Programme Overview

The Diploma in Mechanical Engineering is a dynamic three-year undergraduate diploma program designed to provide students with strong technical knowledge and practical skills in mechanical systems, manufacturing processes, thermal engineering, machine design, and industrial automation. The program focuses on industry-oriented learning through laboratory experiments, workshops, CAD/CAM applications, industrial visits, and project-based training. Aligned with AICTE curriculum standards, the program prepares students for successful careers in manufacturing, automotive, production, maintenance, and allied engineering industries.

  • 3 Years

    Duration of programme

  • UG

    Level of Study

Key Highlights

AICTE aligned curriculum focused on industry requirements.
Hands-on training in machine tools, manufacturing technology, CAD/CAM, and thermal systems.
Modern laboratories, workshops, and practical exposure to industrial equipment.
Industrial visits, internships, and live projects for real-world engineering experience.
Strong career opportunities in automotive, production, manufacturing, and maintenance sectors.

How will you benefit

Develop practical and technical skills in mechanical engineering and manufacturing processes.
Gain industry exposure through internships, workshops, and project-based learning.
Enhance employability in automotive, production, maintenance, and industrial sectors.
Build a strong foundation for higher education and advanced technical specialization.

What will you study

You will build a strong foundation in mechanical engineering by studying engineering mechanics, thermodynamics, and strength of materials.

Students gain practical knowledge of manufacturing technology, machine design, and production engineering used in modern industries.

The program provides understanding of fluid mechanics, heat transfer, and refrigeration & air conditioning systems used in industrial and thermal applications.

You will also learn CAD/CAM, industrial automation, and maintenance engineering for efficient machine design, operation, and maintenance.

  • PO-1- Apply engineering fundamentals and technical knowledge to solve mechanical engineering problems.
  • PO-2- Operate and maintain machines, tools, and mechanical systems effectively.
  • PO-3- Understand manufacturing processes, production systems, and industrial operations.
  • PO-4- Use CAD/CAM software and modern engineering tools for design and drafting.
  • PO-5- Analyze thermal, fluid, and mechanical systems for industrial applications.
  • PO-6- Demonstrate teamwork, communication, and project management skills.
  • PO-7- Follow professional ethics, safety standards, and environmental sustainability practices.
  • PO-8- Adapt to technological advancements and pursue lifelong learning in mechanical engineering.

  • PSO-1- Operate machine tools and manufacturing equipment efficiently and safely.
  • PSO-2- Prepare mechanical drawings and designs using CAD/CAM software.
  • PSO-3- Apply production planning and quality control techniques in manufacturing industries.
  • PSO-4- Perform maintenance, troubleshooting, and repair of mechanical systems.
  • PSO-5- Understand thermal engineering concepts related to power plants and refrigeration systems.
  • PSO-6- Apply automation and modern manufacturing techniques in industrial processes.
  • PSO-7- Demonstrate competency in workshop practices and fabrication techniques.
  • PSO-8- Work effectively in multidisciplinary teams and adapt to industry demands.

  • PEO-1- Provide students with strong technical and practical knowledge in mechanical engineering.
  • PEO-2- Develop competent professionals capable of working in manufacturing and industrial sectors.
  • PEO-3- Prepare students for employment in government, private, and multinational industries.
  • PEO-4- Encourage innovation, problem-solving, and entrepreneurial skills.
  • PEO-5- Promote professional ethics, workplace safety, and environmental awareness.
  • PEO-6- Develop communication, leadership, and teamwork abilities.
  • PEO-7- Encourage lifelong learning and adaptation to modern technologies.
  • PEO-8- Prepare students for higher education and advanced technical certifications.

Curriculum

  • Engineering Mathematics-I
  • Applied Physics I
  • Applied Chemistry
  • Communication Skills
  • Engineering Graphics
  • Engineering Workshop Practice

  • Engineering Mathematics-II
  • Applied Physics II
  • Introduction to IT System
  • Fundamentals Of Electrical & Electronics Engineering
  • Engineering Mechanics
  • Environmental Science

  • Basic Mechanical Engineering
  • Fluid Mechanics and Hydraulic Machinery
  • Material Science and Engineering
  • Manufacturing Engineering
  • Thermal Engineering – I
  • Computer Aided Machine Drawing Practice

  • Measurements And Metrology
  • Strength Of Materials
  • Thermal Engineering – II
  • Material Handling System
  • Refrigeration And Airconditioning
  • Minor Project

  • Theory Of Machines and Mechanisms
  • Industrial Engineering and Management
  • Power Plant Engineering
  • Advanced Manufacturing Processes
  • Automobile Engineering
  • Renewable Energy Technologies
  • CAD/CAM Lab

  • Entrepreneurship And Startups
  • Design Of Machine Elements
  • Project Management
  • Production And Operations Management
  • Artificial Intelligence
  • Engineering Economics and Accountancy

CAREERS AND EMPLOYABILITY

Production Engineer
Maintenance Engineer
Automobile Technician
CAD/CAM Designer

ELIGIBILITY CRITERIA

10tth class passed

with minimum 50% marks.

 

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Registered Office

Dr. C.V. Raman University

Village:- Balkhadsura, Post:- chhaigaon Makhan, Khandwa MP, PinCode:-450771

7320-247700 | 7320-247701 | 6269001060

info@cvrump.ac.in

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