Under Post Graduation
M. Tech in Power Electronics and Power Systems
Program Educational Objectives
|
PEO
|
Description
|
| PEO1 |
Graduates will secure employment in smart grid, electric vehicles,
renewable energy, and advanced power systems, contributing to
sustainable electrical infrastructure
|
| PEO2 |
Graduates will pursue R&D in EV systems, batteries, grid automation,
renewable integration, and AI-enabled control, resulting in patents,
publications, and prototypes.
|
| PEO3 |
Graduates will lead or launch startups in E-mobility, charging, smart
energy, and grid modernization
|
Program Outcomes
|
PO
|
Description
|
| PO1 |
Ability to critically analyse various power electronic system
components, models, and their operation.
|
| PO2 |
Ability to apply fundamentals and concepts to analyse, formulate and
solve complex problems of electrical power systems and its components.
|
| PO3 |
Apply advanced concepts of electrical power engineering to analyse,
design and develop electrical components, apparatus, and systems to put
forward scientific findings at different levels.
|
| PO4 |
Collaborate as a member of a multidisciplinary team and correlate the
domain knowledge for global problem.
|
| PO5 |
Ability to use advanced techniques, skills, and modern scientific and
engineering tools for professional practice.
|
| PO6 |
Preparedness to lead a multidisciplinary scientific research team,
communicate and lifelong learning effectively.
|
Curriculum
M.Tech Y25 Power Electronics & Power Systems Curriculum
M.Tech Y23 Power Electronics & Power Systems Curriculum
M.Tech Y22 Power Electronics & Power Systems Curriculum
Program Development Document
PDD Y22 M.TECH PEPS
Course Outcomes
Course Outcomes 2023-2024 A.Y
Course Outcomes 2022-2023 A.Y
