Flexible Timing Work Integrated Learning Program can be pursued through M.Tech in Production Engineering. M.Tech in Production Engineering is a postgraduate program focused on advanced concepts in production, manufacturing processes, and systems optimization. The program is designed to equip students and professionals with the in-depth knowledge and skills required to solve complex problems in manufacturing, production planning, quality control, and automation. During production engineering some of the important concepts like Advanced Manufacturing Techniques, Operations Management and Optimization, CAD/CAM and Automation, Quality Control and Six Sigma Practices, and Supply Chain and Logistics Management. There can be many career options in various fields like FMCG, IT, Finance, Healthcare, Manufacturing, and more as Production Manager, Industrial Engineer, Quality Assurance Specialist, Operations Manager, Manufacturing Process Engineer etc.
Pursuing M.Tech in Production Engineering through a Work Integrated Learning Program (WILP) at Mangalayatan University offers several advantages tailored to the needs of working professionals. Online MTech evening course combines online lectures, recorded sessions, and occasional in-person workshops for hands-on learning. Includes real-world projects that solve current industrial challenges, helping students contribute to their organizations during the program itself. Industry-aligned curriculum and emphasis on automation, Industry 4.0, and smart manufacturing along with important electives like sustainable production, supply chain optimization, and robotics and automation. The Professionals in manufacturing, production, or operations roles looking to upskill. Engineers aiming to specialize in advanced manufacturing and automation. Individuals aspiring to managerial or leadership roles in production engineering.
Ist SEMESTER | 2nd SEMESTER | 3rd SEMESTER | 4th SEMESTER | Elective-I Course (Opt any one) | Elective-II Course (Opt any one) | Elective-III?? Course (Opt any one) | Elective-IV Course (Opt any one) |
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Numerical Method and Computer Programming |
Discrete Event Simulation | Departmental Elective III | Major Dissertation | Manufacturing System Analysis | Advanced Welding Technology | Research Methodology | Micro-Electro-Mechanical Systems |
Design of Production Systems | Optimization Techniques | Departmental Elective IV | Fracture Mechanics | Composite Materials and Mechanics | CAD/CAM and Robotics | Machining Science | |
Production Technology | Elective-I | Mini Dissertation | |||||
Six Sigma Quality Engineering | Elective-II | ||||||
Numerical Method and Computer Programming Lab |
Computer Integrated Manufacturing (CIM) Lab | ||||||
Machine Tool Design Lab | Advanced Machining Science Lab |
Live & Recorded Lectures with cutting-edge tutorials.
Interact and Collaborate with Peers and Faculty
Online Mentoring
Use of Multimedia and Open Educational Resources
Flipped' Classrooms
E-portfolio & Peer Assessment
Work Integrated Advantage
Experiential Learning
Academic & Industry Mentorship
Continuous Assessment
Dissertation/Project Work