Process Automation Laboratory is Equipped with Latest Technology Control systems including PLC’S with simulators along with SCADA software & DELTA V Distributed Control system from well-known industry brands like Allen Bradley & Emerson Process Management. This Laboratory facilitates students to learn Basic PLC Programming, PLC Panels and simulators, DCS Features , DCS based Control systems etc.

Process Instrumentation Laboratory is a state of the Art Experimental Facility made up of 14 pilot plant set ups. This was designed & developed, which enables students to identify the instruments & Control systems as well as to provide demonstration of working instruments to the students. This laboratory is utilized to study and understand various types of Processes and Role of Instrumentation involved in the same.

It also creates an Industrial Environment for the students to grow them with the Instrumentation utilization. Students can perform various supporting Instrumentation activities Like Calibration, Tuning, mounting, Troubleshooting, Loop Testing, checking which provide them Hands on Exposure to make them comfortable and answerable for their campus preparation. Laboratory consists of various Field Instruments Like SMART Transmitters, Flow meters & Control Valves along with accessories. It is also equipped with Single Loop PID Controllers & Variable Frequency Drives.

This is one of the Fundamental Labs which facilitates students to learn various sensors & Transducers used in Process & Factory Environment. Students can learn Testing & Performance characteristics using Calibrators. It also provides Hydraulic set up that allows studying Flow Measurement Experiments, Level Monitoring set up using various Instruments Like Rota meter, Orifice / venturi meters & ultrasonic Level Transmitter. Lab also has Dead weight Testers & Master Pressure Gauge to provide Testing of Pressure Gauges.

This Laboratory has been established to familiarize the students with capturing, analyzing and processing different bio signals. Physiology Lab kits are also used for training the students in the area of Biomedical   Instrumentation.

This lab is also  equipped with sophisticated  analytical instruments like Gas chromatography system and UV-VIS Spectrophotometer, for students to get hands-on experience. Nuclear instruments like single channel analyser and pulse height analyser are available for students to perform various experiments on nuclear sources like cesium and cobalt.

The lab is equipped with Pentium-IV (IBM) and HCL computers with latest software such as Proteus VSM, Turbo Assembler 6.1, Macro Assembler, Embedded C for AVR. All the control system testing equipment are available, Demonstration kits (RAM & ROM), Universal Programmer, Cards for ISA, PCI and different connectors are kept for better understanding of computer architecture.Magnetic Levitation Control System is also available in this lab for performing advanced control system experiments.

Laboratory courses on Analog & Digital Electronics are conducted in this lab. The Lab is adequately equipped with Test equipment for Electronic Devices & circuits, digital trainer kits, Power supplies, Oscilloscopes & measuring instruments

The Robotics Lab is equipped with essential tools including 3D printers, laser cutters, and small robotic arms. These resources are crucial for fostering innovation and hands-on learning among students. The 3D printers enable rapid prototyping of designs, while laser cutters facilitate precise fabrication of components. Small robotic arms provide practical experience in automation and control systems. Together, these tools empower students to explore and implement cutting-edge technologies, preparing them for careers in engineering and technology-driven industries.

The High Wonder Max Arm is a compact, six-axis robotic arm designed for industrial applications. Its six joints allow for high dexterity, enabling it to perform complex tasks like picking and placing objects with precision. This versatility makes it a valuable tool for automating various industrial processes.

This Raspberry Pi robotic arm is mainly composed of an aluminum alloy bracket, a sturdy chassis, a multi-function expansion board, 6 bus servos and a 300,000 pixel camera.

This college lab leverages cutting-edge 3D printing technology to create a fully functional pick and place robotic arm. This in-house creation fosters hands-on learning in robotics, allowing students to explore the principles of motion control and object manipulation.

3D printing (additive manufacturing) flips traditional creation on its head. These machines use a computer-controlled process to build objects layer by layer, enabling complex designs and a wider range of materials compared to subtractive methods. This technology is revolutionizing prototyping, product development, and various fields.

Laser cutters are high-tech fabrication tools. They use a powerful laser beam, controlled by a computer, to precisely cut, engrave, or etch various materials. Think of it as a light-based scalpel, allowing for intricate designs and clean cuts on metals, plastics, wood, and more. This versatility makes laser cutting a valuable tool in prototyping, manufacturing, and various creative fields.