Which lab is equipped for robotics and automation projects for engineering students at LPU ?

Lovely Professional University’s Industrial Automation and Robotics Lab offers a high-tech learning environment where engineering students engage with real-world automation technologies. The lab is equipped with state-of-the-art CNC machines, programmable logic controllers (PLCs), pneumatic systems, and robotic arms, allowing students to design, build, and test a variety of automated systems. Through this facility, learners develop a deep understanding of industrial processes, robotics integration, and control systems—key skills required in manufacturing, automotive, and smart production industries. This hands-on approach reinforces theoretical learning and nurtures innovation through active experimentation and prototyping. Complementing this setup is LPU’s Bot Lab, established as a Centre of Excellence in collaboration with Automation Anywhere. This lab specializes in Robotic Process Automation (RPA), equipping students with skills in software-based automation used widely in business process management. Through exposure to leading RPA tools and real-time workflow automation projects, students gain experience that bridges the gap between traditional engineering and emerging digital technologies. Faculty mentors and regular industry-led workshops enhance this ecosystem by offering insights into current trends and applications, ensuring students graduate with both technical competence and industry readiness in the fields of automation and robotics.

hi, Lovely Professional University’s Industrial Automation and Robotics Lab provides engineering students with a cutting-edge environment for robotics and automation projects. It’s equipped with CNC machines, pneumatic systems, and advanced robotic arms that enable hands-on building, testing, and control of automated systems. Additionally, the Bot Lab—a Centre of Excellence in partnership with Automation Anywhere—focuses on Robotic Process Automation (RPA), offering exposure to automation software and real-world workflow automation . These labs are supported by faculty mentors and frequent industry workshops, preparing students for real-world challenges in the Automation and Robotics sector through practical, project-based learning.

LPU offers dedicated, state-of-the-art facilities for engineering students pursuing robotics and automation projects. The Robotics and Automation Laboratory is specifically equipped for this purpose, providing hands-on experience with robot mechanisms, dynamics, intelligent controls, servo drives, real-time control, actuators, and sensors. In addition, the university's B.Tech in Robotics and Automation program emphasizes practical exposure through its Hands-on Robotics Laboratory and Automation Centers, incorporating technologies like Arduino, Raspberry Pi, and ROS (Robot Operating System). These advanced labs ensure that students gain the essential practical skills needed to design, fabricate, and implement cutting-edge robotic and automation systems.

Lovely Professional University features a state-of-the-art **Robotics & Automation Lab**, primarily designed to support its B.Tech. programs in **Robotics & Automation** and **Robotics & AI**. This lab empowers engineering students to work hands-on with robotic arms, servo drives, and real-time control systems, integrating both hardware (e.g., Arduino, Raspberry Pi) and software platforms for developing automation solutions Equipped with industrial-grade components and NVIDIA-powered GPU machines for AI training, the lab enables students to design, build, and test intelligent robotic systems. It fosters a deep understanding of robot kinematics, dynamics, embedded control, and automation workflows Students on Reddit attest to the lab’s practical exposure: > “They’ve got labs equipped with robotic arms, Arduino/Raspberry?Pi setups, and NVIDIA-powered GPU machines for AI training.” This facility is tightly integrated with the curriculum, ensuring learners gain real-world skills in mechatronics, computer vision, machine learning, and autonomous system design. Backed by strong industry linkages and modern infrastructure, this lab provides a robust platform for prototyping innovations, conducting research, and preparing students for high-impact careers in robotics and artificial intelligence.

LPU’s **Industrial Automation and Robotics Lab** is the dedicated space designed for engineering students working on robotics and automation projects. This facility is equipped with CNC machines, pneumatic systems, servo drives, embedded controllers, and real-time control systems. It provides hands-on experience in building and programming robotic systems, working with sensors and actuators, and integrating automation workflows, closely replicating industrial environments. The lab is extensively used by students enrolled in disciplines like Mechanical Engineering (particularly Mechatronics), Electrical & Electronics Engineering, and specialized B.Tech programs in Robotics and Automation. Its purpose is to support capstone projects, prototypes, and research initiatives, facilitating interdisciplinary collaboration across departments. With support from industry partners and integration into coursework, the lab enables students to gain practical skills in robotics, automation, and Industry?4.0 technologies—preparing them for competitive roles in research, manufacturing, and product development.

If you’re into robotics and automation, LPU has this awesome Robotics and Automation Lab that’s honestly a dream come true for engineering students. It’s packed with all the cool stuff like servo drives, actuators, sensors, and real-time control systems, so you actually get to build and test your own robotic systems instead of just reading about them. The best part is that it’s super hands-on—you get to work on group projects where you design and fabricate robots, which is such a fun and challenging experience. The lab also gives you a solid understanding of robot dynamics and intelligent control systems, and there’s always guidance from faculty if you need help figuring things out. It’s one of those places where you can really let your creativity and curiosity run wild, and it makes learning feel exciting and real. Whether you’re into automation, AI, or just love building things, this lab gives you the perfect space to explore and grow.