Laboratory

Description:
Center of Excellence for Industry 4.0 offers specialized training programs designed to equip students and professionals with cutting-edge skills in smart manufacturing, industrial automation, and digital transformation.

Features:

Hydraulic & Pneumatic Trainer Kits: Hands-on training in Electro-Hydraulics, Electro-Pneumatics, and PLC-integrated automation.

Two-Station Modular Manufacturing System: Feeder & Sorter modules for real-world industrial automation applications.

Collaborative Robotics & Machine Vision: Training in robotic pick-and-place, shape and color identification, and AI-driven palletization.

Five-Station Modular Manufacturing System: Includes Feeder, Inspection Buffer with RFID, Processing, and Sorting for smart manufacturing insights.

Augmented Reality (AR) Technology: A technology that superimposes a computer-generated image on a user’s view of the real world, providing a composite view.

Latest Software: The lab is equipped with the latest software such as MATLAB, Automation Studio, and TIA (Totally Integrated Automation).

Utilization:
Students receive hands-on training in the fundamentals of hydraulics/pneumatics, electro-hydraulics/electro-pneumatics, and PLCs through a variety of experiments utilizing hydraulic and pneumatic trainer kits, as well as electro-hydraulic and electro-pneumatic systems. Additionally, students engage in hands-on robot programming using colaborative robot for multiple applications, including pick-and-place operations and vision-based tasks such as color sorting and pattern identification.

Description:
This laboratory provides comprehensive facilities for the study of sensors and instrumentation, supported by a range of trainer kits including LVDT, laser systems, machine vision systems, strain gauges, thermistors, thermocouples, and more. Through these resources, students gain hands-on experience in analyzing the characteristics of various sensors and understanding their real-world applications in industrial and engineering contexts. This practical exposure helps bridge the gap between theoretical knowledge and real-life scenarios, enabling students to design, implement, and troubleshoot sensor-based systems effectively..

Features:

Setups to study the sensor characteristics .

Internet Availability

Utilization:
The students are trained on different types of sensors ranging from simple LVDT to Machine Vision Systems enabling them to conduct detailed mapping of their performances

Description:
The Robotics Laboratory, established in collaboration with Tata Automation Ltd., Pune, is dedicated to the study and application of robotics. In addition to an industrial robot, the lab is equipped with advanced software tools such as RoboDK and Roboanalyzer, enabling students to design, simulate, and develop a wide range of robotic applications. This setup provides a comprehensive learning environment for hands-on experience with robotic systems and their integration into real-world industrial processes.

Features:

TAL BRABO Industrial Robot

RoboDK Software enables the access to multiple tools like robot libraries, 3D model import, CAD/CAM integration, robot path generation, and program export to various robot controllers.

Utilization:
The students can perform multiple simulations using RoboDK like Machine tending applications, Pick and Place, Sorting, Welding and Deburring. The students can also design the workcells for multiple industrial applications

Description:
The PLC Trainer Kit is equipped with the latest programmable logic controller (PLC) systems integrated with multiple hardware inputs and outputs. It includes a range of trainer kits that allow students to design and implement control solutions, enabling them to visualize the results of their programming in real time. Additionally, the facility supports the development of SCADA systems for simulation-based projects, giving students hands-on experience in both hardware and software integration.

Features:

Latest PLC

Multiple trainer kits.

Utilization:
The PLC Trainer Kit is extensively utilized for hands-on learning and practical exercises in industrial automation and control systems. Students use the kit to develop, test, and troubleshoot automation solutions for a wide range of real-world scenarios, such as motor control, process sequencing, and sensor integration. By programming and visualizing results through integrated hardware inputs/outputs module and SCADA simulations, students gain valuable experience in designing robust and efficient industrial control systems.

Description:
The CAD laboratory is dedicated to supporting product development, modeling, and programming activities within the department. Equipped with the latest CAD software, it facilitates design and development studies. Additionally, the lab provides resources for a diverse range of subjects, including Python programming, data science, microcontrollers and embedded systems, machine vision systems, and more. This comprehensive setup ensures that students gain practical experience across multiple disciplines, enhancing their skills and preparing them for industry challenges..

Features:

New Product Development using CAD softwares

Working on various AIML Projects

Development of Embedded Systems

Utilization:
Students develop their models with the help of designing software like 3D

Experience:

The students develop programs for machine vision applications.

The students develop multiple programs for microcontrollers and embedded systems.