B.E. Electrical and Electronics Engineering

Microprocessor & Microcontroller Laboratory is well equipped with MCS Family Microcontroller Trainer (MICRO 51EB LCD), 8051 Microcontroller Trainer Kit with LED Version,89c51 Microcontroller Trainer Kits, 80196 Evaluation Kit, MCS 68HC11 Microcontroller Project Card, 8086 Kit with inbuilt assembler, Keyboard & Display Interface Card(8279), DAC & ADC Interface Cards, Stepper Motor Interface Controller with Stepper Motor, Temperature Measurement and Control Module, Traffic Light Controller Card, DMA Interface Card(8257), Interrupt Controller(8259), AL PICPROG-PC Based PIC Programmer, 8085 Microprocessor Trainer Kits With LED Version, 8255, 8251 & 8253 Interface Cards, 8 Digit Multiplexed Display Card and AMD 64 Bit.

Power Electronics Laboratory is well equipped with MOSFET module, IGBT module , Single phase Series Inverter , Single phase Cycloconverter , AC phase control using SCR, DIAC and TRIAC , Single phase PWM Inverter , Diode Bridge Rectifier training kit, Single SCR based half controlled and fully controlled converter, UJT pulse trigger circuit for SCR, SCR parallel inverter module, Three phase half and fully controlled bridge converter, SCR DC voltage / current commutated chopper, IGBT chopper , IGBT based PWM inverter, Single phase IGBT based PWM inverter, Transient characteristic of SCR and MOSFET, Step-down and step-up MOSFET based choppers, IGBT based three phase PWM inverters, Resonant DC to DC converter, Analog & Digital IC testers and Auto compute digital LCR-Q meter.

Electrical Machines Laboratory (I,II) is well equipped with DC Shunt Generator Set, Alternator Set, 3Φ Squirrel Cage Induction Motor, 1Φ Induction Motor, DC Shunt Motor, DC Compound Motor, DC Series Motor, , DC Compound Generator Set, DC Series Generator Set, 3Φ Slip Ring IM- DC Motor Coupled Set, Rectifier Unit ,Power Factor Meters and Frequency Meters.

Electrical Machines Laboratory (I,II) is well equipped with DC Shunt Generator Set, Alternator Set, 3Φ Squirrel Cage Induction Motor, 1Φ Induction Motor, DC Shunt Motor, DC Compound Motor, DC Series Motor, , DC Compound Generator Set, DC Series Generator Set, 3Φ Slip Ring IM- DC Motor Coupled Set, Rectifier Unit ,Power Factor Meters and Frequency Meters.

The EEE department Research laboratory facilitates students from diverse discipline to address social problems. Our lab is accessible 24×7 basis, all projects are done with co-operation and teamwork. The lab helps the students in getting patent for their innovation and invention. The lab works together with industry and develop products for the issues in the industry. The students trained from lab actively participate in national level competition to expose their talent.

This lab is mainly used for student innovative projects and they can exhibit their own projects for display. Also they can make use of this lab to create a module if they want to crack any project competition. Final year student projects display and Engineers day celebration was conducted in this lab.

Power System simulation Laboratory is well equipped and upgraded with systems having following configurations: 1) INTEL core i3 processors with 2100 CPU & 3.09 GHZ speed 2) 4 GB DDR3 RAM with 500 GB Hard Disk Drive 3) 18.5″ TFT wide screen monitor.
Software available: ETAP 22.5 (10 user)

Control & Instrumentation Laboratory is well equipped with AC Servomotor, DC Motor based Position Control, Lead Lag Network Simulator. Process Control simulator, Synchro Transmitter and Receiver, Phase Shifting Transformer, Kelvin’s Double Bridge, DC Servomotor Kit, AC Servomotor Kit, LVDT, Speed Measurement Trainer , Single & three phase Energy meter, Schering Bridge Trainer, Anderson Bridge Kit, Digital Storage Oscilloscope, Stepper Motor Control Trainer, Linear System Simulator, Compensation Design, Temperature Control System, DC Speed Control System, Pressure Transducer Kit, Maxwell’s Inductance Bridge, Wheatstone’s Bridge, Analog to Digital Converter, Digital to Analog Converter, Torque Cell, Single & Three Phase Autotransformer and Three Phase Resistive, inductive and capacitive Loads.

Our Electrical Workshop Laboratory is well equipped with Miniature Circuit Breaker, Earth Leakage Circuit Breaker, 1 Energy Meter , DOL Starter, Three phase winding study motor, PCB Fabrication Unit, 0-60 KV Transformer Oil Kit, Single phase winding study motor , Manual Coil Winding machine, Motorized coil winding machine, Dimmerstat, Single Phase Energy meter (Electronic), Autotransformer (Single Phase), Hand driven Megger, Function Generators, Cathode Ray Oscilloscopes.Power Electronics Laboratory

Devices and Circuits laboratory is well equipped with Auto Transformers, Cathode Ray Oscilloscope, Dual Regulated Power Supplies, Function Generators and various Integrated Circuits

The objective of Process Control Laboratory is to design and implementation of controllers for different processes. Various automation and computer-aided processes are used for controlling the system safely and efficiently. The lab gives an overview of the design and working of different equipment used in the Process Control Industry. It is well established with Servo Motor Position Control System, Stepper Motor Speed Control System, Flow Process Station, and Level Process Station & Temperature Control Process Station. Also, the lab consists of 10 systems

In Industrial Automation Laboratory students are given in-depth training in the industry using MATLAB. The lab has sophisticated equipment like Process Simulation system for Bottle filling using PLC, Computerized Liquid level system & Distributed Control System of high quality. This laboratory is to provide the computational facilities to the students and provides different prototype models based on MATLAB and Lab VIEW. MATLAB provides a platform for simulating various applications in the continuous and discrete domain. Application-oriented experiments based on control system are done using SIMULINK. Real-time experiments are performed using Programmable Logic Controller (PLC). The lab consists of 18 systems.

The purpose of this lab is to give exposure to sensors and its measurement. It is used to study how physical quantities are measured and how they are converted to electrical or other forms. It also imparts adequate knowledge and provides hands-on experience to handle equipment in industries. The lab is equipped with Deadweight pressure gauge tester, Rotational and Redwood viscometers, Strain gauge, IC temperature sensor, RTD, Thermistor. Optical Pyrometer, Control valve etc.

The core objective of this lab is to study the sensor characteristics and design of signal conditioning circuits. The lab also helps to explore the usage and applications of transducers for measuring temperature, force, displacement, sound and light. Transducers are also used for real-time measurement of volumetric capacity and Image Fusion. It helps to understand the circuit designing and debugging of analog control systems using sensors, amplification, filtering, controller circuits, power amplifiers, and actuators. The laboratory is well equipped with strain gauges, load cell trainer, linear displacement transducer, LVDT trainer, Thermistor trainer, and Thermocouple and RTD trainer.

The core objective of this lab is to study the characteristics and design of various instruments used in the biomedical field. The lab also helps to explore the usage and applications of instruments for measuring temperature, pressure, ECG, etc. It helps to understand the basics in designing and debugging of analogue instruments using sensors, amplification, filtering, controller circuits, power amplifiers, and actuators in the biomedical field. The laboratory is sponsored by TMI systems, Bangalore and well equipped with biomedical instruments.

The aim of Virtual Instrumentation laboratory is to develop Modeling and Simulation of Virtual Real-Time System oriented projects that could help students to get a better and clear view about designing process of various industries. Virtual instrumentation is the use of customizable software and modular measurement hardware to create user-defined measurement systems, called virtual instruments. The lab has computers installed with Lab VIEW software. Lab VIEW is a graphical programming environment used by millions of engineers and scientists to develop sophisticated measurement, test, and control systems using intuitive graphical icons and wires that resemble a flowchart. The lab encourages students in various disciplines to carry out their projects. The lab consists of 18 systems.

An exclusive centre with facilities for students to develop prototypes of industrial solutions and products is available in the department. The centre has helped in creating an ambience of innovation within the student community of the Department. Ten prototypes have been developed by students with faculty mentors and five patents have been filed as an outcome from this centre.