Master of Technology

Mechanical Engineering (Energy Engineering) | M.Tech (EE)

This is an M. Tech. Programme in Energy Engineering. Design, development and dissemination of appropriate energy technologies is important for meeting the growing energy requirements for economic growth as well as for improvement in the quality of human life. Harnessing of renewable energy sources with the help of appropriate technologies has to address a variety of global challenges including those of fossil fuel scarcity and their potential depletion, energy security, energy access, environmental sustainability as well as increasing cost of fossil fuel based energy.

This M.Tech program is designed to study various renewable energy technologies as also the energy management. While designing curriculum the thrust areas defined by MNRE (Ministry of new and Renewable Energy, Government of India) is taken into consideration. This programme is designed for students with engineering degree in chemical, electrical, energy and mechanical engineering. The batch size of this programme is 18. Course duration is of two years, split in four semesters. In addition to program outcomes, course objectives for each course, from a learner’s point of view, are also included in the curriculum to support the philosophy of outcome based education. The syllabus is in line with the AICTE model curriculum. The specialities of M.Tech 2020 curriculum are:

  • Mandatory internship of three months,
  • Bridge course to cater needs of the students coming from various Universities.
  • A course on professional skills
  • Industry oriented curriculum
  • Project based learning
  • Wide choices for programme and open electives


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Key Information


The two-year Post graduate program in Energy Engineering primarily focuses on required competencies renewable energy technologies and energy management. Students are involved in active and experiential learning through

  • Online and offline workshops
  • Mini projects, Case studies
  • Industry visits
  • Research paper presentation
  • Guest lecturers from industry and reputed academic institute
  • Mandatory Internship
  • Industry based projects



Best paper award at the International Conference


Formation of Somaiya Vidyavihar University. Three months mandatory internship. Syllabus revision implementation


International peer reviewed journal publications


Patent and copyright


Started one year mandatory internship


Funded projects started


Research and Consultancy


Received autonomous status from University of Mumbai


Got AICTE Approval. Commencement of M.Tech Programme

Eminent Alumni

Career Paths

  • Service maintenance engineer
  • Industrial Electrical Engineer
  • Maintenance Engineer-Construction
  • Process Engineer- Plant Design Engineer
  • Renewable Energy consultant,
  • Petroleum Conservation and Research Association
  • Bureau of Energy Efficiency certified Energy Auditor
  • Indian Green Building Council Engineer
  • Process Engineer
  • Solar PV System Analyst
  • Power Plant Operation and System Engineer
  • Government job opportunities
  • Private Sector / Corporate Job opportunities
  • Creating their own Start-up companies
  • Indian Renewable Energy Development Agency (IREDA) certified Consultant
  • Opportunity of Research (PhD) in new technologies in Indian and foreign Universities


Semester I Semester II
Solar Energy Solar Photovoltaic
Bio Mass and Wind Energy Energy Conservation and Management
Electrical and Energy Storage Systems Energy Systems Modeling and Analysis
Core Elective 1 Core Elective 2
Hydrogen Energy and fuel cells Solar Thermal Power Generation Energy Economics IOT for Energy Systems Power Electronics for Renewable Energy Systems Energy and sustainable development Fluid Mechanics & Computational Fluid Dynamics Heat Exchanger Design Smart Grid Technologies and Security Intelligent Solution for Energy Systems Materials for Energy Applications Alternate fuels and technologies Materials for Energy Applications Alternate fuels and technologies
Renewable Energy Laboratory-1 Professional Communication and Practices Laboratory
Energy Utilization Laboratory Renewable Energy Laboratory-II
Programming Techniques Laboratory Energy Audit Laboratory
Research Methodology & Intellectual Property Rights Mini-Project
Foundations of Energy Engineering Data Science for Energy Engineering


  • All Round Development

    This program enables students to study all aspects of a Mechanical Engineering in a specialised area through interdisciplinary activities to excel in the specialised field of their choice.

  • Peer Group Learning

    Participating in various inter-college and intra-college conference help students to tackle real life scenarios and enhance their technical skills.

  • Interactive EngaInteractive & Engaging Classroom Sessions

    Case study analyses, quizzes and lively discussion during class hours as a part of internal assessment make every student learn the concepts in the most practical way.

  • Holistic Business Knowledge & Expertise

    Complete repertoire of skills necessary for overall development in field of Mechanical Engineering will be imparted to all students.

Programme Outcomes

Independently carry out research / investigation and development work to solve practical problems.

Write and present a substantial technical report / document.

Demonstrate a degree of mastery over the area as per the specialization of the program. The mastery should be at a level higher than the requirements in the appropriate bachelor program

Define the interdisciplinary nature of the engineering problems, analyze critically and arrive at a solution.

Select, learn and apply appropriate techniques, resources, and modern engineering and IT tools for complex engineering activities with an understanding of limitations.

Justify ethically to the community for sustainable development.

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