University College of Engineering

Department of Electrical & Electronics Engineering

Bachelor of Engineering

About the Department

The Department of Electrical and Electronics Engineering (EEE) at UCE Pattukkottai, a constituent college of Anna University, was established in 2009 with the objective of providing quality education and training in electrical sciences and modern power technologies.

The department focuses on developing skilled engineers who can design, operate, and maintain efficient electrical systems for both industrial and societal applications. It integrates traditional electrical engineering concepts with advancements in renewable energy, power electronics, control systems, and automation.

With a team of experienced faculty, well-equipped laboratories, and a curriculum aligned with the Choice Based Credit System (CBCS) of Anna University, the department fosters innovation, research, and professional growth. Students actively engage in technical events, projects, and industry collaborations that build creativity, teamwork, and leadership skills.

Est. 2009 – Excellence in Engineering Education

About the Course

The Bachelor of Engineering (B.E.) in Electrical and Electronics Engineering is a four-year undergraduate program that provides comprehensive knowledge of electrical systems, power generation, transmission, distribution, and the control of electrical machines and equipment.

The program blends core electrical engineering principles with modern technologies such as automation, embedded systems, and renewable energy. It aims to produce engineers capable of addressing global energy challenges, developing sustainable solutions, and integrating smart technologies across industrial applications.

Students gain strong theoretical and practical skills through well-structured courses, advanced laboratory work, internships, and mini-projects, ensuring they are fully prepared for industry roles and higher studies upon graduation.

About the Curriculum

The EEE curriculum is designed to provide a balance between classroom learning, practical exposure, and industry application. It covers a wide range of subjects that enable students to build a strong foundation in electrical sciences while staying current with emerging technological trends.

Curriculum Highlights:

The curriculum is continuously updated to align with global energy standards, environmental sustainability goals, and advancements in digital automation and smart grid technologies.

Programme Outcomes (POs)

Graduates of the EEE program will be able to:

Apply electrical and electronic engineering principles to solve complex industrial and societal problems.

Design, analyze, and implement efficient power systems, control systems, and automation frameworks.

Use modern software and tools for simulation, modeling, and testing of electrical systems.

Conduct experiments and analyze results to develop sustainable energy solutions.

Demonstrate professional ethics, environmental awareness, and social responsibility.

Work effectively in multidisciplinary teams while communicating ideas clearly.

Pursue lifelong learning through research, innovation, and advanced studies.

Contribute to the nation’s growth through technical excellence, innovation, and leadership.

Mission of the Department

To impart quality technical education in electrical and electronics engineering through a strong theoretical and practical foundation.

To encourage innovation, research, and industry-oriented learning in emerging power and automation technologies.

To foster ethical values, social responsibility, and leadership qualities among students.

To collaborate with industries and research organizations for mutual growth and technological development.

To empower students with the skills and confidence to meet global energy and sustainability challenges of the future.

Vision of the Department

To emerge as a center of excellence in Electrical and Electronics Engineering education and research, producing competent, innovative, and socially responsible professionals who contribute to technological progress and sustainable energy development.

About the Laboratories

The Department of EEE is equipped with modern and well-maintained laboratories that provide students with real-time experience in electrical system design, analysis, and control. Each lab is designed to reinforce classroom concepts with hands-on practical learning.

Major Laboratories include:

Electrical Machines Lab
Experimentation with DC and AC machines, transformers, and synchronous motors.
Control Systems Lab
Hands-on training in system modeling, stability analysis, and control using MATLAB and Simulink.
Power Electronics Lab
Study of converters, inverters, choppers, and motor drives using advanced test benches.
Measurements and Instrumentation Lab
Practical understanding of sensors, transducers, and measurement devices.
Power System Simulation Lab
Modeling and analysis of power transmission, distribution, and grid integration using software tools.
Microprocessor and Embedded Systems Lab
Experiments involving microcontrollers, PLCs, and industrial automation systems.
Renewable Energy Lab (Proposed)
Experiments on solar, wind, and hybrid power generation setups to promote green technology learning.

All laboratories are fully networked and supported with power backup, ensuring continuous learning and experimentation.

Career Opportunities

Graduates of the EEE Department at UCE-Pattukkottai have wide-ranging career prospects in both core electrical and multidisciplinary domains. They are employed in industries, utilities, research centers, and government organizations worldwide.

Career Roles & Domains:

Employment Sectors:

The department’s Training and Placement Cell ensures that students are industry-ready through soft skills training, aptitude development, and technical workshops, leading to excellent placement outcomes.