Postgraduate programme

M.Tech in Power System Engineering

A two-year postgraduate Electrical Engineering programme spanning power-system analysis, stability, digital protection, renewable generation, advanced modelling and thesis research.

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Programme overview

Design, protect and integrate modern power systems

The School of Electrical Engineering lists M.Tech in Power System Engineering as a two-year postgraduate programme. The published course structure brings together power-system analysis and design, renewable generation technology, power-system stability and control, digital protection, advanced laboratories, electives and thesis work.

Its specialization-specific outcomes address the integration of distributed energy resources, communication and intelligent systems in power systems, and the use of advanced intelligent devices, prediction and modelling for complex power-system problems.

Course-structure source

Course names, laboratory titles and semester progression on this page follow the School’s published M.Tech Electrical Engineering course structure for the Power System Engineering specialization.

Published course structure

Analysis, stability, protection and intelligent systems

Selected named subjects and laboratories from the Power System Engineering course structure.

Power System Analysis & Design

First-semester course in the published specialization structure.

Renewable Power Generation Technology

First-semester course in the published specialization structure.

Power System Stability & Control

First-semester course in the published specialization structure.

Computer Analysis in Power System

Second-semester course in the published specialization structure.

Digital Protection in Power System

Second-semester course in the published specialization structure.

Modelling, Analysis & Design

Sessional work in modelling, analysis and design of electrical systems.

Laboratory & thesis pathway

From system modelling to independent research

Advance Power System Laboratory
Power System Modeling and Control Laboratory
Industrial Automation Laboratory
Department electives
Comprehensive viva-voce
Thesis Part I and Thesis Part II

Academic outcomes

Research capability for reliable power systems

Programme educational objectives, outcomes and specialization-specific outcomes published by the School.

01 · PEOs

Programme Educational Objectives

Acquire in-depth knowledge in power systems, power electronics, renewable energy and electric drives for successful careers in academia and industry.
Carry out research in electrical engineering and interdisciplinary areas and engage in lifelong learning for evolving technological and global challenges.
Work with others and demonstrate social and ethical responsibility as an individual.

02 · POs

Programme Outcomes

Independently carry out research, investigation and developmental work to solve practical problems.
Write and present a substantial technical report or document.
Demonstrate mastery in electrical engineering beyond the appropriate bachelor programme requirements.
Apply advanced knowledge, techniques, skills and modern tools in electrical engineering.

03 · SSOs

Specialization Specific Outcomes

Acquire in-depth knowledge in design and integration of distributed energy resources, communication and information/intelligent systems in power systems to improve quality and reliability of supply.
Apply appropriate techniques, resources and advanced intelligent devices, including prediction and modelling, to complex power-system problems with awareness of limitations.

Academic laboratories