The Electronic Circuits Lab serves as a fundamental platform for students to gain hands-on experience in the design, analysis, and implementation of electronic circuits. This course is pivotal in bridging the theoretical knowledge acquired in lectures with practical skills essential for engineers in the field. The lab provides a controlled environment where students can apply concepts from analog circuits, and linear integrated circuits to construct and test electronic circuits. They will explore essential components such as resistors, capacitors, transistors, op-amps, Timer ICs, voltage-controlled devices and voltage regulators, and understand their behaviour in different circuit configurations. The lab aims to cultivate practical skills in designing, building, and troubleshooting electronic circuits. By working with real-world components, students will enhance their ability to translate theoretical concepts into functional circuits. Through a series of experiments, students will develop proficiency in using various analysis techniques to understand and predict the behaviour of electronic circuits. This includes clipping, clamping, differentiators, integrators, oscillators, multivibrators etc. and utilising simulation tools for verification. As students encounter challenges during the experiments, they will develop problem-solving skills and learn effective troubleshooting techniques. This aspect is crucial for engineers who must identify and rectify practical electronic systems issues.

Our Project Laboratory is a place where innovation meets exploration. It is a hub for creative minds, a space where ideas come to life and projects take flight. The primary objective of the project lab is to facilitate and support the development of projects, products or techniques/technology aimed at specific end-use.

Electronics workshop is a dedicated space equipped with tools and equipment for designing, building, and repairing electronic devices. Students engage in hands-on activities, learning about circuitry, soldering techniques, and the practical application of electronic components. Workshops often cover topics such as basic electronics and fostering a practical understanding of the principles behind electronic systems. These sessions provide valuable opportunities for enthusiasts, hobbyists, and students to enhance their skills and deepen their knowledge in the field of electronics.

A digital lab is a vibrant space where innovation, technology, and creativity collide, becoming a hotspot for exploration and problem-solving in the digital realm. Here, professionals collaborate to unleash the potential of digital tools, analyze data, and craft groundbreaking solutions. Students dive into hands-on experimentation by implementing projects on FPGA hardware, tapping into its reconfigurable magic. This practical approach bridges theory and reality, enhancing their skills in digital design, embedded systems, and signal processing for future real-world applications.

In the Digital Signal Processing lab, students will actively participate in real-time implementations of DSP algorithms. This hands-on experience involves utilizing both MATLAB software and dedicated DSP hardware. Through practical exercises, students will gain valuable insights into the application of DSP algorithms in real-world scenarios, fostering a deeper understanding of the subject matter.

Communication Engineering Lab provides the necessary hardware and software resources to the undergraduate and research students of electronics and communication engineering to enhance their skills in the communication field. This lab is equipped with Digital Storage Oscilloscopes, cathode-ray oscilloscopes, Function generators & various kits for implementing and understanding Communication circuits/ techniques. It helps the students to enhance their knowledge about various Communication techniques like AM, FM, PM, DSB-SC, SSB-SC, PAM, PPM, PWM, PCM etc. The objective of this lab is to prepare its students with a good foundation in the Communication field. MATLAB is used for software simulation illustrating some of the fundamental concepts of Digital Communication. This lab is equipped with Software Defined Radio (SDR). SDR replaces traditional hardware components with versatile software, enabling students to experiment, analyse, and develop a deep understanding of communication systems dynamically and flexibly.

Electromagnetics is the branch of physics in which electric, magnetic fields and interaction of electric and magnetic fields are studied. The various applications of electromagnetics include microwaves, antennas, electric machines, satellite communication, fibre optics, TV, telephones, radio, radars and lasers. This laboratory provides a platform to the students to understand the Reflex klystron & Gunn diode mode characteristics, VSWR, Frequency measurement, Directional coupler characteristics, optical fibres and antennas. The design of these devices requires thorough knowledge of the laws and principles of electromagnetics.

The Microprocessors and Microcontrollers laboratory helps students develop their knowledge of processor architecture and programming skills. This laboratory is equipped with hardware, including 8086 Microprocessor trainer kits and 8051 Microcontroller trainer kits. It provides hands-on experience in interfacing I/O devices, performing A/D and D/A conversions, and working with components such as stepper motors and seven-segment displays.