M.Tech in Power System
Master of Technology in Power System
BEST UNIVERSITY FOR M.TECH POWER SYSTEM ENGINEERING IN ROORKEE, UTTARAKHAND
M.Tech in Power System Engineering is a two-year postgraduate program that focuses on the planning, operation, control, and analysis of modern power systems. It provides an in-depth understanding of high-voltage systems, electrical machines, power generation, transmission, distribution, and protection. This program is designed for students aspiring to specialize in the evolving domain of electrical power systems, renewable energy integration, smart grids, and energy management technologies.
To develop advanced technical knowledge in electrical power generation, distribution, and transmission systems.
To train students in modern tools and technologies for power system analysis and automation.
To prepare engineers capable of designing efficient, stable, and secure electrical power networks.
To foster research and innovation in smart grid technology, renewable energy systems, and power quality improvement.
To promote understanding of regulatory frameworks and environmental impacts in power systems.
Candidates must hold a B.E./B.Tech degree in Electrical Engineering, Electrical & Electronics Engineering, or a closely related discipline from a recognized university.
A minimum of 45% aggregate marks (40% for reserved categories) is required in the qualifying examination.
Candidates with a valid GATE score in Electrical Engineering are preferred.
Minimum Age: 20 years or above at the time of admission.
Entrance Exams for M.Tech in Power System include:
- Admission is primarily based on GATE scores and performance in the qualifying degree.
- University-Specific Exam (PUET)
- Common University Entrance Exam (CUET)
Click here for a detailed Fee Structure.
Course Highlights
Course Benefits
Career Opportunities
Collaborations
Course Highlights
Duration: 2 Years (4 Semesters)
Advanced curriculum covering power system operation, control, protection, and stability
Focus on emerging topics such as smart grids, renewable energy integration, and energy storage
Practical exposure to simulation tools like MATLAB, PSCAD, ETAP, Power World Simulator, and PSS/E
Hands-on training in power system labs and substation automation
Project-based learning, research initiatives, and industry collaborations
Course Benefits
Builds expertise in managing large-scale electrical power networks and smart grid systems
Prepares graduates for high-demand careers in utility companies, energy sector, and R&D organizations
Enhances analytical and design skills with a focus on energy efficiency and system reliability
Offers opportunities to work on cutting-edge projects involving renewable energy and digital power management
Strengthens foundation for doctoral research and academic roles
Career Opportunities
Graduates of M.Tech in Power System Engineering are eligible for a wide range of roles, including:
Power System Engineer
Electrical Design Engineer
Protection and Control Engineer
SCADA System Engineer
Smart Grid Engineer
Energy Analyst
Power Transmission and Distribution Engineer
Renewable Energy Integration Engineer
Electrical Consultant
Research Scientist in Power Systems
Collaborations
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PLACEMENT
CAREER PROSPECTS
As power infrastructure modernizes and shifts toward renewable and sustainable energy sources, the demand for power system engineers is on the rise. Opportunities exist in power generation and distribution companies, electrical utilities, smart grid and renewable energy projects, manufacturing firms, and government bodies like NTPC, Power Grid Corporation, and state electricity boards. Graduates can also pursue higher studies and research roles in national and international institutions focused on energy innovation and sustainability.
FAQs
The program is a two-year, full-time course divided into four semesters.
While a valid GATE score in Electrical Engineering is preferred, some institutions offer admission through entrance exams and interviews for non-GATE candidates.
Key subjects include power system analysis, high voltage engineering, power system protection, power electronics, smart grid technology, and renewable energy systems.
Yes, internships, research projects, and industrial visits are often integral parts of the program to enhance practical skills and industry exposure.
Students gain hands-on experience with tools such as MATLAB/Simulink, ETAP, PSCAD, PSS/E, and SCADA systems used in power system planning and simulation.
Yes, M.Tech in Power System Engineering is an excellent foundation for pursuing a Ph.D. in electrical or energy systems engineering.
Top recruiters include NTPC, Siemens, ABB, Schneider Electric, GE Power, Tata Power, BHEL, L&T, state electricity boards, and various renewable energy firms.