The laboratory component of the Automation in Manufacturing course aims to provide hands-on experience with automation technologies used in manufacturing industries. Through practical experiments, students will explore industrial robotics, flexible manufacturing systems (FMS), and automation machinery. The lab exercises are designed to reinforce theoretical concepts and develop problem-solving skills for real-world automation challenges.

The Basic Mechanical Engineering Laboratory provides practical exposure to fundamental mechanical systems and components. It includes models of boilers along with their mountings and accessories, helping students understand steam generation and safety mechanisms. The laboratory also features internal combustion (IC) engine models, including four-stroke and two-stroke petrol and diesel engines, enabling students to study engine components, working principles, and thermodynamic cycles.

It is having computer systems with high-end configurations to ensure seamless performance to support students in design, simulation and analysis tools essential for modern engineering applications. The CAD Lab has 30 computers, with 12 PCs equipped with ANSYS for simulation and analysis, while all have Autodesk software for drafting and design.

The laboratory component of the Computer Aided Manufacturing (CAM) course provides practical exposure to modern manufacturing automation technologies. The lab focuses on CNC machining, programmable logic controllers (PLCs), flexible manufacturing systems (FMS), robotics, and computer-integrated manufacturing (CIM).

It is a specialized laboratory in mechanical engineering that focuses on studying the behavior of machines and mechanical systems under dynamic loads and forces. The purpose of this lab is to analyze and test various components of machines to understand their response to vibrations, motion, rotational dynamics, and feedback control systems.

Engineering Graphics & Design (EGD) is a vital subject that enables students to communicate engineering ideas, designs, and concepts in a clear and precise manner. The laboratory has several shapes of 2D & 3D models, which will be helpful in the visualization and understanding of the subject.

The Fluid Mechanics and Hydraulic Machines Laboratory helps students to understand the principles of fluid behavior and hydraulic machinery operations. It offers hands-on experience with devices like flow meters, pumps, turbines, and hydraulic systems.

The Internal Combustion Engine (ICE) Laboratory is a state-of-the-art facility designed to provide practical experience and in-depth knowledge of various types of internal combustion engines used in automotive and industrial applications.

A Material Science and Metallurgy Laboratory is a facility dedicated to studying the properties, structure, and behavior of materials, particularly metals and alloys. It is equipped with instruments like the Metallurgical Microscope and Muffle Furnace for detailed analysis.

Our Mechanical Measurement and Metrology laboratory offers hands-on experience with a wide range of essential measurement tools. Through practical experiments, students develop a deeper understanding of metrology principles and their real-world applications.

A Renewable Energy Engineering Laboratory is a specialized facility for studying and testing sustainable energy technologies, including solar, wind, and bioenergy systems. One essential instrument in the lab is the Pyranometer, which measures solar radiation intensity.

The Mechanical Workshop Laboratory emphasizes hands-on practice in manufacturing and fabrication, enhancing students' technical skills through real-world applications. It includes machining, welding, carpentry, fitting, and plumbing shops.