Diploma in Mechanical Engineering (Production)

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Duration

3 Years

Level

Diploma After 10th

Type

Diploma

Eligibility

10th

Diploma in Mechanical Engineering (Production) is a Diploma level Production Engineering course. Production engineering is a combination of manufacturing technology with management science. Production engineering involves the design, control, and continuous improvement of integrated systems to provide customers with high-quality goods and services in a timely, cost-effective manner. The course deals with the integrated design and efficient planning of the entire manufacturing system, which is becoming increasingly complex with the emergence of sophisticated, production methods and control systems.

Diploma in Mechanical Engineering (Production) Eligibility

  • Aspiring students should have passed 10th class or its equivalent from a recognised school board in India.

Diploma in Mechanical Engineering (Production) Syllabus

Syllabus of Mechanical Engineering (Production) as prescribed by various Universities and Colleges.

Sr. No.

Subjects of Study

1

Technical English

2

Physics I

3

Engineering Chemistry

4

Mathematics I (Except BT)

5

Engineering Mechanics

6

Fundamental of Engineering Mathematics

 

Sessional

1

Engineering Graphics

2

Unix & C Programming

3

Physics Lab

4

Chemistry Lab

5

Work Shop Practice I

6

NCC / NSS / PT & Games / Creative Arts

7

Mathematics II

8

Basic Electrical Engineering

9

Data Structure in C++

10

Environmental Science

11

Physics II

 

Sessional

1

Computer Aided Drafting

2

Chemistry Lab

3

Physics Lab

4

Engineering Mechanics Lab

5

Basic Electrical Engineering Lab

6

Data Structure Lab.

7

Workshop Practice II

8

NCC / NSS / PT & Games / Creative Arts

9

Basic Electronics

10

Mathematics III

11

Introduction to System Theory

 

Sessional

1

Basic Electronics Lab.

2

Basic Electrical Engineering Lab

3

Engineering Mechanics Lab.

4

Java Programming Lab.

5

Digital Logic Design Lab.

6

NCC / NSS / PT & Games / Creative Arts

7

Industrial Statistics

8

Metallurgy

9

Fluid Mechanics

10

Strength of Materials I

11

Engineering Measurements

12

Energy Engineering

 

Sessional

1

Metallurgy Lab.

2

Fluid Mechanics Lab.

3

Strength of Materials Lab.

4

Engineering Measurements

5

Energy Engineering Lab.

6

NCC / NSS / PT & Games / Cr

7

Computational Methods

8

Manufacturing Processes I

9

Design of Machine Elements

10

Operations Research

11

Metrology

12

Industrial Organization & Management

 

Sessional

1

Computational Methods

2

Programming Lab

3

Manufacturing Process I Lab

4

Machine Design Sessional

5

Metrology Lab

6

Manufacturing Processes II

7

Machine Tool Design

8

Manufacturing Automation

9

Project Engineering

10

Computer-Aided Design

11

Theory of Machine I

 

Sessional 

1

Manufacturing Process II Lab

2

Machine Tool Design Sessional

3

Manufacturing Automation

4

Course Work

5

Computer Aided Design Lab

6

Coursework

7

Material Deformation Processes

8

Work Study & Ergonomics

9

Production Planning & Control

10

Engineering Economy

11

Modern Manufacturing Processes

 

Sessional

1

Material Deformation Processes Lab

2

Work Study & Ergonomics Lab

3

Project I

4

Modern Manufacturing Process Lab

5

Enterprise Resource Planning

6

Metal Working Tribology

7

Process Engineering

8

Competitive Manufacturing Strategies

9

Human Resource Development

10

Microprocessor & Interfacing

11

Powder Metallurgy

12

Plant Engineering

13

Tool Design

14

Flexible Manufacturing Systems & Robotics

15

Quality Engineering

16

Industrial Pollution Control

 

Sessional

1

Tool Design Lab & Sessional

2

FMS & Robotics Lab/Course work

3

Project II

4

Seminar

5

Human Factors & Safety Engineering

6

Value Engineering

7

Decision Support System

8

Processing of Polymer & Composites

9

Advanced Operations Research

10

Maintenance Engineering

11

System Dynamics

12

Eco-friendly Manufacturing

13

Advance Welding Technology

 

Diploma in Mechanical Engineering (Production) Colleges

Diploma in Mechanical Engineering (Production) Course Suitability

  • The course is suitable for those who want to understand the fundamental of basic sciences and humanities interdisciplinary knowledge, innovation, creative and problem-solving abilities, intellectual honesty and professional ethics, capacity for teamwork in interdisciplinary, national and international environment.
  • Students willing to understand society, culture and global processes also suitable are suitable for it.
  • They should also have computer skills, ability to analyse workflow, problem-solving skills, analytical skills, communication skills, documentation Skills, team building skills and resource utilization skills.

How is Diploma in Mechanical Engineering (Production) Course Beneficial?

  • Job opportunities are available in public and private sector manufacturing organizations engaged in implementation, development and management of new production Process, information and control systems and computer-controlled inspection, assembly and handling.
  • They can work mostly in engineering services, research and development, manufacturing industries, and the federal government.
  • They can also go for further Master’s degree and then for research studies.

Diploma in Mechanical Engineering (Production) Employment Areas

  • Colleges & Universities
  • John Deere - Pune
  • Boeing - Bangalore
  • NEPC - New Delhi
  • Hyundai Groups - Chennai
  • Complete Surveying Technologies Pvt. Ltd. - Noida
  • BMP Education & Management Solutions LLP - Nagpur

Diploma in Mechanical Engineering (Production) Job Types

  • Assist. Senior Manager
  • Production Support Engineer
  • Shift In-charge
  • Production Engineering Architect
  • Foundry Production Engineer and Manager
  • Executive
  • Production Engineer
  • Asst. Production Engineer
  • Production/Quality Engineer
  • Sr. Production Engineer
  • Lecturer/Professor