The Advanced Manufacturing Lab provides hands-on training in modern production technologies, including 3D printing, robotics, and digital manufacturing tools. Students learn rapid prototyping, precision machining, and automated manufacturing processes using industry-standard equipment. The lab enables innovation through additive manufacturing, virtual simulation, and computer-aided design and manufacturing, preparing students for advanced industrial applications and smart factory environments.
Department of Mechanical Engineering
The Computer Numerical Control Lab equips students with practical skills in automated machining and precision manufacturing. The lab features CNC turning and milling machines, where students learn G-code programming, tool path generation, and component machining. Hands-on training enables students to understand cutting parameters, accuracy control, and modern production techniques. This lab prepares learners for advanced manufacturing, industrial automation, and high-precision engineering applications.
The Hydraulics Lab enables students to study the behavior of fluids under various conditions. It is equipped with setups like Bernoulli’s apparatus, Reynolds experiment, venturimeter, orificemeter, and centrifugal pump test rigs. Students learn flow measurement, pressure variation, energy losses, and hydraulic principles essential for mechanical systems. The lab builds strong conceptual and practical understanding required for fluid machinery, thermal systems, and industrial applications.
The Material Testing Lab provides hands-on experience in evaluating the mechanical properties of engineering materials. Equipped with Universal Testing Machines, hardness testers, impact testing setups, and torsion equipment, the lab enables students to study tensile strength, hardness, ductility, toughness, and material behavior under various loads. It helps learners understand stress–strain characteristics and supports safe, efficient design of mechanical components and structural applications.
The Refrigeration and Air Conditioning Lab provides practical exposure to cooling and thermal systems used in domestic and industrial applications. Equipped with RAC test rigs, cut-section models, compressors, condensers, evaporators, and control boards, the lab helps students understand refrigeration cycles, heat transfer, pressure–temperature relationships, and system performance analysis. It prepares learners for careers in HVAC, thermal engineering, and maintenance industries.
The Robotics & Automation Lab offers hands-on training in industrial robotics, mechatronics, and automated systems. Equipped with robotic arms, sensors, controllers, and simulation tools, the lab enables students to learn robot programming, motion control, path planning, and automation processes. It supports training in advanced manufacturing, assembly operations, and smart factory concepts, preparing learners for modern industries driven by robotics and intelligent automation technologies.
The Virtual Simulation Lab provides an immersive learning environment using VR/AR technologies to visualize and interact with complex mechanical systems. Students explore 3D models, virtual machinery, manufacturing processes, and engineering simulations in a safe and realistic setup. The lab enhances conceptual understanding, supports virtual prototyping, and allows practice of industrial operations without physical equipment, preparing learners for modern, technology-driven engineering environments.
The Fluid Mechanics Lab enables students to study the behavior of fluids under various conditions. It is equipped with setups like Bernoulli’s apparatus, Reynolds experiment, venturimeter, orificemeter, and centrifugal pump test rigs. Students learn flow measurement, pressure variation, energy losses, and hydraulic principles essential for mechanical systems. The lab builds strong conceptual and practical understanding required for fluid machinery, thermal systems, and industrial applications.
