Department of Electrical Engineering
At TITE, Electrical Engineering stands as a core pillar, evolving continuously to meet the modern demands of energy generation, transmission, distribution, automation, and control. The Electrical Engineering Department at TempleCity Institute of Technology & Engineering (TITE), established in 2007, offers a comprehensive undergraduate program aimed at equipping students with both theoretical knowledge and practical skills in the field of electrical engineering. The department prepares students for dynamic careers in hydro, thermal, nuclear, and renewable energy systems, advanced electrical machines, power electronics applications, protection systems, and smart grid technologies.
Our curriculum ensures that every student develops a strong grounding in engineering fundamentals, making it easier to visualize, analyze, and solve real-world challenges. Recognized among the top Electrical Engineering Colleges in Bhubaneswar, the department is committed to academic excellence, research innovation, and becoming a renowned problem-solving hub for industries and the environment.
Our Vision
To impart quality education, develop advanced technical skills, and nurture graduates capable of achieving global excellence in Electrical Engineering education, industry, and research. The department aspires to be recognized as a center of excellence by producing innovative, creative, and ethically responsible professionals who contribute meaningfully to the socio-economic development of society and are equipped to face global challenges.
Our Mission
The Department of Electrical Engineering at TITE, Taraboi, Khordha, is committed to delivering quality education that equips students with a strong foundation in Electrical Engineering. The department aims to prepare technically proficient and ethically grounded professionals who are capable of competing globally. Through active collaboration with industry, academia, and research organizations, it fosters a culture of creativity, innovation, and practical problem-solving. The department also strives to provide an enriching academic environment that encourages leadership, lifelong learning, and excellence. Additionally, it offers platforms for students to develop new products and systems that address real-world challenges and benefit both industry and society.
Programs Offered
The Department of Electrical Engineering offers the following programs, affiliated with Biju Patnaik University of Technology (BPUT), Odisha, and approved by AICTE
B.Tech in Electrical Engineering
A comprehensive four-year undergraduate program designed to provide strong theoretical foundations and hands-on experience in core areas such as power systems, electrical machines, control systems, and power electronics.
Diploma in Electrical Engineering
A skill-oriented diploma program focused on the fundamentals of electrical engineering, equipping students with practical knowledge in circuits, machines, wiring systems, and basic electronics.
Key Features and Facilities
Learn from a team of highly qualified and dedicated faculty members with rich academic and industry backgrounds, committed to student success.
The program is designed to blend core electrical engineering concepts with emerging technologies such as automation, smart grids, and renewable energy systems.
State-of-the-art laboratories in electrical machines, power electronics, control systems, and high-voltage engineering provide hands-on experience in real-world applications.
Modern classrooms equipped with digital teaching aids ensure an interactive and engaging learning experience.
Regular industry visits, workshops, and internship opportunities help students gain exposure to current practices and technologies in the electrical engineering domain.
Message from the Head of Department
It gives me great pleasure to welcome you to the Department of Electrical Engineering.
With a strong foundation in Power Electronics and Drives, our department is committed to nurturing technically proficient, ethically grounded, and innovation-driven engineers. We continuously strive to provide our students with a balanced blend of theoretical knowledge, practical exposure, and research orientation. Our focus areas, such as advanced inverter topologies and harmonic-free power systems, reflect the evolving demands of the industry and academia.
Over the years, we have actively engaged in cutting-edge research, including publications in reputed IEEE journals on SVPWM and q-Z-Source Inverters. We also host faculty development programs, workshops, and TEQIP-III sponsored events to enhance learning and foster collaboration.
Beyond academics, we place strong emphasis on student welfare, mentoring, and personal growth, ensuring that each learner feels supported and empowered.
I invite you to explore the many opportunities our department offers and encourage you to be curious, proactive, and resilient in your academic and professional journey.
