MTech in Mechanical Engineering

  • About Program

    The MTech program in Mechanical Engineering is offered by the Department of Mechanical Engineering to cater to the needs of advanced studies in the notable areas of Mechanical Engineering and technology. The Program is based on the credit system and provides a student with a wide choice of specialized courses and research oriented project work. The program is intended to advance the state of knowledge of scholars through balanced curriculum, guided course work and research projects in the frontier areas of Mechanical Engineering.

Duration & Eligibility

MCA LE – 2 Years

Minimum 55% marks in BE/BTech or equivalent in Mechanical Engg or Production Engg.GATE/NET qualified students shall be preferred.


  • Department has highly qualified and experienced faculty members with strong expertise in both theoretical and experimental methods of research.
  • The program offers 5 elective courses spread over first three semesters to enable the students to learn advanced tools and concepts for carrying out research project in the later phase of the program.
  • The project work spread over three semesters allows students to develop and polish their research ability.
  • Seminar starts from II Semester to enable the students to develop their research ability, improve the presentation skills, and improve their creativity in formulating research problems and their solutions.
  • The Program witnesses considerable research output in the form of research papers published in the refereed journals and presented at International / National Conferences every year from the students.
  • The department has several high end Laboratories to facilitate research work.
  • Fellowship for candidates as per DIT University norms.


This program prepares students for job openings in many domains namely but not limited to:

  • Heat transfer
  • Fluid Engineering
  • Tribological Practices
  • Solar Energy
  • Refrigeration & Air-conditioning
  • Advanced Optimization Techniques
  • Finite Element Methods
  • Energy Management, Audit and Conservation
  • Wind Energy Engineering
  • Fuel and Combustion Technology
  • Internal Combustion Engines
  • Energy Efficient Buildings
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