![Global College of Engineering and Technology - [GCET]](https://img.collegedunia.com/public/college_data/images/logos/1602943922logo.png?h=71.7&w=71.7&mode=stretch)
Global College of Engineering and Technology Kadapa M.Tech Power System Engineering: Fees 2026, Course Duration, Dates, Eligibility
M.Tech Power System Engineering at Global College of Engineering and Technology, Kadapa is a 2-year option taught in full-time mode in Kadapa, Andhra Pradesh. Students begin with advanced theory in power system analysis and modern control methods in the first year, then move into specialised areas such as power system protection, renewable energy integration, and high voltage engineering before completing an independent research project. Students pay INR 1,19,700 in academic fees.
Important Details for M.Tech Power System Engineering Students
- JNTUA affiliated and AICTE approved programme, making graduates eligible for employment in regulated power sector organisations and PSUs across India
- Admission is based on AP PGECET or GATE scores, with GATE-qualified candidates given first preference during state-level counselling
- The curriculum covers both core power systems subjects and electives in areas such as HVDC transmission, power quality, and renewable energy systems
Course Highlights
| Particulars | Details |
|---|---|
| Course Duration | 2 years (4 semesters) |
| Mode | Full-time |
| Eligibility | B.E. or B.Tech in EEE or a related discipline with at least 50% marks |
| Admission Basis | AP PGECET score or valid GATE score followed by state counselling |
| Affiliation or Regulator | Jawaharlal Nehru Technological University Anantapur (JNTUA), approved by AICTE |
| Total Fees | INR 1,19,700 |
Academic Cost of M.Tech Power System Engineering at Global College of Engineering and Technology, Kadapa
Academic Fees
| Fee component | Amount | Scope |
|---|---|---|
| Total Fees | INR 1,19,700 | total course fee |
Admission and Eligibility
Admission to M.Tech Power System Engineering at GCET Kadapa is done through AP PGECET or GATE. Candidates are ranked by score and seats are allotted through the AP state counselling process conducted by APSCHE.
Eligibility
- B.E. or B.Tech degree in Electrical and Electronics Engineering or a closely related branch
- Minimum 50% marks in the qualifying degree (45% for reserved category candidates)
- Valid score in AP PGECET or a valid GATE score in the relevant paper
Admission Process
- Appear for AP PGECET or hold a valid GATE score in the relevant subject
- Register on the APSCHE counselling portal and upload documents
- Select GCET Kadapa and the Power System Engineering specialisation during web options
- Report to the college with original certificates after seat allotment to complete admission
Understanding M.Tech Power System Engineering at Global College of Engineering and Technology, Kadapa
The first year builds strong foundations in Advanced Power System Analysis, Modern Control Theory, and Renewable Energy Systems, along with one practical lab and a seminar. The second year moves into specialised electives such as High Voltage Engineering, HVDC Transmission, and Power Quality, and students dedicate significant time to an independent research project. The programme finishes with a dissertation that addresses a real problem in power systems engineering.
What Students Study in M.Tech Power System Engineering
| Subject area | What students learn |
|---|---|
| Advanced Power System Analysis | Students study load flow methods, short-circuit calculations, and transient stability techniques used in large interconnected power grids |
| Advanced Power System Protection | Covers relay coordination, differential protection, distance protection, and fault analysis to keep transmission and distribution networks safe |
| Renewable Energy Systems | Focuses on solar, wind, and hybrid energy integration, including grid connection standards and power conversion technologies |
| Modern Control Theory | Teaches state-space modelling, optimal control, and digital control techniques applied to power system stability and automation |
| High Voltage Engineering and Power Quality | Examines insulation systems, surge phenomena, and power quality issues such as harmonics and voltage fluctuations in industrial and utility networks |
Laboratory sessions and project work connect classroom theory to real applications by having students run power system simulations, test protection relays, and model grid behaviour using dedicated software tools.
How Students Build Practical Skills
Students work in electrical power and machines labs to carry out experiments on relay testing, load flow simulation, and renewable energy system modelling. The final-semester project requires students to propose and validate a solution to a defined power systems problem.
Job Roles and Higher Study Options
Possible Job Roles
| Role | Work area | Relevant subject |
|---|---|---|
| Power Systems Engineer | Design, analyse, and maintain transmission and distribution networks in power utilities and infrastructure companies | Advanced Power System Analysis |
| Protection and Control Engineer | Configure and test relay systems, substations, and SCADA setups for grid operators and electrical equipment manufacturers | Advanced Power System Protection |
| Energy Consultant or Renewable Energy Engineer | Plan and assess solar, wind, and hybrid energy projects for private developers, consultancies, and government agencies | Renewable Energy Systems |
Higher Study Options
| Course | Purpose |
|---|---|
| Ph.D in Power Systems Engineering | Pursue advanced research in smart grids, energy storage, or power electronics at universities or national research labs |
| MBA in Energy Management | Add business and policy skills to move into leadership or management roles in the energy and utilities sector |
| Postgraduate Diploma in Smart Grid Technologies | Gain focused expertise in smart metering, grid automation, and demand response to work in next-generation power infrastructure |
Placements
| Measure | Figure |
|---|---|
| Placement rate | 40% to 60% (indicative estimate for M.Tech graduates at this college) |
| Average package | INR 3 to 5 LPA (indicative for power sector and related roles) |
| Higher package range | INR 6 to 9 LPA (indicative for PSU or R&D roles with strong GATE scores) |
| Likely work areas | State electricity boards, power generation PSUs like NTPC and PGCIL, electrical equipment firms, and engineering consultancies |
Note: The actual placement might differ so students are advised to visit the college.
Global College of Engineering and Technology, Kadapa M.Tech Power System Engineering FAQs
Ques. What is the fee for M.Tech Power System Engineering at Global College of Engineering and Technology, Kadapa?
Ans. The academic fee for M.Tech Power System Engineering at Global College of Engineering and Technology, Kadapa is INR 1,19,700 for the full course.
Ques. What entrance exam do I need to clear for M.Tech Power System Engineering at GCET Kadapa?
Ans. You need a valid score in AP PGECET or a valid GATE score in Electrical Engineering. GATE-qualified candidates get first preference when seats are allotted through the APSCHE state counselling process. AP PGECET scores are used to fill the remaining seats in order of rank.
Ques. What undergraduate background is required for this programme?
Ans. You must have a B.E. or B.Tech degree in Electrical and Electronics Engineering or a closely related branch with at least 50% marks in the qualifying examination. Candidates from the reserved category need a minimum of 45% marks. Final-year students can also apply provisionally.
Ques. What are the main career options after M.Tech Power System Engineering?
Ans. Graduates can work as Power Systems Engineers, Protection Engineers, or Energy Consultants in organisations such as state electricity boards, NTPC, PowerGrid, BHEL, and private power companies. Those with strong GATE scores also qualify for direct recruitment into PSUs through the GATE-based selection process.
Ques. Is M.Tech Power System Engineering useful for government job preparation?
Ans. Yes. A valid GATE score in Electrical Engineering is accepted by major PSUs like NTPC, PGCIL, BHEL, and state electricity boards for direct recruitment. The M.Tech degree also helps candidates qualify for teaching positions in government engineering colleges and research roles in national laboratories.
Ques. What practical skills will I develop during this programme?
Ans. Students gain hands-on experience in power system simulation, relay testing, and renewable energy modelling through dedicated lab sessions. The final-semester project requires you to independently research and solve a defined power systems problem, which prepares you for real engineering work in utilities and consultancy roles.
Table of Contents
Global College of Engineering and Technology Kadapa Latest Updates and News
14 Sep, 2026 AP PGECET Phase 1 Counselling 2026 schedule is out. Registration will be available from Sept 16 to 21 @cets.apsche.ap.gov.in. First allotment will be released on Sept 29, 2026. Read News.
SUBSCRIBE TO OUR NEWS LETTER
Comments