Department of Electrical and Electronics Engineering

About the Electrical and Electronics Engineering Department

The electrical and electronics engineering department at Mahalakshmi Tech Campus aims at leading development of electrical systems and electronics technologies. Here our approach is to maximize the utilization of theoretical knowledge in combination with its practical implications in light of the dynamic industry requirements.

We have adopted practical teaching methods in our curriculum to include state-of-art laboratories that simulate practical power system control related projects or challenges in control systems and renewable energy technologies. We promote studies and creativity in missed areas to cultivate analytically minded individuals.

Looking at various industries and research we make sure that our graduates are ready to design and develop various electrical and electronic systems.

Altogether, the mission of the Department of Electrical and Electronics Engineering at Mahalakshmi Tech Campus is to educate and graduate the qualified personnel, capable of directing innovations in the field of the electrical and electronics engineering.

Vision

As an electrical and electronics engineering institution we aim at producing innovative engineers that can drive change in power systems along with electronics technologies.

Mission

To provide quality education for the learners which combines theoretical knowledge with application on issues in electrical and electronics engineering. Addressed at enhancing research, innovation, and industry partnership, our mission aims at training students to become competent professionals delivering social impact in the domain.

Scope of Electrical and Electronics Engineering

The scope of Electrical and Electronics Engineering covers a range of critical areas essential to modern technological and industrial applications:

Power Systems

Power Systems

Planning and implementing systems for the generation ,transmission and distribution of electrical power with improved efficiency.

Electrical Machine and Drives

Designing and enhancing electrical machines and their associated systems and drives in all kinds of applications.
control systems

Control Systems

Design of electrical currents, circuits, devices, and apparatus needed for the automatic controlling and regulation of processes and of electric machines.
Instrumentation

Instrumentation

Designing instrument and sensors for measuring physical quantities and controlling thereof.

Renewable Energy Systems

Searching for decent innovations in generation and distribution of energy varieties which are more sustainable than EAC.

Automation and Robotics

Combining multiple circuits to enhance the efficient functioning of certain processes and for designing many types of robotics.

Electromagnetic Fields

In communication and energy instruments, the application of electromagnetic principles.

Smart Grids

Developing smart electrical networks for enhanced performance based on novel digital technology.

Laboratories

Workshops

Association Activities

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