M.E PSE (Power Systems Engineering)

About the Department

M.E. in Power Systems Engineering

The M.E. in Power Systems Engineering program provides advanced expertise in planning, analysis, operation, and management of electrical power systems. It equips students with the skills to address modern challenges in power generation, distribution, and transmission while integrating renewable energy sources and smart grid technologies.

Students gain hands-on experience through laboratory work, simulations, and real-time projects, deepening their understanding of efficient and sustainable power system design. The program also encourages research and innovation in emerging fields such as smart grids, energy storage, and sustainable power solutions.

Curriculum Highlights

Power System Analysis
Electrical Machines
Power Electronics
Renewable Energy Technologies
Grid Stability
Energy Management

Career Opportunities

Power generation and distribution companies (public & private)
Energy consulting and management firms
Smart grid and renewable energy solution providers
Utility and regulatory organizations
Research and development in sustainable energy technologies
Entrepreneurial ventures in the power and energy sector

Program Educational Objectives (PEOs)

PEO1:Excel in professional roles in power generation, transmission, distribution, and energy management

PEO2:Contribute to the planning, design, and implementation of sustainable power systems

PEO3:Pursue higher education, research, or entrepreneurial ventures in advanced power systems and renewable energy

PEO4:Demonstrate leadership, innovation, and ethical responsibility in technical and managerial roles

Program Outcomes (POs)

PO1: Apply advanced electrical engineering knowledge for analysis, design, and operation

PO2: Develop solutions for complex power system problems using modern tools

PO3: Integrate renewable energy and smart grid technologies into existing systems

PO4: Demonstrate leadership, teamwork, and project management skills

PO5: Communicate effectively with engineers, stakeholders, and the public

PO6: Exhibit professional and ethical responsibility

PO7: Engage in lifelong learning and adapt to emerging technologies

PO8: Conduct research, design experiments, and innovate in power systems

Program Specific Outcomes (PSOs)

PSO1:Analyse, design, and optimize electrical power systems including generation, transmission, and distribution networks

PSO1:Implement renewable energy technologies and smart grid solutions in real-world scenarios

PSO1:Use modern software tools for simulation, modeling, and control of power systems

PSO1:Conduct research in emerging areas such as energy storage, grid stability, and sustainable power solutions

Faculty

Sl.No	Name of the Faculty	Designation	Qualification (Min. M.E.)	AU- Faculty ID	AICTE Number	AU-CoE Number
1	Mr.C.Suresh	AP/EEE	M.E.,(Ph. D)	279225	1-44720431753	6117005
2	Mr.M.Balasubramanian	AP/EEE	M.E.,	314032	1-4661463106	7303280
3	Mr.M.Chandrasekaran	AP/EEE	M.E.,	283983	1-43396904741	6109269
4	Mrs.S.Jaichitra	AP/EEE	M.E.,	279390	1-2998191349	6109253
5	Mrs.S.Naveena	AP/EEE	M.E.,	284542	1-4931446161	6109263
6	Mrs.G.Manjula	AP/EEE	M.E.,	286424	1-4472462553	6109321
7	Mrs.G.Gopika	AP/EEE	M.E.,	324367	1-46614618052	6109333
8	Mr.T.Paavendhan	AP/EEE	M.TECH.,	324368	1-46614642682	6109338
9	Mrs.M.A.Tamilmanam	AP/EEE	M.E.,	287162	1-44128377141	6109301
10	Mrs.Sumithra	AP/EEE	M.E.,	284417	1-43413469831	6109294
11	Mrs.G.Pavithra	AP/EEE	M.E.,	316612	1-2997818013	6109520
12	Dr.G.Ramakrishnana Prabu	AP/EEE	M.E.,(Ph. D)	311223	1-7467364378	-
13	Mr.S.S.Balasreedharan	AP/EEE	M.E.,	306647	1-4642243929	6109126

Vision

To emerge as a Centre of Excellence in Electrical and Electronics Engineering by fostering innovation, sustainable energy solutions, ethical practices, and industry-oriented education to produce globally competent engineers and entrepreneurs.

Mission

To deliver outcome-based education through contemporary curriculum, advanced laboratories, smart classrooms, and industry-integrated pedagogy in emerging areas such as Smart Grids, Electric Vehicles, Renewable Energy Systems, Automation, Robotics, and AI-driven power systems.
To equip students with strong technical competence, analytical skills, and hands-on experience to enhance employability in core electrical and allied industries.
To promote research, innovation, consultancy, and start-up culture in areas of clean energy, energy storage, industrial automation, and intelligent control systems.
To strengthen industry–academia collaboration through internships, industrial training, live projects, certifications, and skill development programs.
To inculcate ethical values, environmental consciousness, leadership qualities, and social responsibility for sustainable technological development.