The M.Tech in Electrical Machine & Drives (Flexible Timing Work Integrated Program) is designed for working professionals who aim to enhance their technical expertise in the field of electrical engineering while balancing their professional commitments. This program is tailored to provide practical, industry-relevant knowledge through a blend of theoretical learning and on-the-job application. The curriculum includes elaborate study of control systems, renewable energy integration, advanced motor design, industrial automation etc. Opens career opportunities with enhanced expertise in power systems and technologies in industries like manufacturing, automotive, robotics, and renewable energy.
Choosing an M.Tech in Electrical Machine & Drives Online Evening Program at Mangalayatan University offers numerous benefits for working professionals aiming to upskill while managing their professional and personal responsibilities. Convenient for working professionals to access recorded lectures and study materials to learn at your own pace. Exposure and focused learning about the latest industry technologies like electrical machines, motor drives, control systems, and renewable energy integration with cutting-edge research and innovation in power systems and automation. The demand for specialists in Electrical Machines and Drives is growing due to advancements in automation, renewable energy, and industrial robotics. Positions you as an expert in a niche field, ensuring long-term career relevance and stability.
Ist SEMESTER | 2nd SEMESTER | 3rd SEMESTER | 4th SEMESTER | Elective-I Course (Opt any one) | Elective-III Course (Opt any one) | Elective-II Course (Opt any one) | Elective-IV Course (Opt any one) |
---|---|---|---|---|---|---|---|
Modeling and Analysis of Electrical Machines | Electric Drive System-II | Elective-III | Dissertation Part-II and Viva Voce | Power System Transient | Special Electrical Machines | Hybrid Electric Drive | Analysis of Power Electronics Converters |
Electric Drive System-I | Optimization Techniques | Elective-IV | Hybrid Electric Drive | Digital Control System | Control Techniques in Power Electronics | Optimal and Adaptive Control | |
Non-Conventional Energy Resources | Elective-I | Dissertation Part-I | Power Quality | Any other course offered by the department | Digital Techniques and Instrumentation | Non-Linear Control Theory | |
Numerical Methods and Computer Programming | Elective-II | Any other course offered by the department | Any other course offered by the department | Any other course offered by the department | |||
Modeling and Analysis of Electrical Machines Lab | Electrical Drive-II Laboratory | ||||||
Numerical Methods and Computer Programming Lab | Optimization Techniques Laboratory |
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