The Department of Electrical and Electronics Engineering (EEE) was established in the year 2005 and offers an undergraduate programme, B.Tech in Electrical and Electronics Engineering, with an approved intake of 30 students. From the academic session 2024–25, the department has expanded its academic offerings by introducing two postgraduate programmes, namely M.Tech in Electric Vehicle Technology and M.Tech in Energy and Environmental Engineering, each with an approved intake of 18 students. The department is staffed with 15 qualified faculty members who are actively involved in teaching, laboratory instruction, and academic mentoring. During the last three academic years, the faculty members have made notable research contributions, resulting in 10 publications in national journals, 5 publications in international journals, and the filing/granting of 7 patents.

The B.Tech programme in Electrical and Electronics Engineering (EEE) has been duly accredited by the National Board of Accreditation (NBA), reflecting its compliance with prescribed quality standards in technical education.

Students of the department enhance their technical knowledge and practical skills through active participation in various departmental clubs like the Renewable Energy (RENEN) Club, Energy Efficiency Club, and Electric Vehicle Club, which facilitate experiential learning, innovation, and professional development beyond the curriculum.

The Department of Electrical and Electronics Engineering (EEE), along with its students, has installed a 10 kWp on-grid rooftop solar plant for powering specific electrical loads and a 2 kWp solar hybrid system for campus street lighting. Additionally, a 235 kWp on-grid rooftop system on hostel buildings and a 35 kWp canal-top ground-mounted solar system have been installed. Further strengthening sustainability efforts, a 15 kWp solar hybrid system with battery backup powers the campus greenhouse and has been planned for integration with a biomass system.

The department has certified trainers from the Power Sector Skill Council (PSSC) and the Skill Council for Green Jobs (SCGJ) who impart National Skills Qualification Framework (NSQF)–aligned certification courses. These initiatives enhance students’ employability by providing industry-relevant skills and facilitating their placement and deployment in reputed organisations.

Diploma in Electrical Engineering – 60 Seats

The Department of Electrical and Electronics Engineering at Trident Academy of Technology offers a comprehensive Diploma programme in Electrical Engineering, designed to provide students with a strong foundation in core principles along with exposure to contemporary advancements in the discipline. The curriculum is structured to ensure academic rigor, practical relevance, and alignment with industry and professional standards.

In addition to the structured academic curriculum, students of the Electrical Engineering programme are provided with diverse experiential learning opportunities. Distinguished Lectures delivered by eminent experts from various domains of Electrical Engineering facilitate knowledge dissemination, intellectual interaction, and exposure to contemporary practices. These activities effectively complement classroom teaching and motivate students to explore interdisciplinary approaches and real-world applications of theoretical concepts.

B.Tech. in Electrical & Electronics Engineering – 30 Seats

The Department of Electrical and Electronics Engineering at Trident Academy of Technology offers a comprehensive B.Tech programme in Electrical and Electronics Engineering, designed to provide students with a strong foundation in core principles along with exposure to contemporary advancements in the discipline. The curriculum is structured to ensure academic rigor, practical relevance, and alignment with industry and professional standards.

In addition to the structured academic curriculum, students of the Electrical and Electronics Engineering programme are provided with diverse experiential learning opportunities. Distinguished Lectures delivered by eminent experts from various domains of Electrical and Electronics Engineering facilitate knowledge dissemination, intellectual interaction, and exposure to contemporary practices. These activities effectively complement classroom teaching and motivate students to explore interdisciplinary approaches and real-world applications of theoretical concepts.

Furthermore, the Department of Electrical and Electronics Engineering promotes a strong culture of research and innovation by encouraging students participation in hands-on projects, internships, and collaborative activities with industry partners. These initiatives enable students to reinforce theoretical knowledge through practical application while developing industry-relevant skills essential for professional competence and career readiness.

The Department of Electrical and Electronics Engineering is committed for nurturing competent professionals who are not only technically proficient but also innovative, ethical, and socially responsible. Through a holistic approach to education, the department aims to empower students with leadership qualities and a sense of professional responsibility, enabling them to contribute effectively to technological advancement and societal development in the field of Electrical and Electronics Engineering.

M.Tech. in Electric Vehicle Technology – 18 Seats

The M.Tech programme in Electric Vehicle Technology is a forward-looking initiative designed to equip students with comprehensive knowledge and specialized skills in the domain of electric mobility. With the rapid global adoption of electric vehicles and the evolving transportation ecosystem, the programme is both timely and essential, addressing emerging industry requirements and technological advancements.

The programme provides in-depth coverage of the engineering and technological aspects of electric mobility applications. It enables students to develop a comprehensive understanding of electric vehicle design, including power requirements, torque characteristics, and overall vehicle performance parameters. The curriculum also emphasizes informed selection and integration of engines and electric motors, focusing on optimizing efficiency, sustainability, and performance in electric vehicle systems.

Moreover, the programme offers a holistic understanding of battery pack design, covering critical aspects such as power and energy density, energy storage capacity, and lifecycle performance. Through a balanced integration of theoretical instruction and hands-on learning, students gain exposure to battery testing and evaluation procedures, ensuring reliability, safety, and performance of electric vehicle systems under real-world operating conditions.

In addition to technical competencies, the M.Tech programme in Electric Vehicle Technology addresses broader aspects of electric mobility, including infrastructure development, environmental sustainability, and economic considerations. The curriculum enables students to study the planning and implementation of charging infrastructure and to analyze its impact on urban environments, energy demand, and overall mobility ecosystems.

Furthermore, the programme develops a comprehensive understanding of the environmental impact of electric vehicles, emphasizing their role in reducing greenhouse gas emissions and advancing sustainable transportation systems. It also addresses economic considerations such as cost–benefit analysis and market dynamics, thereby equipping students with the analytical skills required to effectively navigate the rapidly evolving electric vehicle industry.

In summary, the M.Tech programme in Electric Vehicle Technology adopts a comprehensive and multidisciplinary approach to electric mobility, extending beyond conventional academic boundaries. By equipping students with a broad skill set and in-depth knowledge of electric vehicle technologies, the programme aims to foster innovation and enable meaningful contributions to the advancement of sustainable and efficient transportation systems.

M.Tech. in Energy & Environmental Engineering – 18 Seats

The M.Tech programme in Energy and Environmental Engineering is designed to develop highly skilled graduates equipped to address the evolving challenges in the fields of energy and environmental management. By fostering innovation, interdisciplinary learning, and a focus on sustainability, the programme prepares students to become future leaders in advancing sustainable development and environmentally responsible solutions.

As part of the curriculum, students participate in hands-on projects, internships, and research initiatives that address real-world energy and environmental challenges. They gain practical experience in areas such as designing advanced lighting systems, optimizing heating, ventilation, and air conditioning systems, and implementing strategies to improve energy efficiency and minimize environmental impact.

Beyond technical expertise, the programme cultivates a strong sense of environmental responsibility and ethical leadership in students. Through courses on environmental compliance and sustainability, students develop a thorough understanding of the ecological impact of energy systems and the importance of making responsible decisions to promote sustainable practices for the benefit of future generations.

In essence, the M.Tech programme in Energy and Environmental Engineering integrates knowledge, innovation, and sustainability. By equipping students with the skills and perspectives required to address complex energy and environmental challenges, the programme prepares them to become catalysts for positive change and contributors to a sustainable and resilient future.