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The Department of Mechanical Engineering offers a B.Tech. in Mechanical Engineering, an M.Tech. in Renewable Energy, and Ph.D. programmes in advanced areas of mechanical engineering.

PROGRAMME OFFERED
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Regular

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  • (4 years) - Full Time - B.Tech - Mechanical Engineering
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  • (2 years) - Full Time - M.Tech Renewable Energy
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  • (Full Time & Part Time) - Ph. D. Mechanical Engineering

specialization

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  • B.Tech. - Mechanical Engineering - Specialization in Robotics and Industrial Automation
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  • B.Tech. - Mechanical Engineering - Specialization in Energy Engineering

PROGRAMME OVERVIEW

The B.Tech. Mechanical Engineering programme is a four-year undergraduate programme comprising 180 credits across eight semesters, designed to provide strong foundations in mechanical engineering principles, analytical skills, and practical competencies.

The curriculum integrates foundation courses, professional core courses, professional electives, open electives, online courses, and employability enhancement components, supported by laboratories, internships, value-added courses, and a capstone project.

The B.Tech. Mechanical Engineering with Specialization in Robotics and Industrial Automation, also a 200-credit programme, emphasises robotics, computer vision, real-time systems, and AI-enabled automation for advanced manufacturing and smart industrial systems.

The programme also offers specialization pathways. The B.Tech. Mechanical Engineering with Specialization in Energy Engineering is a 200-credit programme focusing on renewable energy, energy conversion systems, energy storage, and energy management for sustainable development.

The M.Tech. Renewable Energy programme is a two-year postgraduate programme designed to develop advanced knowledge and research skills in sustainable and renewable energy technologies.

The curriculum comprises 80 credits distributed over four semesters, integrating foundation courses, programme core courses, programme electives, online courses, employability enhancement components, and value-added courses.

The programme provides strong theoretical and practical exposure in areas such as solar energy systems, wind and ocean energy systems, bioenergy, fuels and combustion technology, computational fluid dynamics, energy modelling and management, and industrial energy conservation and auditing.

The curriculum also emphasizes research methodology, internships, community engagement, and value-added courses, enabling students to develop professional, ethical, and societal perspectives. A two-phase project and dissertation (Project Phases I and II) provides opportunities to conduct independent research and solve real-world energy challenges.

SCOPE OF mechanical engineering

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  • Analysis and Testing
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  • Manufacturing
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  • Maintenance of Mechanical Systems
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  • Robotics and Automation
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  • Energy Systems
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Highlights

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RESEARCH

  • Societal and Sustainable Engineering Solutions: Development of innovative systems such as solar-powered vehicles, eco-friendly mobility solutions, fluidized bed reactors, and assistive technologies for persons with Disabilities.
  • Renewable and Energy Systems Research: Focus on renewable energy system design and optimization, energy efficiency, industrial energy management, and sustainable intelligent energy systems.
  • Robotics and Smart Automation: Research in robotics and intelligent automation, Industry 4.0 technologies, computer vision and AI for automation, and human-robot collaborative systems.
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PLACEMENT

  • Guidance for placement and overseas higher studies.
  • Knowledge transfer and leadership development through webinars, seminars, Conferences, Symposiums, Workshops, Clubs and Societies.
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SPECIAL TRAINING

  • Training on the latest automation technologies through the Centre of Excellence for Training and Research in Automation Technologies.
  • Hands-on training on equipment and machinery, including CNC milling and CNC lathe, with a strong focus on Robotics and Automation.
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VALUE ADDED COURSES

  • Value-added programmes such as ANSYS, Pro/E, NDT, MasterCAM, etc., are being conducted.
  • Student Executive Programme is organized to help students understand resources and systems.