Electrical & Electronics Engineering

Electrical & Electronics Engineering

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Electrical & Electronics Engineering

EEE is an integrated engineering branch that teaches students how to use electricity and electronics to create unique devices. This course delves deeply into the concept of power generation and distribution. Electrical systems are critical, and EEE specializes in them.

By developing and maintaining various electrical, electronic, and computer control systems, an Electrical and Electronics engineer contributes to the nation's sustainability, quality, and economy.

Electrical and Electronics Engineering encompasses a wide range of fields that include research, design, development, and operation of electrical systems. Electromagnetics, Electronics, Power Systems, Control Systems, Instrumentation Systems, Digital Systems, Power Electronics, Signal Processing, and Communications are all technical areas within the EEE discipline. Electrical engineers are involved in the design, implementation, maintenance, and improvement of motors, power systems, and drives.
The EEE department has always been an active participant in fostering the various needs of various industries and R&D laboratories. The department is committed to preparing competent electrical engineers for the real world. They are equipped with fundamental technical knowledge as well as the professional skills required to face future challenges.

  • Work experience can provide you with a hands-on, practical understanding of engineering systems and the specialized industries in which they are used.
  • Electronic and electrical engineers are in high demand and can find work in a variety of industries, including electronics, automotive, information technology, gaming, telecommunications, manufacturing, power, transportation, utilities, and construction.
  • Throughout your degree, you will gain subject-specific skills in areas such as circuit design and testing, computer programming, and computer-aided design.
  • Electrical engineers and electronics engineers frequently do similar work. To complete engineering tasks, both use engineering and design software and equipment. Both types of engineers must collaborate with other engineers to discuss existing products and engineering project possibilities.
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Course Duration : 4 years

No of Seats : 30 seats

Shincy S Raj

HOD EEE

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Why Study Here?

Through continuous improvement in teaching, the department strives to maintain a high standard of teaching quality. Through research projects and industry-institute collaboration, faculty members recognize society's changing needs. Excellent laboratories have been set up to provide students with hands-on experience. These supplements the theoretical knowledge gained in the lecture halls. This stream includes the Electrical Machine Lab, Measurement & Instrumentation Lab, Electronic Circuits Lab, Systems & Control Lab, Power Electronics Lab, Digital Electronics Lab, Power System Simulation Lab, Microprocessor & Software Lab, and Electrical Workshop.

Highlighting Experiences

“It is a simple feat of scientific electrical engineering - only expensive-blind, faint-hearted, doubting world”.
The department is committed to preparing competent electrical engineers for the real world. They are equipped with fundamental technical knowledge as well as the professional skills required to face future challenges.

Apply NowDownload Brochure