ME Production Engineering, Master of Engineering in Production Engineering, Syllabus, Eligibility, Duration, Degree Course

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Master of Engineering in Production Engineering

Duration

2 Years

Level

Post Graduation

Type

Degree

Eligibility

Graduation

ME Production Engineering or Master of Engineering in Production Engineering is a two-year postgraduate Production Engineering course. Manufacturing technology and management science are combined in production engineering. Production engineering entails the design, control, and continual development of integrated systems to deliver high-quality goods and services to consumers in a timely and cost-effective way.

The Master of Engineering in Production Engineering is an interdisciplinary field that requires the collaboration of people with backgrounds in industrial engineering, manufacturing engineering, product design, marketing, finance, and corporate planning. The Production Engineering course is concerned with the integrated design and effective planning of the complete manufacturing system, which is getting increasingly complicated as new manufacturing technologies and control systems arise.

ME Production Engineering Eligibility

Aspiring students should have passed a BE / B.Tech degree or equivalent from a recognized University.
The candidates should have secured a minimum of 55% aggregate marks in their Bachelor's.
Some of the very reputed institutes conduct an entrance examination for admission.

ME Production Engineering Syllabus

Syllabus of Production Engineering course as prescribed by various Universities and Colleges.

ME Production Engineering Semester-I
Sr. No.	Subjects of Study
1	Computer Graphics & Solid Modelling
2	Electrical Machines
3	Engineering Thermodynamics
4	Fluid Mechanics
5	Mathematics
6	Mechanics of Deformable Bodies
7	Practicals Electrical Machines Lab Graphics Lab Manufacturing Process Lab
ME Production Engineering Semester-II
1	Analysis and Synthesis of Linkages and Machines
2	Materials Science and Technology
3	Measurements and Instrumentation
4	Production Management
5	Primary Production Processes
6	Systems Programming and Languages
7	Practicals Fluid Mechanics Lab Measurements and Instrumentation Lab Technical Report Writing & Language Practice Lab
8	Elective-I Finite Element Method and its Application Human Engineering & Behavioural Science Organization and Management of Production Systems Project Planning and Appraisal Production Planning and Control Reliability Engineering and Plant Maintenance Tool and Die Design Tribology and Terotechnology
ME Production Engineering Semester-III
1	Automation, CNC Machines, and Robotics
2	Dynamics of Machines
3	Design of Mechanical Systems
4	Machine Tools Systems
5	Mechatronics and Modern Control
6	Practicals Design Practice Dynamics of Machines Lab Ergonomics Lab Mechatronics and Modern Control Lab
7	Elective-II Automotive Engineering Artificial Intelligence and Machine Vision Advanced Sensors for Engineering Applications and NDT Computer Integrated Manufacturing Information Technology Management Information Systems Optoelectronics and Laser Materials Processing Rapid Prototyping and Tooling Robotics and Robot Applications
ME Production Engineering Semester-IV
1	Advances in Materials Processing
2	Advanced Manufacturing Technology
3	Ethics in Engineering Profession
4	Engineering Economy and Financial Management
5	Operations Research and Industrial Management
6	Plant Layout and Automated Material Handling
7	Practicals CAD-CAM Lab Project Vocational Training / Seminar on an assigned topic
8	Elective-III Computer Networking and Web-Based Technology Enterprise Resource Planning Entrepreneurship and E-Business Forecasting and Marketing Management Manufacturing Simulation Production and Managerial Economics Total Quality Management

ME Production Engineering Colleges

Punjab Engineering College - University of Technology, Chandigarh
Chhattisgarh Swami Vivekanand Technical University, Bhilai
University of Delhi - DU, Delhi
Thapar University, Patiala
ME Production Engineering Course Suitability
They should be able to comprehend the fundamentals of basic sciences and humanities, as well as interdisciplinary knowledge, innovation, creative and problem-solving abilities, intellectual honesty and professional ethics, and teamwork capacity in interdisciplinary, national, and international settings.
Candidates interested in working in public and private sector manufacturing organizations that implement, develop, and manage new production processes, information and control systems, and computer-controlled inspection, assembly, and handling are also a good fit for the course.
Applicants must also be capable of life-long learning and have an understanding of current concerns.

How is the ME Production Engineering Course Beneficial?

They can find a variety of job prospects in manufacturing organizations in both the commercial and public sectors.
Aspirants who have completed the Master of Engineering degree course in Production Engineering are in high demand in manufacturing industries for the smooth operation of their instrumental manufacturing industries and industrial automation units.
Engineers with advanced degrees and experience can work at the highest levels of industry and management, with competitive pay and benefits.
Applicants can seek work in a variety of disciplines, including the military forces, railroads, and other government departments, as well as in the majority of PSUs.

ME Production Engineering Employment Areas