Overview

The Department of Electrical and Electronics Engineering at SR University offers an integrated pathway from B.Tech to Ph.D., anchored in industry-aligned curricula, experiential learning, and research-driven innovation that prepares graduates for high-impact careers and entrepreneurship. The B.Tech program immerses students in core and emerging domains spanning power and energy, electronics, IT, communications, and electric vehicles through a project-based curriculum enriched by hackathons, maker-spaces, and continuous workshops that build practical, job-ready skills. Learners enjoy flexible academic planning with minors in Electrical Power Generation Systems, Electrical Transmission and Distribution Systems, Wind Power Generation Technologies and Solar Photovoltaics. Cutting-edge offerings include Machine Learning and AI for Electrical Engineers, Renewable Energy Systems, Power Electronics and Drives, Smart Grid Technologies, IoT, Cybersecurity for Critical Infrastructures, EV Technologies, Power System Resilience, Microgrids, and Robotics & Automation. Experiential opportunities are amplified through the iScholars program at the Center for Emerging Energy Technologies, interdisciplinary research centers, internships at SRiX and partner industries, and contemporary trainings in additive manufacturing and drone technologies. The M.Tech in Power Electronics develops specialized mastery of solid-state power conversion, high-efficiency inverters, and drive systems relevant to sectors from renewables and smart grids to EVs and advanced manufacturing, reflecting strong market demand. The program features state-of-the-art laboratories, expert seminars, and a capstone major project executed with industry or research center mentorship. The Ph.D. program is a rigorous, application-driven track with full-time and part-time routes supported by fellowships, assistantships, industry sponsorships, and government schemes within an innovation-led ecosystem focused on impactful publications and technology translation. Scholars work in advanced labs with industrial-grade computing and leading simulation tools under experienced faculty and global collaborations to ensure depth and real-world relevance. Research thrusts span AI/ML for predictive maintenance and intelligent control, renewables and microgrids, power electronics and EV technologies, smart grid and Industrial IoT, cybersecurity and resilience, and robotics and automation. Admissions follow university tests and interviews with clear categories, structured coursework, and dissemination milestones, with minimum durations of 3 years. Across all levels, graduates emerge as industry-ready engineers, advanced specialists, and research leaders capable of delivering solutions with societal impact and entrepreneurial potential.