Motor Control
- Automotive Electronics
- Power Electronics
- Charging Infrastructure and Technologies
- Energy Storage Systems
- Electric Powertrain Design and Optimization
Graduates of the Electric Vehicle Technology program will be well-prepared to meet the growing demands of the electric mobility sector, which is rapidly expanding both nationally and globally. As the curriculum is aligned with current industry trends and technologies, students will gain the practical skills and theoretical foundations required by leading EV companies and research institutions.
Career opportunities span across various roles such as:
- Battery Management System Engineer
- EV Powertrain Engineer
- Embedded Systems Developer for Automotive Applications
- Motor Control and Drive Systems Engineer
- Automotive Electronics and Diagnostics Specialist
- R&D Engineer in Electric Vehicle Startups or OEMs
- Infotainment System Developer
- Power Electronics Design Engineer
- Technical Consultant or Analyst in EV Policy and Infrastructure
The program also prepares students for higher studies and research in domains related to electric mobility, renewable energy integration, and intelligent transportation systems. With governments and industries prioritizing green mobility and sustainability, this program opens doors to impactful and future-ready careers.
