This department is equipped with state-of-the-art training kits and systems designed to offer practical, hands-on experience in industrial automation. The lab features advanced tools such as the MM440 Variable Frequency Drive (VFD) training kit, which helps students understand the application and operation of VFDs in various industrial settings. Additionally, the Variable DC Drive trainer kit allows learners to explore and experiment with the control of DC motors and their integration in automation systems. The department also boasts a comprehensive Automation Training kit, providing a broad scope for understanding automation processes, from basic to complex systems. To further enhance learning, a KUKA robot is available for students to practice programming and control, gaining insight into the operation of industrial robots. Together, these resources offer a rich and dynamic environment for students to develop the skills needed to excel in the rapidly evolving field of industrial automation.

This lab provides a hands-on learning environment for students, facilitating experiments and projects related to electrical machines, power measurement, and transformer kits. It is designed to foster a deep understanding of core electrical engineering principles, equipping students with the knowledge and practical skills needed to excel in the field. The lab includes various advanced training kits such as the DC Variable Speed Drive, 3-Phase Induction Motor Trainer, 3-Phase Variable Transformer, Star-delta Control Circuit Trainer, and Single Phase Induction Motor Trainer, which help students gain valuable experience in different aspects of electrical engineering.

Fully equipped with modern PCs, this lab provides students with the tools and environment needed to work on programming, simulation, and software development projects. The high-performance PCs ensure that students have access to the latest software and resources necessary to enhance their technical skills and tackle real-world challenges in the field of software development.

Designed for multidisciplinary projects, this lab is equipped with comprehensive facilities for prototyping, pneumatic and hydraulic systems, and assembly work. It provides essential tools and kits for various applications, including PCB prototyping, SMD rework, and pneumatic systems. These resources enable students to work on diverse projects, fostering innovation and hands-on learning in a collaborative environment.

This lab focuses on embedded systems, providing students with the tools and resources to design and program microcontroller-based projects. Equipped with modern PCs and other specialized tools, the lab offers a hands-on learning experience where students can explore various aspects of embedded systems, from hardware design to software development, preparing them for real-world applications in the field of embedded systems engineering.