B. Tech. in Electrical and Electronics Engineering
The B. Tech. in Electrical and Electronics Engineering (EEE) program offered by SSN School of Engineering is structured to provide a robust foundation in the fundamental principles of electrical sciences, while also preparing students with advanced, future-oriented skills through the pursuit of four minor specializations.
- Sustainable Energy Systems
- Robotics and Control
- Electric Drives and Mobility
- Semiconductor Technology and Embedded Computing
The program blends theoretical rigor with hands-on experience in laboratories, design projects, and industry collaborations. By the end of the program, graduates are prepared to lead in diverse domains such as power and energy, e-mobility, industrial automation, and
semiconductor/electronic systems, while contributing solutions to global energy and technology challenges.
To provide students with a strong foundation in the principles of electrical and electronics engineering.
To develop specialized expertise in energy systems, mobility, automation, or intelligent computing through structured micro-specializations.
To nurture innovation, research aptitude, and entrepreneurial skills for solving real-world industrial and societal challenges.
To prepare graduates for diverse career pathways, higher studies, and global competitiveness in the energy and technology sectors.
From renewable energy integration, smart grids, electric vehicle technologies, robotics, and intelligent embedded systems, the B.Tech. in EEE curriculum ensures alignment with global technological trends and national priorities such as Atmanirbhar Bharat, Make in India, and sustainable development.
Common EEE Core (1st–4th semesters):
Power systems, machines, circuits, electronics, and control.
Micro-Specializations (5th–8th semesters):
Students choose one of four cutting-edge tracks aligned with industry demand.
Hands-on Learning:
Industry-grade labs, simulation tools (MATLAB, Ansys, etc.), and project-based coursework.
Industry Connect:
Internships, live projects, and collaborations with renewable, EV, robotics, and semiconductor sectors.
Capstone & Research:
Final-year team projects, publications, and innovation challenges to enhance career readiness.
