Electrical and Electronics Engineering

The Electrical Technology lab is a hands-on facility where students apply theoretical knowledge to practical scenarios in the field of electrical engineering. Equipped with latest instruments and tools, the lab provides a platform for experimenting with circuits, testing electronic components, and troubleshooting electrical systems. Students gain essential skills in circuit design, analysis, and understanding of Transformers, and DC machines. Thus fostering a deeper understanding of electrical principles through real-world applications.

The Basic Electrical and Electronics Engineering lab serves as a hands-on learning environment where students apply theoretical knowledge to practical experiments. It features essential equipment such as breadboards, oscilloscopes, and multi-meters, allowing students to explore fundamental concepts incircuits, components, and electronic devices. Through engaging experiments, students gain a foundational understanding of electrical and electronics principles, fostering skills essential for further studies and real-world applications.

A Computational Lab is a dedicated workspace equipped with advanced computing resources and software tools, designed for conducting scientific and engineering research through computational methods. Researchers in a Computational Lab use high-performance computing clusters to simulate, model, and analyze complex phenomena, accelerating the pace of discovery and innovation. This collaborative environment fosters interdisciplinary approaches, leveraging computational power to solve intricate problems across various domains.

The Electrical Machines Lab is a specialized facility where students and researchers engage in hands-on

experiments and practical demonstrations related to various electrical machines. Equipped with a variety of motors, generators, alternators, and transformers, this lab provides a practical platform for studying the principles and performance characteristics of electrical machines. Students gain valuable insights into the design, operation, and testing of these devices, fostering a deeper understanding of electrical engineering concepts.

The Internet of Things (IoT) lab is a cutting-edge facility dedicated to exploring and developing innovative technologies that connect physical devices and enable seamless communication between them. Equipped with state-of-the-art sensors, networking infra and structure, the lab serves as a testing ground for real-world applications, fostering research and experimentation in the rapidly evolving field of IoT. Researchers and students collaborate within this dynamic environment to design and implement solutions that enhance efficiency, connectivity, and intelligence across diverse industries.

Under establishment

The Control Systems Lab is a dedicated facility where students explore the principles and applications of control systems engineering. This hands-on laboratory provides a practical environment for designing, analyzing, and implementing control schemes for various engineering systems. Through experimentation and simulation, participants gain insights into the dynamic behavior and stability of systems, fostering a deeper understanding of control theory. 

The Power Electronics Lab is a specialized facility equipped for hands-on experimentation and analysis of power electronic circuits and systems that manage and control electrical power. Students and researchers use the lab to explore and implement various power conversion techniques, such as inverters and converters. fostering a deeper understanding of power electronics principles. The facility provides a practical environment for designing, testing, and optimizing electronic devices crucial in applications ranging from renewable energy systems to electric drives. 

Under establishment

Under establishment