B.Tech. Electrical and Electronics Engineering (EV Technology)
B.Tech Electrical and Electronics Engineering (EV Technology) Overview
In association with Mahindra & Mahindra
The global transportation sector is witnessing a significant transformation driven by electrification, intelligent technologies, and the growing demand for sustainable mobility solutions. As industries and governments increasingly adopt electric mobility, the need for professionals with expertise in electric vehicle systems, battery technologies, smart charging infrastructure, and intelligent transportation continues to expand.
The B.Tech. in Electrical and Electronics Engineering with Specialisation in Electric Vehicles, offered in association with Mahindra & Mahindra, is designed to prepare students for emerging opportunities in the evolving mobility ecosystem. The programme combines strong foundations in electrical and electronics engineering with specialised learning in electric powertrains, battery technologies, energy storage systems, embedded systems, smart charging infrastructure, autonomous mobility, and connected vehicle technologies.
S-VYASA Global City Campus provides a dynamic learning environment with modern engineering infrastructure, collaborative workspaces, and practical training that supports the development of skills in electric mobility and emerging technologies.
Delivered through the School of Engineering and Technology, the programme combines engineering fundamentals with experiential learning, industry collaboration, and application-oriented education.
B.Tech Electrical and Electronics Engineering (EV Technology) Eligibility
- Candidates must have passed the 10+2 (or equivalent) examination from a recognized Board with Physics and Mathematics as compulsory subjects, along with one of the following subjects: Chemistry, Computer Science, Electronics, Information Technology, Informatics Practices, Biology, Biotechnology, Technical Vocational Subject, Engineering Graphics, Business Studies, or Entrepreneurship, as prescribed under the AICTE Approval Process Handbook 2024–2027.
- Candidates must have secured a minimum of 45% aggregate marks (40% for candidates belonging to reserved categories, wherever applicable) in the qualifying subjects taken together. Candidates who have passed the D.Voc. stream in the same or allied sector are also eligible for admission.
B.Tech Electrical and Electronics Engineering (EV Technology) Program Highlights
Industry-Integrated Curriculum with Mahindra & Mahindra
Benefit from a specialised curriculum developed with industry expertise in electric mobility and emerging automotive technologies.
Globally Benchmarked Academic Framework
Study through a curriculum aligned with international standards and the latest developments in electric vehicle engineering.
Exclusive IIT & IIM Academic Exposure
Benefit from immersive learning opportunities, expert interactions, innovation workshops, and advanced academic experiences through collaborations with premier institutions, including IITs and IIMs.
Electric Vehicle Technology Mastery
Develop expertise across electric mobility systems, powertrains, charging technologies, and intelligent vehicle systems.
Advanced Battery & Energy Storage Learning
Gain practical exposure to battery technologies, management systems, and charging architectures for electric vehicles.
Industry-Led Learning & Professional Certifications
Enhance professional readiness through industry certifications, technical credentials, workshops, mentorship programmes, and experiential learning initiatives.
State-of-the-Art Laboratories & Innovation Infrastructure
Learn in advanced laboratories dedicated to power electronics, motor drives, battery technologies, embedded systems, autonomous mobility, simulation environments, and electric vehicle systems.
Learn from Industry Leaders and Subject Matter Experts
Interact with experienced professionals, automotive specialists, researchers, and senior academicians who bring contemporary industry perspectives and practical expertise into the learning environment.
Research, Innovation & Future Mobility Technologies
Explore emerging domains including autonomous vehicles, connected mobility, artificial intelligence, advanced driver assistance systems, smart charging infrastructure, and intelligent transportation systems.
Entrepreneurship & Mobility Innovation Support
Access innovation ecosystems, startup mentorship, industry guidance, and funding opportunities that encourage entrepreneurial thinking and technology-driven mobility solutions.
Mandatory Industry Internship
Undertake structured industry internships with leading automotive, mobility, energy, and technology organisations to gain practical industry experience.
Sustainability-Centred Engineering Education
Develop a deep understanding of sustainable transportation, lifecycle engineering, energy efficiency, battery recycling, circular economy practices, and responsible technology development.
B.Tech Electrical and Electronics Engineering (EV Technology) Career Outcome
Electric Vehicle Design Engineer
Design next-generation electric vehicles with advanced mobility technologies.
Battery Systems Engineer
Develop battery technologies for efficient energy storage and performance.
Power Electronics Engineer
Design intelligent power systems for electric vehicle applications.
Electric Powertrain Engineer
Develop integrated powertrain systems for advanced electric mobility solutions.
Embedded Systems Engineer
Create embedded technologies for intelligent automotive control systems.
EV Charging Infrastructure Specialist
Design smart charging systems and connected energy solutions.
Battery Management Systems (BMS) Engineer
Develop battery monitoring and control systems for enhanced performance.
Vehicle Validation & Testing Engineer
Conduct testing and performance validation for electric mobility systems.
Autonomous Mobility Engineer
Develop intelligent technologies for autonomous and connected mobility solutions.
Connected Vehicle & V2X Engineer
Design communication systems enabling connected and intelligent vehicle networks.
Energy Systems & Grid Integration Engineer
Integrate electric vehicles with smart energy and grid systems.
Automotive AI & Intelligent Systems Engineer
Apply artificial intelligence to advanced automotive and mobility technologies.
EV Product Development Engineer
Drive development of innovative electric mobility products and solutions.
Mobility Technology Consultant
Advise organisations on electric mobility and technology transformation strategies.
Entrepreneur & Mobility Innovator
Create innovative ventures in sustainable and intelligent mobility solutions.
With the academic excellence of S-VYASA University, students benefit from a multidisciplinary ecosystem that encourages research, innovation, and lifelong learning while preparing them for careers in the rapidly evolving electric vehicle industry.
FAQs on B.Tech Electrical and Electronics Engineering
(EV Technology)
B.Tech. EEE offers career opportunities in power systems, electronics, renewable energy, automation, electric mobility, embedded systems and industrial engineering. Graduates can work across energy, automotive, manufacturing, infrastructure and technology sectors.
Yes. It combines core electrical and electronics engineering with specialised knowledge of electric vehicles, batteries, power electronics and charging systems. It is suitable for students interested in sustainable mobility and emerging automotive technologies.
B.Tech. stands for Bachelor of Technology, while EEE stands for Electrical and Electronics Engineering.
EV Technology covers the engineering systems used in electric vehicles, including electric motors, powertrains, batteries, battery management systems, power electronics, embedded controls and charging infrastructure.
Graduates can pursue roles such as EV Design Engineer, Battery Systems Engineer, Power Electronics Engineer, Electric Powertrain Engineer, BMS Engineer, Embedded Systems Engineer, EV Testing Engineer and Charging Infrastructure Specialist.
Salary depends on the job role, employer, location, technical skills and experience. As an industry reference, Indeed reported an average electrical engineer salary of approximately ₹25,600 per month in India in May 2026, but actual salaries vary considerably.
Salary varies according to the role, technical expertise, organisation and experience. Graduates with skills in battery systems, power electronics, embedded systems and electric powertrains may qualify for specialised EV roles with stronger earning potential.
Yes. India’s electric mobility sector continues to expand through increasing EV adoption, charging infrastructure development and investments by automotive manufacturers. This is creating demand for professionals skilled in batteries, powertrains, charging systems and vehicle electronics.
Both offer strong career opportunities. EEE is better suited to students interested in power systems, electric vehicles, energy and industrial automation, while ECE focuses more on communication systems, semiconductors, embedded electronics and signal processing. The right choice depends on the student’s interests.
Yes. EEE graduates are well suited to roles involving electric motors, power electronics, battery management systems, charging infrastructure, embedded controls and energy integration.
Important skills include electrical circuit design, power electronics, battery technology, motor control, embedded systems, programming, simulation, data analysis and problem-solving. Practical experience through laboratories, projects and internships is also valuable.
Graduates may find opportunities with automobile manufacturers, EV start-ups, battery companies, charging infrastructure providers, automotive component manufacturers and engineering consultancies. Potential employers may include organisations such as Mahindra, Tata Motors, Ola Electric, Ather Energy, Bajaj Auto, Bosch and other mobility and energy companies, depending on their current vacancies and recruitment requirements.
