The Electrical and Electronics Engineering Department of MSEC commenced in the year 2003. Under the erudite leadership of Mr. Rajasekar, Head of the Department, along with the efficient faculty members and excellent students, the department has won laurels to the college.

The department emphasizes equipping students with conceptual knowledge and comprehensive technical training to meet industrial requirements. Practical training, exposure to the latest developments, and active student participation in events are key highlights aimed at shaping well-rounded professionals.

Vision

To impart qualitative education and produce competent graduates in Electrical and Electronics Engineering with innovative research abilities, best suited to meet industrial needs.

Mission

• M1: To provide quality education in Electrical and Electronics Engineering.
• M2: To inculcate innovative skills and enhance research capabilities bridging academia and industry.
• M3: To develop social responsibility with moral and professional ethics.

Program Educational Objectives (PEOs)

• PEO1: Analyze power electronics drives and power systems, and collaborate in interdisciplinary groups.
• PEO2: Develop computational and software application skills.
• PEO3: Design and analyze electrical and electronics systems for current and future needs.
• PEO4: Promote managerial competence and professional ethics.

Program Specific Outcomes (PSOs)

• PSO1: Understand electrical components, systems, and control related to power generation, distribution, and energy conservation.
• PSO2: Apply mathematical models and tools to solve electrical engineering problems.
• PSO3: Identify research gaps and provide innovative engineering solutions.

Program Outcomes (POs)

• PO1: Apply engineering knowledge to solve complex problems.
• PO2: Analyze and investigate complex issues using mathematics and science fundamentals.
• PO3: Design systems and components addressing societal and environmental needs.
• PO4: Conduct research and draw valid conclusions from data analysis.
• PO5: Use modern tools and techniques effectively with awareness of limitations.
• PO6: Address health, legal, societal, and cultural aspects in engineering practices.
• PO7: Understand environmental impact and commit to sustainable development.
• PO8: Uphold ethics and professional responsibilities.
• PO9: Work efficiently as an individual and in multidisciplinary teams.
• PO10: Communicate clearly with technical and non-technical audiences.
• PO11: Apply project management and financial principles in engineering.
• PO12: Engage in lifelong learning in a technologically changing world.

Course Outcomes