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    This post was last updated on       July 25th, 2023


The department is well equipped with the required facilities for conduction of experiments and pursuing research work. More emphasis is being given to the effective, elaborate, and rigorous laboratory classes to reinforce the theoretical knowledge gained during theory classes. Students are divided into small groups to give them proper exposure. At present, the following laboratories have been established in the department.

1Research and development Laboratory
2Basic Electrical Engineering Laboratory
3Electrical Machines Laboratory
4Electronics Laboratory
5OP-AMPs and Linear ICs Laboratory
6Microcontroller Laboratory
7Power Electronics Laboratory
8Control System Laboratory
9Digital Signal Processing Laboratory
10Power System Simulation Laboratory
11Relay and High Voltage Laboratory

1. Research & Development laboratory

The R & D centre has a well-equipped Research Laboratory. Power Quality Analyzer, PW3198 Hioki Model is used to perform Harmonic analysis [up to 50th order] on power electronic converter circuits. Digital Storage Oscilloscope Yokogawa, 200MHz is available in R&D centre to check the high-frequency control pulses. The R&D centre is equipped with all measuring devices, electronic components, FPGA real-time controller kits and PC’s to work effectively and to do better R&D work by the faculty members and research scholars.

2. Basic Electrical Engineering Laboratory

Basic Electrical Engineering Laboratory is a common Lab Course taught in First year. The lab has modules designed by our own staff to carry out experiments in Electrical Engineering. The experiments are designed to expose students to the practical executions on the fundamental theories of Electrical Engineering. Major equipments in this Laboratory are Digital Earth Tester, Three Phase Auto Transformer, Choke Coil, Cut section of Three phase Slip ring Induction Motor ,Cut section of DC Motor.

3. Electrical Machines Laboratory-I  & II

The Electrical  Machines laboratory I & II course deals with the conduction of Experiments  on transformers, synchronous machines, DC machines and Induction motor .The students  will perform the experiments in their second year and gain practical knowledge about the working & performance of electrical machines. The major equipment’s in this laboratory are single and three phase Transformers,Synchronous Machines,Induction Motors,DC Machines

4. Electronics Laboratory

Electronics laboratory course includes the design and implementation of various digital and analog circuits. The types of equipment used in the lab for the conduction of experiments are Digital Trainer Kit, Cathode ray oscilloscope (CRO), Regulated Power supplies, function generators, Transistors, and Digital ICs, etc. The experiments are conducted to analyse the performance of diode rectifies, amplifies, oscillators, Digital combinational and sequential circuits.

5. OP-AMPs and Linear ICs Laboratory

OP-AMPs and Linear ICs Laboratory course deals with design and implementation of various electronic circuits using op-amps and Linear ICs. During this laboratory course, the student will design & conduct an experiment to verify various linear and non-linear applications of the op-amp. In addition, they will be exposed to the applications of other linear ICs such as Timer 555 and voltage regulator using 78, 79 series. The major equipment in this laboratory are Variable Regulated Power Supply (VRPS),Cathode Ray Oscilloscope (CRO) and signal generators.

6. Microcontroller Laboratory

Microcontroller Laboratory course is intended to provide knowledge on the embedded platform using microcontroller 8051. The lab programs are planned to provide knowledge on programming microcontroller starting from the basics. The lab course also involves developing an embedded application for stepper motor controls, DC motor controls and waveform generation, ADC interface, Elevator interface. The student will learn to write Embedded-C programs for the given applications and will also be burning the programs to the microcontroller using appropriate tools. The lab course enables the students to use the 8051 IDE called Keil software and Flash Magic software.

7. Power Electronics Laboratory

Power Electronics Laboratory course in intended to provide knowledge on power semiconductor devices and power converters. This laboratory will help the students to gain knowledge on power converters and its applications to electric drives. The major equipment in this laboratory are Variable Regulated Power Supply (VRPS),Cathode Ray Oscilloscope (CRO) and signal generators, converters, and control modules.

8. Control System Laboratory

Control System Laboratory course is intended to provide knowledge on analysis of control system performances for a given specification. The lab course consists of both hardware and software methods for analysing the performance and stability of a system. The major equipment’s in control systems are DC and AC servo motors, Synchro pair, control circuit modules.

9. Digital Signal Processing Laboratory

Digital signal processing laboratory course helps the students to understand, analyse and design the techniques that provide the core knowledge as required for any DSP engineers. The laboratory has Licensed MATLAB software with many Toolboxes under Simulink platform. Students can simulate experiments in MATLAB.

Programming of the DSP chip is done in C language using the Code Composer Studio integrated development environment. The laboratory also aims at supporting the teaching and research activities in DSP.

10. Power System Simulation Laboratory

Power System Simulation Laboratorycourse is designed for simulation studies of power system problems such as power flow studies, short circuit analysis and optimization studies using MATLAB and MiPower software.

11. Relay and High Voltage Laboratory

High Voltage laboratory course is one of the established laboratories of Electrical & Electronics Engineering Department with a maximum voltage capacity of 100kV.The laboratory is equipped with various relays and high voltage equipment’s that familiarizes the principles of HV generation and measurements.

The facilities of the laboratory can be extensively utilized in research and development work in the areas of breakdown phenomenon in insulating media, withstand voltage in different types of air gaps, surface flashover studies on equipment and also electrical interference studies due to discharges from the equipment operating on high voltages. It also provides test facilities for testing high voltage equipment as per various international standards to electric utilities and industries.

Facilities:  AC/DC HV Test set with Control Panel, Cascaded Transformer Unit, Spherical / Rod / Plate Gap Apparatus, Earth Tester, Oil Test Setup.

12. Electric vehicle Laboratory

The automobile industry has been shifting at a faster phase towards electric vehicle domain. There is a rising demand in the industry for efficient and skilled manpower in order to implement higher end technology in electric vehicle system.

Department of EEE has established Electric Vehicle Laboratory (EVL) to provide practical learning platform in EV technology and develop industry ready manpower. The EVL is designed to provide internship and skill development programs for third and final year students of EEE, ECE and mechanical stream. It has the following equipment to train students at higher end technology in EV domain

  1. EV three wheel prototype
  2. Control systems such as
  • Microcontrollers
  • Field programmable gate array kit
  1. Battery pack development platform
  2. Lithium battery and Battery management system modular setup
  3. Regulated power supply
  4. Soldering station (spot welding)
  5. Power Quality analyzer
  6. Digital storage oscilloscope
  7. Sensors, electronic tools and consumables
  8. Measuring devices


In addition to the central library, a Library is functioning in the department for staff and students, which includes reference books, seminar, and project reports.

  1. Details of Books in Department Library
1Books in Issue Section587
2Books in Reference Section164
3Non-Technical Books21



The department has two well equipped audio-visual classrooms consisting of a computer with LCD projectors and one smart classroom.


Research Facilities developed/created for carrying out research work in the department of EEE



Name of FacilityDescription of Facility
1Inclined Plain Tracking and Erosion TesterUp to 6 kV, as per ASTM D2303, IEC 60587
2Flash and Fire Point MeterUp to 250° C, ASTM D3278
3Viscosity Measurement Kitas per ASTM D3238, ASTM D445
4Magnetic Stirrer1 liter capacity
5Distance Relay with Injection Test KitMultiple current and phase voltagemeasurements to measure impedance
6Negative Sequence Relay with Test Kit1A / 5A, 50 Hz, 250V AC
7Numerical Directional / Non-

Directional Overcurrent Relay

5A or 1A current rating,

9.5 secs / 2.5 secs

8DIgSILENT Power factoryLoad Flow Analysis, Short-Circuit Analysis,

Load Flow Sensitivities, Basic MV/LV

Network Analysis, Relay coordination,

Transient Stability, Optimal Power Flow

9PLC HMI KITPLC-Siemens & Human machine interface with auxiliary devices
10Power Quality AnalyzerHIOKI PW3198 With voltage and current probes

[single phase and three phase].

For harmonic analysis of electrical and electronic circuits.

11Digital Storage OscilloscopeYOKOGAWA DLM 2022 DSO, 200MHz

Measurement of high frequency signals. and storage of data for further analysis


All kinds of Symmetrical & a-symmetrical PWM pulses can be generated to trigger the solid state switches of power electronics converter

13MATLABMATLAB-2018a, Campus Unlimited License Version

To simulate all Electrical circuits, Power electronic converter & Power system modules for analysis and future hardware implementation

14Fractional HP

Three phase Induction Motor with Mechanical Loading

415 V, 0.5A, ¼ HP, 50 Hz

To conduct projects on speed control of Induction Motor using power electronic converter circuits

15Solar Panels 2 Nos.1. M/s BEL, 10 Wp, 16.4V

2. Photon Energy Systems, 10 Wp,  17 V For UG & PG Project on Renewable Energy Sources,