The M.E. in Energy Engineering program is designed to provide advanced knowledge and research skills in energy systems, renewable energy technologies, and energy management. This program prepares students for leadership roles in the energy sector, research organizations, and academia.
The curriculum focuses on both theoretical foundations and practical applications in areas like renewable energy systems, energy efficiency, power generation, and sustainable energy solutions.
- Advanced coursework in energy systems and technologies
- Research-oriented program with thesis component
- Industry collaborations and internship opportunities
- Experienced faculty with research expertise
- State-of-the-art energy laboratories
Duration: 2 Years (4 Semesters)
Eligibility: B.E./B.Tech in Mechanical/Electrical/Chemical/Energy Engineering or related fields with valid GATE score
Course Fee: As per University Regulations
THE VISION
"To be a center of excellence in energy engineering education and research, producing innovative professionals capable of addressing global energy challenges through sustainable solutions."
THE MISSION
- To provide advanced technical education in energy engineering through innovative teaching and research methodologies.
- To foster industry-academia collaboration for developing sustainable energy solutions.
- To promote ethical energy practices and lifelong learning among students.
- To contribute to the development of clean and efficient energy technologies for societal benefit.
The Department of Energy Engineering offers a comprehensive postgraduate program that combines theoretical knowledge with practical applications in energy systems and technologies. Our faculty members are experts in their respective fields with extensive research and industry experience.
The program focuses on:
- Renewable energy systems (Solar, Wind, Biomass, etc.)
- Energy efficiency and conservation
- Thermal and fluid systems
- Power generation and distribution
- Energy policy and management
- Emerging energy storage technologies
Students have opportunities to work on cutting-edge research projects and collaborate with industry partners on real-world energy challenges.
- ENERGY SYSTEMS LABORATORY
- RENEWABLE ENERGY LAB
- THERMAL ENGINEERING LAB
- ENERGY EFFICIENCY LAB
- POWER ELECTRONICS LAB
- FLUID MECHANICS LAB
- ENERGY STORAGE LAB
- CONTROL SYSTEMS LAB
- ENERGY AUDIT LAB
- RESEARCH LAB FOR EMERGING ENERGY TECHNOLOGIES