The Communication Lab serves as a dynamic and cutting-edge facility where students immerse themselves in the exploration of communication systems and technologies. This lab is equipped with essential tools and instruments, including microwave benches, Optical Fiber Communication (OFC) equipment for fiber splicing, signal generators and Digital Storage Oscilloscopes (DSOs). These resources empower students to delve into the intricate aspects of communication engineering, allowing them to gain hands-on experience in working with microwave technologies, optical fiber communications and modulation/demodulation techniques. The lab provides a practical environment for students to apply theoretical knowledge, analyse signals and understand the practical implementation of communication technologies.

The Integrated Circuits Lab is well-equipped with advanced tools and resources, including digital IC trainer kits, linear integrated circuit components, FPGA kits and essential measurement tools. These facilities enable hands-on exploration of semiconductor devices, providing students with a practical and interactive learning experience. Through the lab activities, students acquire valuable skills in designing and testing integrated circuits, effectively bridging the gap between theoretical knowledge and real-world applications. The utilization of digital IC trainer kits and FPGA kits allows students to delve into logic circuit design, while the inclusion of linear integrated circuit components ensures a comprehensive understanding of both digital and analog electronics. The availability of measurement tools enhances their ability to analyze and troubleshoot circuits, fostering a practical approach to electronics education. Overall, the Integrated Circuits Lab serves as a crucial platform for students to gain practical insights into semiconductor technology and strengthen their competence in the field.

The ECE department’s project lab is a dynamic and versatile space designed for projects. Within this lab, students have the opportunity to work on a variety of projects, including both mini and main projects, as well as course projects. Although course projects may not be part of the regular timetable, they are integral to the curriculum, underscoring their significance in enhancing the overall learning experience for students. The project lab is well-equipped with essential components such as Node MCU modules, Arduino and Raspberry Pi boards, GSM and GPS modules and comprehensive sensor kits. These resources empower students to explore and implement diverse applications, allowing them to develop practical skills in embedded systems and IoT. Beyond IoT devices, the lab features specialized training kits, including DSP trainer kits and MPMC trainer kits. These resources serve as a platform for students to delve into advanced concepts in signal processing and microprocessor-based systems.

• The Microprocessor and Microcontroller (MPMC) Lab is a focal point for students to explore the intricacies of programming and interfacing microprocessors and It is equipped with kits, interfacing devices and development tools. Students gain proficiency in programming these essential components, developing skills crucial for embedded system design. The MPMC Lab bridges the gap between theoretical understanding and practical implementation in real-time embedded systems.

The Systems Lab is a dedicated and specialized space meticulously crafted for students to delve into the intricacies of integrating and controlling complex electronic This innovative lab places a strong emphasis on experiential learning, providing students with hands-on experience using an array of cutting-edge tools and resources. These include DSP trainer kits for exploring digital signal processing, a scientific computing lab for computational experimentation, a C programming lab for honing software development skills, LTspice simulation software for circuit analysis and communication lab simulation tools. Additionally, the lab is equipped with computer systems tailored for interfacing with various electronic components. This comprehensive approach enables students to gain practical insights into the integration, control and simulation of electronic systems, fostering a dynamic learning environment that bridges theory and application in the field of electronics.