Admission 2026

Electrical & Electronics

Home Electrical & Electronics EEE

Infrastructures and Facilities

The department’s comprehensive facilities offer students the chance to explore various facets of electronic and electrical engineering. These state-of-the-art resources are designed to ignite curiosity and encourage students to engage in research and innovation.
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SIR ISSAC NEWTON’S DYNAMICS LAB

Students gain exposure to the operation of DC machines, transformers, synchronous machines, and induction motors, while also developing essential experimental skills.

G D Naidu Control and Instrumentation Laboratory

The primary objective of this laboratory is to provide hands-on experience in handling a range of electronic devices.
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MS Thacker Power system Simulation Laboratory

The purpose of this laboratory is to help students develop software skills and gain experience using standard packages essential for the analysis and simulation of power systems needed for planning, operation, and control.

Power Electronics Laboratory

The lab aims to familiarize students with the fundamental concepts of renewable energy and the technologies used to harvest and harness sustainable energy

Ohm Engineering Practices Lab

This laboratory provides hands-on experience with the fundamental wiring layouts of electrical circuits.

DST FIST SUPPORTED POWER SYSTEM PROTECTION LABORATORY

The lab helps train graduates, postgraduates, research scholars, and industry professionals in the art and science of Protection Engineering, Substation Operation, and Control. We provide opportunities for scholars to engage in research activities in Power Systems, Substation Automation, Digital Protection, and Smart Grid components.

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Electric Vehicle Laboratory

Our goal is to equip engineers for the rapidly growing Electric Vehicle (EV) industry by offering extensive lab setups and training in the following areas:

  1. 1. EV BLDC Motor 1KW, 48V with differential setup, including panels and meters.
  2. 2. EV four-wheeler setup with a working model featuring IoT and DAS setup (PMSM drive).
  3. 3. EV four-wheeler setup with a working model featuring IoT and DAS setup (PMSM drive).
  4. 4. BMS test setup, including a battery cell simulator, battery, BMS board, and software.
  5. 5. Computer setup with UPS for MATLAB interfacing.