Department of Electrical & Electronics Engineering

The Electrical Machines Laboratory has various electrical machines such as single phase transformers, DC Generators, DC motors, 3-phase induction motors and 3-phase Alternator. Students will do experiments on both static and rotating electrical machines. Students gain practical knowledge on speed control of various rotating motors and voltage control of transformers and alternators etc. The laboratory equipment can also be used for doing project works related to electrical machines and energy conversion. This lab experience will help the students for selection of motors and their application in various industries.

Analog Electronics Lab provides the core knowledge of different components like Resistors, Inductor, Capacitor, diodes, transistors, function generator, cathode ray oscilloscope for conducting experiments of clippers, campers, amplifier, oscillators, and plotting characteristics of transistor in different configurations. Electric Circuit Analysis Lab imparts practical knowledge on how to analyze the basic laws and Theorems practically. Here, students are able to discuss and design different resonance circuits, create their own electrical circuits and do measurements.

The lab aims at imparting practical knowledge of Power Electronics to the students at various levels. It is accordingly well equipped with equipment's and trainer kits to teach practical from fundamentals to high level concepts to the students. This laboratory is equipped with various modules for characteristic curve analysis of power electronic devices (viz. MOSFET, IGBT, diac, Triac, thyristors and UJTs) and experimental setup of converters, inverters, choppers and speed control of motors.

Control Systems lab helps the students to understand the working of dc and ac servo motors. And applications of different types of controllers, compensating networks, and unit step response of second order system. Students are able to simulate different stability methods that is Roots locus, Bode plot, Nyquist plot through MATLAB.

Microcontroller laboratory course helps the students to develop their knowledge on processor architecture and the programming skills. This laboratory course provides hands-on experience to interface I/O devices, perform A/D and D/A conversions, design traffic light etc. The skills acquired through the experiments help the students to do their projects and enhance their knowledge on the latest trends and technologies. This laboratory provides facilities for the use of 8/16 bit microcontrollers and their interfacing for different applications, using hardware and software concepts to meet industry standards. DSP laboratory provides the basic knowledge of programming in matlab. It includes programming like verification of sampling theorem, finding the values of DFT and IDFT using different methods, designing of butterworth filter and IIR filter.

The Power System Simulation Laboratory is one of the laboratories that focus on developing the simulation application and analysis of the Electric Power System, Electrical & Electronics Engineering Department – JIT. Power System Simulation Laboratory aims to create knowledge about concepts related to power system analysis through digital platform. The students can able to simulate the studies like Power Angle Diagrams, Generation Scheduling, Load Flow Analysis, Fault analysis and stability analysis using MATLAB/SCILAB.

Project laboratory provides an opportunity for students to gain knowledge as well as hands-on experience in creative skills needed for Electrical and Electronics Engineering. It is a platform which encourages students to develop creative proposals and execute their ideas. Major hardware equipments such as IC tester, CRO, multimeters, Induction motor module, two way and three way switch control are available. Few software are also available which will help for circuit simulation.

A separate departmental library has been setup for the benefit of EEE faculty and students. The books in the library gives the immense knowledge to users, other than prescribed text books, the Library also consists of reference books related to subject which are taught in the course.

This seminar hall architecture and layout are carefully planned to accommodate a large audience comfortably while ensuring visibility and audibility for all attendees. Equipped with modern audio-visual aids such as projectors, screens, sound systems, and presentation tools, a well-designed seminar hall enables speakers to deliver their content seamlessly. Adequate lighting, temperature control, and acoustics are essential elements that contribute to creating a conducive environment for engagement and focus. Additionally, ergonomic seating arrangements, spacious aisles, and accessibility features enhance the overall experience for participants, encouraging interaction, networking, and the exchange of ideas.