B.Tech. in
Electrical Engineering Specialization in
- Electrical Vehicle (electrical) (Major)
- Artificial Intelligence (Minor)
- Renewable Energy (Skill)
In Collaboration with
& Powered By
Course Highlights
Introduction
This future-ready B.Tech. program at Sri Sri University combines a strong foundation in Electrical Engineering with advanced specialization in Electric
Vehicle (EV) technologies, preparing students for the evolving e-mobility industry. Through a Minor in Artificial Intelligence, learners gain exposure to
intelligent systems and automation relevant to modern power systems and vehicles. A Skill module in Renewable Energy equips students with practical know-how to contribute to clean energy innovations.
Developed in collaboration with Larsen & Toubro (L&T) and powered by Intel,
the program blends industry-aligned curriculum, real-world projects, and
hands-on training to nurture engineers who are sustainable, smart, and
solution-driven.
Eligibility
Passed 10+2 examination with Physics, Mathematics, and one of the following subjects:
– Chemistry / Computer Science / Electronics / Information
Technology / Biology / Informatics Practices / Biotechnology /
Technical Vocational Subject / Agriculture / Engineering
Graphics / Business Studies / Entrepreneurship.
– Obtained at least 45% marks (40% for candidates belonging to
reserved categories) in the above subjects taken together.
OR
– Passed D.Voc. stream in the same or allied sector.
– The university may offer suitable bridge courses such as
Mathematics, Physics, Engineering Drawing, etc., for students
coming from diverse backgrounds to ensure a level playing field
and desired learning outcomes of the program.
Note: Physics and Mathematics are mandatory subjects at the 10+2 level.
Duration
4 Years Full-Time
Tuition Fees
Rs. 60,000 per Semester
*Fees such as Admission, Caution Money, Examination, Hostel, and Transport fees are extra.
Program Details
Core Electrical Engineering
Electrical circuits, power systems, control systems, electrical machines, and embedded systems.
Electric Vehicle Specialization
EV architecture and design, Battery technologies and management systems (BMS), Power electronics and motor drives for EVs, Charging infrastructure and smart grid integration,Thermal management and vehicle safety systems
Artificial Intelligence Minor
Basics of AI and machine learning algorithms, AI applications in power systems and EV controls, Predictive analytics for battery life and maintenance, Intelligent decision-making and autonomous vehicle systems
Renewable Energy Skill
Solar, wind, and other sustainable energy sources, Energy storage systems and microgrids, Integration of renewables with EV charging stations, Environmental impact and sustainability metrics
Program Outcome
Graduates will be able to:
Design and develop efficient electrical systems for electric vehicles, integrating advanced power electronics and battery technologies
Apply AI techniques for intelligent vehicle control, fault diagnosis, and predictive maintenance
Implement renewable energy solutions and integrate them into sustainable transportation networks.
Analyze electrical and power system data for optimization and innovation.
Collaborate with multidisciplinary teams in industry and research projects
Address ethical, environmental, and social implications of emerging technologies in EV and energy sectors.
Communicate technical concepts effectively to diverse audiences
Engage in lifelong learning to stay current with technological advancements
Placement Opportunities
Graduates can explore roles such as
Electric Vehicle Design Engineer
Develop and optimize EV
components, powertrains, and
vehicle systems for enhanced
performance and efficiency.
Power Electronics Engineer
Design and implement power
conversion systems, inverters, and
motor controllers crucial for electric
mobility.
Battery Management System Specialist
Oversee battery health monitoring,
safety protocols, and energy
optimization for EV battery packs.
AI Engineer for Automotive Applications
Apply AI/ML techniques to vehicle
automation, predictive maintenance, and
intelligent control systems.
Renewable Energy Consultant
Plan and integrate sustainable energy
solutions with EV infrastructure and
smart grids.
Smart Grid and Charging Infrastructure Engineer
Develop and manage EV charging
stations, grid integration, and energy
management systems
Research and Development Engineer
Innovate next-generation
technologies in EVs, renewable
energy, and intelligent electrical
systems.
Lab List
1.Electrical Circuits and Machines Lab
Hands-on experiments with fundamental electrical circuits, transformers, AC/DC machines, and motors to build core understanding of electrical principles and machine operations.
2.Power Electronics and Drives Lab
Study and implementation of power semiconductor devices, converters, inverters, and electric drive control essential for EV propulsion systems.
3.Battery and Energy Storage Systems Lab
Practical sessions on various battery technologies, battery management systems (BMS), testing, charging, and energy storage solutions critical to EV performance and longevity.
4.Electric Vehicle (EV) Prototype and Testing Lab
Design, assembly, and evaluation of EV prototypes, including motor testing, vehicle diagnostics, performance measurement, and safety assessments.
5.Artificial Intelligence and Machine Learning Lab for Control Systems
Application of AI/ML algorithms in control, predictive maintenance, fault detection, and optimization of EV and electrical systems.
6.Renewable Energy Systems Lab
Experiments with solar PV, wind turbines, energy conversion, and integration of renewable sources with electrical grids and EV charging infrastructure
7.Embedded Systems and IoT Lab
Development and testing of embedded controllers, microcontrollers, and IoT devices for smart vehicle communication, telemetry, and system automation
8.Capstone Project and Industry Internship
Industry-linked final year project focusing on real-world EV, AI, or renewable energy challenges, supplemented by internships for practical industry exposure.
Where Talent Meets Opportunity:
Our Graduates Are Building Futures with Leading Companies
