Request For Info

    Program Structure

    First Semester
    • DEME101
    • Communication skills
    • 4 Credits
    • DEME102
    • Engg. Mathematics i
    • 4 Credits
    • DEME103
    • Applied physics
    • 4 Credits
    • DEME104
    • Applied chemistry
    • 4 Credits
    • DEME105
    • Applied physics practical
    • 4 Credits
    • DEME106
    • Applied chemistry practical
    • 4 Credits

    TOTAL CUMULATIVE CREDITS – 24 Credits

    Second Semester
    • DEME201
    • Engg. Mathematics ii
    • 4 Credits
    • DEME202
    • Information technology applications
    • 4 Credits
    • DEME203
    • Basic electronics
    • 4 Credits
    • DEME204
    • Workshop practice
    • 4 Credits
    • DEME205
    • Basic electronics practical
    • 4 Credits
    • DEME206
    • Workshop practice practical
    • 4 Credits

    TOTAL CUMULATIVE CREDITS – 24 Credits

    Third Semester
    • DEME301
    • Engg. Mathematics iii
    • 4 Credits
    • DEME302
    • Applied mechanics
    • 4 Credits
    • DEME303
    • Electrical technology
    • 4 Credits
    • DEME304
    • Engg. Graphics
    • 4 Credits
    • DEME305
    • Computer networks
    • 4 Credits
    • DEME306
    • Applied mechanics practical
    • 4 Credits
    • DEME307
    • Electrical technology practical
    • 4 Credits

    TOTAL CUMULATIVE CREDITS – 28 Credits

    Fourth Semester
    • DEME401
    • Applied electronics
    • 4 Credits
    • DEME402
    • Theory of machines
    • 4 Credits
    • DEME403
    • Manufacturing processes
    • 4 Credits
    • DEME404
    • Mechanical engg. Drawing
    • 4 Credits
    • DEME405
    • Thermal engineering
    • 4 Credits
    • DEME406
    • Applied electronics practical
    • 4 Credits
    • DEME407
    • Thermal engg. Practical
    • 4 Credits

    TOTAL CUMULATIVE CREDITS – 28 Credits

    Fifth Semester
    • DEME501
    • Industrial organization & supervisory mgmt.
    • 4 Credits
    • DEME502
    • Fluid power
    • 4 Credits
    • DEME503
    • Advanced manufacturing processes
    • 4 Credits
    • DEME504
    • Machine design
    • 4 Credits
    • DEME505
    • Metrology and quality control
    • 4 Credits
    • DEME506
    • Fluid power practical
    • 4 Credits
    • DEME507
    • Metrology & quality control practical
    • 4 Credits

    TOTAL CUMULATIVE CREDITS – 28 Credits

    Sixth Semester
    • DEME601
    • Production technology
    • 4 Credits
    • DEME602
    • Instrumentation & controls
    • 4 Credits
    • DEME603
    • Refrigeration & air-conditioning system
    • 4 Credits
    • DEME604
    • Automobile manufacturing system
    • 4 Credits
    • DEME605
    • Project
    • 4 Credits
    • DEME606
    • Refrigeration & air-conditioning system
    • 4 Credits

    TOTAL CUMULATIVE CREDITS – 24 Credits

    Program Overview

    Diploma in Mechanical Engineering or Engineering Diploma in Mechanical Engineering or Polytechnic in Mechanical Engineering is a three years engineering diploma program on the basis of 10th. Mechanical Engineering is the regulation that applies engineering, physics, engineering mathematics, and materials science proposition to design, examine, fabricate, and preserve mechanical systems. It is one of the oldest and broadest of the engineering disciplines.

    The mechanical engineering is the stream that requires an understanding of central areas including mechanics, dynamics, thermodynamics, materials science, structural analysis, and electricity. In addition to these central principles, mechanical engineers use instruments such as computer-aided design (CAD), computer-aided manufacturing (CAM), and product life cycle management to outline and inspect manufacturing plants, industrial equipment and machinery, heating and cooling systems, transport systems, aircraft, watercraft, robotics, medical devices, weapons, and others. It is the bifurcation of engineering that includes the representation, manufacture, and working of machinery. Scope of Diploma in Mechanical Engineering is enormous & naturally job oriented

    Key Role of Diploma in Mechanical Engineering

    • Research and Development (R&D): Research and development is about designing, improving and creating products and services. Some public sectors provide good earning opportunity. This is the most prestigious sector for Mechanical Engineers.
    • Manufacturing: Mechanical Engineering plays a significant role in the manufacture, design and building of something which is indigenously concludes to be not possible.
    • Design: Design engineering is grounded on CAD tool. This is the most encouraging sector for Mechanical Engineers currently.
    • Installation: This is also fundamental plant job for Mechanical Engineers. Under the observation of Mechanical Engineers, the part of machines are installed.
    • Maintenance: Maintenance job is related with preservation of machines using divergent tools of Mechanical Engineering.
    • Analysis and testing: This is also a new trending job along with design. In this job you have to experiment with the products. Quality assurance is also the part of it.
    Career fields where Diploma in Mechanical Engineers can work:
    • Power plants
    • Cement Industries
    • Automobiles Industries
    • Mechanical industries
    • Steel Industries
    • Nuclear Industries
    • Aerospace Industries
    • Paper Industries
    • Communication Companies
    • Thermal Power Industries
    • Power generation industries and many more.