M.Tech in Rotating Equipment

M.Tech Rotating equipment program acquaints the students with concepts related to design, installation, operation and maintenance of rotating equipment like pumps, compressor, gas turbine, hydraulic turbines, bearings, gears, electrical machines, etc.

The objective of the program is to empower the students with knowledge of design and analysis if difficulty occurs in the industrial equipment. This course is aimed at combining excellence and research with service to society. It provides the students with a balance of intellectual and practical experiences.

This program caters to the need of various industries particularly aerospace, defense, scientific refinery, steel plants and power plants industries. Students trained under this program will be capable to take over the challenges related to the design and manufacturing of the sophisticated components required in these industries. With a well-structured curriculum and practical learning, the program develops the students into skilled and expert engineers specializing in rotating equipment. 


Duration: 2 years



  • Minimum 60% marks at Higher & Senior Secondary level(10th & 12th)
  • B. Tech /BE in Mechanical/ Production & Industrial / Mechatronics/ Industrial Automation with minimum 60% marks

Career Prospects

  • Designing, commissioning and operation and maintenance of various rotating equipment. Wide opportunities in technical development and implementation of rotary equipment associated with oil and gas projects.
  •  The rotating equipment engineer has got scope in all aspects of the mechanical and aero-mechanical design and testing of starter products used on a variety of diesel and gas turbine engines in the oil and gas, marine, power generation and aircraft industries.
  •  Job opportunities in maintaining, troubleshooting, and repairing, overhauling of rotating equipment including pumps, compressors, blowers, turbines, etc.
  • Consultancy.
Intake : 10 Seats
Semester I Semester II


  • Advanced Mathematics 
  • Pumps, Compressors and Fans 
  • Advanced Thermodynamics and  Heat Transfer 
  • Advanced Machine Design
  • Electric Motors and Drives 
  • Steam, Gas and Hydraulic Turbines 


  • Fatigue, Fracture and Stress Analysis of Machine Component 
  • Instrumentation and Control of rotating equipment
  • Rotor dynamics and condition monitoring 
  • Computational fluid Dynamics
  • Safety and Environment issues in Industry 
  • Quality and reliability engineering 
  • Seminar on Assign Topic
  • CFD Lab
Semester III Semester IV


  • Project I


  • Project II

Screening of Application and Interview

Fee structure for the academic year 2019 - 21

1st Sem
Tuition Fee Academic Service Fee Total
1,00,590 33,535 1,34,125
2nd Sem
Tuition Fee Academic Service Fee Total
1,00,590 33,535 1,34,125
3rd Sem
Tuition Fee Academic Service Fee Total
1,00,590 33,535 1,34,125
4th Sem
Tuition Fee Academic Service Fee Total
1,00,590 33,535 1,34,125


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