M.Tech. Power System (PS)
M.Tech. ( Power System)
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Your Program
M.Tech. ( Power System)
Duration |
ELIGIBILITY |
ADMISSION PROCESS |
FEES |
|---|---|---|---|
| 02 Years | 60% in B.Tech. | On the basis of performance in the online Multiple-Choice Question (MCQ) Test of 2 hours duration and personal interview. | Rs. 1,20,000 per annum |
About the Program
Department of Electrical Engineering offers M.Tech. programme in Power Systems to train the students in deeper theoretical knowledge along with the hands-on practices to the design and development in industrial fields. After completion of this programme, they are able to understand
the concepts of power system, smart grid, electric vehicles and renewable energy and therefore they can further pursue their research in these fields for academic achievements. Also we are in process for the MoU with the Polytech University (a graduate school of Engineering, University of Polytech, France) for academic exchange and research.
Job Prospects
- Power Engineer
- Electrical Engineer
- Junior/Assistant Engineer
- JTO/TTA
- GET
- Testing Engineer
- Engineering Services (UPSC)
- Computer Programmer
- Researcher
- Civil Services
- Assistant Professor
Program Structure
Semester 1
- Proficiency in Co-curricular Activities-I
- Advanced Mathematics
- Technical Writing for Engineering(Seminar)
- Employability Skills
- Review Seminar 1
- Foundation Course
Program Core
- Advanced Power System Analysis
- MATLAB Programming Lab
- Advanced Power Electronics
- Power System Design using PSCAD
Program Elective (any 1)
- Energy Conservation Technologies
- Modeling & Planning of Energy Systems
- Wind Energy Utilization
- Energy Management
Semester 2
-
- Proficiency in Co-curricular Activities-II
- Employability Skills
- Review Seminar 2
- Foundation Course
Program Core
- Advanced Power System Stability
- HVDC Transmission
- Advanced Power System
- Power System Modelling and Simulation Lab
- Power System Lab 2
Program elective (any 1)
- Smart Grid: Design & Applications
- Power System Transients and Protection
- Advanced Circuit Analysis and Design
University/Open elective
- Opt from the list of University Electives
Semester 3
University Core
- Proficiency in Co-curricular Activities-III
Program Core
- Power System Planning and Reliability
- Advanced Computer Based Power System Design Lab
- Pre-dissertation/ Minor Project
- Industrial Training
Program elective (any 1)
Restructured Power Systems
- Advanced Theory and Analysis of AC Machines
- Excitation of Synchronous Machines & Control
- Solar Radiation & Energy Conversion
- Smart Grid: Technology & Applications
- Operation and Control of Power System (moved to elective)
University/Open elective
- Opt from the list of University Electives
Semester 4
Industry Major Project/Dissertation
Teaching
The typical percentage of time spent in different learning activities for this program is based on student choices. This information is collated from the previous year and will not be available if the program is new.
Year 1
Year 2
Assessment
Typically how work is assessed for this program is based on student choices. This information is collated from the previous year and will not be available if the program is new.
Year 1
Year 2
