Department of Mechanical Engineering
| Seats Availability | ||||
|---|---|---|---|---|
| Program | Intake (SISTec) | Intake (SISTec-R) | Intake (SISTec-E) | Total Number of Seats |
| B.Tech. | 90 | 90 | 60 | 240 |
| M.Tech. | 36 | - | - | 36 |
Roadmap
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1 st
Odd Semester Training Module
Refresher Course Programming with C upto Loops
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3 rd
Summer Break Training Module
Calculator operation, Know the Department, Winter Training, Measurement through precision equipment, Unit Conversion, Product Development.
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3 rd
Odd Semester Training Module
Manufacturing Process (Casting)
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4 th
Winter Break Training Module
AutoCAD
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4 th
Even Semester Training Module
Product Development
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5 th
Summer Break Training Module
Hydrulics & Pneumatics
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5 th
Odd Semester Training Module
Electrical Vehicle
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6 th
Winter Break Training Module
Car Mechatronics(CRISP)-FH/Solid Works & Machining-SH
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6 th
Even Semester Module + Subject
HVAC
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7 th
Summer Break Training Module
CNC Programming (CRISP) / Interships
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7 th
Odd Semester Training Module
PROJECT
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8 th
Winter Break Training Module
Company Specific Trainings
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8 th
Even Semester Training Module
Company Specific Trainings
Laboratories
Placement Result
Academic Toppers
B.Tech in Mechanical Engineering
Mechanical Engineering is the discipline that applies engineering physics, engineering mathematics, and materials science principles to design, analyze, manufacture, and maintain mechanical systems. It is one of the oldest and broadest of the engineering disciplines. The Mechanical Department at Sagar Institute has been functioning since the inception of the institution and comprises various modern laboratories and workshops in order to cater to the needs of the students undergoing the B.Tech program.
The laboratories of Applied Mechanics, Fluid Mechanics, Thermal Engineering, Material Testing, Hydraulic Machine, Machine Dynamics, Production Engineering, Internal Combustion Engine Lab, Thermodynamics lab, Heat and Mass Transfer lab, RAC lab, TOMM Lab, DOM Lab, FM Lab, MC & MT Lab, Automobile Lab, ED Lab and Machine Design Lab, etc. adorn the pride of the department. The workshops and laboratories are well equipped with modern tools and operative charts and with the necessary equipment and machinery of the latest generation which gives insight to the students for future technological support in the field of Mechanical Engineering. Students are trained by highly skilled laboratory technicians to perform the jobs such as welding, molding, designing, fitting, shaping, cleaning, grinding, testing, etc. so as to make them competent to face the challenges in the job market.
The department strappingly focus on imparting practical knowledge to the students and categorizes a national level working model competition titled “Nirmaan” every year. The department also keeps itself modernized and rejuvenated through SISTec Mechanical Engineers Association (SMEA) a body of budding technocrats that works to systematize different technical events at the college level. The extraordinary mechanical engineering labs and modernized workshops are an integral part of the department to upgrade and diversify the technical skills of students.
M.Tech in Machine Design
The Department of Mechanical Engineering at SISTec offers a program in M.Tech. in Machine Design which deals with principles and techniques for designing machines, mechanisms, power generation units, automobiles, which are specialized activities of machine designers from an engineer’s perspective. A design engineer may have been trained as an engineer (mechanical, electrical, controls, etc.), a physicist, a chemist, a tribologist, a material scientist, a computer scientist, or even a machinist.
This program offers an integrated approach to designing a wide range of mechanical systems using interrelationships between force, stress, and failure analysis in present world design. Advanced computational and analysis tools are incorporated to enhance the capability of the designer. The scope of the course ranges from conventional design to design code to highly sophisticated and advanced Computer-Aided Design (CAD).
The objective of the program is to produce quality design engineers to cater to the needs of the relevant industry. A really good one is knowledgeable in all those fields in addition to knowing much about dimensional metrology. A designer crosses many disciplines and a machine designer often requires multi-disciplinary teams in industries. Industry leaders have learned that to maintain a competitive advantage in the global marketplace, one must continually improve their activities.
M.Tech in Thermal Power Engineering
M. Tech. in Thermal Power and Engineering aims to enhance the skills of the student by giving them training on Thermal Power and Engineering under the domain of Mechanical Engineering. Our teaching methods have the basic knowledge that the students carry after passing engineering to the level of applied knowledge in engineering design and power sector industries. The faculty has wide experience ranging from erection, to commissioning of different projects.
SISTec offers an M.Tech program in Thermal Engineering designed to provide sound and in-depth training in various aspects of design, manufacture, testing, control, and evaluation of Thermal Engineering. The course content aims at developing the necessary analytical and technical competence among thermal power engineers.
Hydro, Thermal, Nuclear, and Electrical Power are very important for the development, growth, and progress of any country. The growth rate of 9% in the power sector is maintained by the Government of India by increasing their capacity of power generation, like by installing thermal plants, and hydro plants in different locations of India. With this, the demand for engineers in the field of Thermal Power will be much required to create new opportunities. M.Tech. in Thermal Power Engineering will offer students in-depth training in various aspects of designing, manufacturing, testing, controlling, and evaluating thermal power equipment.
