M.E - Manufacturing Engineering
Overview :
The duration of certified study of this program shall extend over the period of 2 years (4 semesters) for Full-time candidates and 3 years (6 semesters) for Part-time Candidates. Masters in Manufacturing Engineering degrees comprise a mix of lectures, seminars, practical workshop exercises, independent research, and case studies.
In this professionally oriented program, you will combine skills in mathematics, science, and business to develop innovative design systems and processes and improve the quality and efficiency of manufacturing systems through advanced skills in this engineering discipline.
The Master of Engineering in Manufacturing Engineering program will prepare you for careers such as Manufacturing Engineer, Manufacturing technology engineer, Senior quality engineer (aerospace and defense), etc.
Manufacturing engineering is multidisciplinary with industrial, mechanical, and aeronautical engineering, and often offers similar course modules and career options. The course also draws upon subjects such as calculus, computer science, and physics, so the more prior experience you have in these areas, the better.
Why Choose M.E Manufacturing Engineering?
- Master of Engineering in Manufacturing Engineering is a course-only, professionally-oriented degree program aimed at broadening student potential, enhancing technical versatility, and in some instances providing the opportunity for changes in career path.
- Students will learn how to improve the quality and efficiency of manufacturing systems through advanced engineering training and know the complete product development, management, and manufacturing process.
Admission Procedure For M.E Manufacturing Engineering:
- Aspirants will have to sit for different Entrance Exams conducted by different universities in accordance with the admission procedure.
- Admission to all ME programs will be made on the basis of marks obtained in the admission test or based on GATE score. Some of the institutes may also conduct their own entrance test for admission to the Masters in Engineering.
- A merit list will be prepared in which the admission committee will consider a cut-off score, based on the applications received and the seats available.
- Based on the overall marks obtained by the student in the written test and interview round, if the student qualifies, he/she will be called for the counselling round.
- If the student qualifies, he/she will be called for the counseling round. The student can now be admitted to the ME Manufacturing Engineering course.
Eligibility For M.E Manufacturing Engineering:
- For ME Manufacturing Engineering, the candidate must hold a bachelor's degree (BE/BTech) in the related discipline from a recognized institute with a qualifying score of 50% and above.
- Most universities will require you to have a bachelor’s degree in an engineering discipline, but you may also be accepted if you have major professional experience in the field.
Career Opportunities for M.E Manufacturing Engineering
Jobs Opportunities After M.E Manufacturing Engineering
- Material Planner
- Medical Device Manufacturing
- Operations Engineer
- Production Engineer
- Production Technologist
- Project Engineer
- Quality Control Engineer
- Sales Engineer
- Simulation Engineer
- Supply Chain Engineer
- Technical Sales
- Technology Management
- Test Engineer
Top Recruiters of M.E Manufacturing Engineering
- Accenture
- Caterpillar
- Cognizant
- HCL
- Infosys
- Myntra
- Royal Enfield
- TCS
- Zoho
- ZS Associates
Syllabus For M.E Manufacturing Engineering
Semester I
Applied Probability and Statistics for Manufacturing Engineering
Advanced Manufacturing Technology
Computer Integrated Manufacturing Systems
Advances in Casting and Welding
Metal Cutting Theory and Practice
Professional Elective I
CAD/CAM Laboratory
Optimization Techniques in Manufacturing
Semester II
Advances in Metrology and Inspection
Theory of Metal Forming
Tooling for Manufacturing
Professional Elective II
Automation and Metal Forming Laboratory
Technical Seminar
Professional Elective III
Semester III
Project Work Phase I
Advanced Machining and Forming Processes
Composite Materials Processing
Advanced Machining and Forming Laboratory
Material Processing Laboratory
Finite Element Applications in Manufacturing
Quality and Reliability Engineering
Professional Elective IV
Semester IV
Project Work Phase II
Machine Learning for Intelligent Systems
Thin Film Technology
Finite Element Analysis Laboratory
Professional Elective V
Professional Elective VI
Professional Elective VII
Technical Seminar