TNEA Code :
2683
Powering Innovation. Energizing the Future.
The Electrical and Electronics Engineering Department of Shreenivasa Engineering College commenced in the year 2010. Under the erudite leadership of Mr. V. Venkatesan, Head of the Department, along with the efficient faculty members and excellent students, the department has won laurels to the college.
The department lays emphasis on equipping its students with conceptual knowledge and comprehensive technical training to meet the requirements of the industries. The college gives importance for practical training in latest developments & effective student participation in many activities. The events are planned & organized in a manner to improve the overall personality of the students in various fronts.
Electrical Machines Laboratory - Department of EEE
Department of Electrical and Electronics Engineering shall become the centre of academic excellence in area of Power, Energy conservation and Electric vehicles and the transmitter of moral values with focus on the development of rural masses.
The Board of Studies (BOS) is responsible for designing, reviewing, and updating the curriculum and syllabi of the department. It ensures that the academic programmes remain relevant to industry needs and align with the latest technological advancements in electrical, electronics, power, and energy systems.
BOS Details will be updated soon.
It gives me immense pleasure to welcome you to the Department of Electrical and Electronics Engineering at Shreenivasa Engineering College. Our department is dedicated to nurturing young minds into competent, innovative and socially responsible engineers who are prepared to meet the challenges of the rapidly evolving technological world.
Electrical and Electronics Engineering is a cornerstone of modern development, driving advancements in power systems, renewable energy, automation, electric vehicles, smart grids, robotics, embedded systems, and industrial electronics. As technology continues to transform society, our department remains committed to providing students with a strong academic foundation complemented by practical knowledge, research opportunities, and industry-oriented training.
At Shreenivasa Engineering College, we believe that quality education extends beyond the classroom. Through well-equipped laboratories, experienced faculty members, technical workshops, seminars, industrial visits, internships, project-based learning, and active participation in professional association activities, we empower our students to develop technical expertise, analytical thinking, leadership, communication skills, and ethical values.
Our Department Association serves as a vibrant platform that encourages students to explore emerging technologies, showcase their talents, exchange ideas, and enhance their professional competence. We motivate every student to actively participate in technical events, innovation challenges, research initiatives, and community engagement programs that contribute to both personal and professional growth.
Student mentoring session with the Head of the Department
Electrical and Electronics Engineering is one of the most versatile and evergreen engineering disciplines, opening opportunities across power generation, transmission, distribution, renewable energy, electric vehicles, smart grids, automation, robotics, embedded systems, industrial electronics, and defence. Students develop the ability to design, analyze, and control electrical systems and electronic devices that power modern society. Graduates are equipped for careers in industry, higher education, research, civil services, and entrepreneurship.
The department emphasises experiential learning through hands-on laboratory sessions, simulation software, industrial visits, internships, mini and major projects, technical workshops, and multidisciplinary innovation activities. Students learn by applying electrical and electronics engineering principles to real-world challenges in power, energy, automation, and electronics.
State-of-the-art laboratories provide hands-on exposure in Electrical Machines, Electronics Devices and Circuits, Control and Instrumentation, Electric Circuits, Power Electronics, Power Systems, and Engineering Practices. Laboratory learning strengthens design capability, experimentation, precision, and innovation.
Hands-on training in the EEE Laboratory
Faculty and students actively engage in research related to power systems, renewable energy, smart grids, electric vehicles, power electronics, control systems, embedded systems, IoT, energy auditing, and sustainable technologies. The department encourages publications, patents, funded projects, consultancy, and prototype development.
Students of the EEE department actively design, develop, and demonstrate innovative projects spanning power electronics, embedded systems, IoT, renewable energy, automation, and electric vehicles. These projects bridge the gap between theoretical concepts and practical implementation, preparing students for real-world engineering challenges.
The department follows a structured student mentoring system where each faculty member is assigned a group of students. Mentors provide academic guidance, career counselling, personal support, and motivation to help students achieve their full potential. Regular mentoring sessions ensure continuous monitoring of academic progress and holistic development.
The department promotes interactive and participative learning through smart classrooms, ICT-enabled teaching, group discussions, presentations, quizzes, and real-time problem-solving sessions. Faculty use modern pedagogical tools to make complex electrical and electronics concepts easy to understand and apply.
The department collaborates with power utilities, manufacturing industries, electronics companies, automation firms, and research organisations to provide internships, industrial visits, expert lectures, live projects, skill development programmes, and professional certifications. These interactions bridge the gap between academic learning and industrial practice.
Industrial visits provide students with valuable exposure to real-world industrial environments, enhancing their understanding of practical applications of electrical and electronics engineering concepts.
Date of Visit: 27.10.2025
Students visited the Mettur Thermal Power Station to gain firsthand knowledge of power generation, turbine operations, and thermal energy conversion processes.
Date of Visit: 04.04.2026
Students visited MASCO Tea Factory to study industrial automation, electrical control systems, and power distribution in a manufacturing environment.
Date: 11/08/2025
This workshop aimed to provide hands-on experience and practical knowledge in the field of IoT Based Projects. Participants gained insights into the design, working principles, and applications of various IoT Based Projects.
The session focused on bridging the gap between theoretical concepts and real-world implementation through demonstrations and interactive activities. It also covered safety standards, regulatory aspects, and recent advancements in IoT technology.
Conclusion: The "Future of IoT" is no longer about the number of connected devices, but the quality of the data they produce and their autonomy in acting upon it. To succeed, engineers must balance the high computational demands of Edge AI with the stringent requirements of energy efficiency and cybersecurity.
The department celebrated Pooja Day with traditional fervour and enthusiasm. Students and faculty participated in the celebrations, embracing cultural values and fostering a sense of community and togetherness.
Students actively participate in IEEE, ISTE, IEI, technical clubs, project exhibitions, hackathons, innovation contests, entrepreneurship activities, NSS, sports, cultural programmes, and leadership initiatives. The Department Association serves as a vibrant platform that encourages students to explore emerging technologies, showcase their talents, exchange ideas, and enhance their professional competence.
Graduates can build successful careers as Power Engineers, Electrical Design Engineers, Electronics Engineers, Control Systems Engineers, Automation Engineers, Embedded Systems Engineers, Power Electronics Engineers, Energy Auditors, Electric Vehicle Engineers, R&D Engineers, Entrepreneurs, and Higher Education & Research Scholars.
Electrical and Electronics Engineering is about powering the world, driving innovation, and creating sustainable energy solutions. If you aspire to become a power engineer, electronics designer, automation specialist, entrepreneur, or research engineer, the Department of Electrical and Electronics Engineering provides the knowledge, facilities, mentorship, and opportunities to help you achieve your ambitions.