Mechanical Engineering

A Thermo-Fluid Engineering Laboratory is a laboratory where students study the principles of thermodynamics, fluid mechanics, and heat transfer through practical experiments. The lab helps students understand how energy, heat, and fluids behave in engineering systems.
A Thermo-Fluid Engineering Lab is a practical laboratory where students perform experiments related to heat, energy, fluid flow, and thermal systems to gain hands-on understanding of thermo-fluid engineering concepts.

A Heat and Mass Transfer Laboratory is a practical laboratory where students study the principles of heat transfer and mass transfer through experiments. It helps in understanding how heat energy and substances move between systems under different conditions.

A Measurement Laboratory is a specialized facility used to study, perform, and analyze various engineering measurements with high accuracy and precision. It helps students understand the principles of measurement, calibration, error analysis, and the use of different measuring instruments.

In a measurement laboratory, students learn to measure physical quantities such as length, diameter, angle, pressure, temperature, force, flow rate, and displacement using instruments like vernier calipers, micrometers, dial gauges, pressure gauges, thermocouples, and digital measuring devices.

A Metrology and Quality Control Laboratory is a specialized laboratory in Mechanical Engineering where students learn techniques for precision measurement, inspection, calibration, and quality assurance of manufactured components.Metrology and Quality Control are essential for ensuring that manufactured products meet specified dimensions, tolerances, and quality standards. Accurate measurements help reduce defects, improve product reliability, and increase customer satisfaction.

The HVAC&R Laboratory is a specialized laboratory in Mechanical Engineering where students study the principles and operation of heating, ventilation, air conditioning, and refrigeration systems. The laboratory provides practical knowledge of thermal comfort, indoor air quality, cooling, heating, and energy-efficient climate control systems.HVAC&R systems play a crucial role in providing thermal comfort, maintaining indoor air quality, preserving food and medicines, and supporting industrial processes. Understanding these systems is essential for mechanical engineers involved in building services, energy management, and refrigeration industries.

The Dynamics of Machinery Laboratory is an important laboratory in Mechanical Engineering where students study the behavior of machines in motion, including forces, vibrations, balancing, governors, gyroscopes, and mechanisms. The laboratory helps students understand the dynamic performance of machines and rotating systems through practical experiments.The Dynamics of Machinery Laboratory helps students understand how forces and motion affect machine performance, stability, efficiency, and safety. The knowledge gained is essential for the design, analysis, and maintenance of modern mechanical systems.

The Material Testing and Characterization Laboratory is a specialized laboratory in Mechanical Engineering where students study the mechanical properties, microstructure, and behavior of engineering materials under different loading and environmental conditions. The laboratory provides practical knowledge of material selection, testing, failure analysis, and quality assessment.The Material Testing and Characterization Laboratory helps students understand the relationship between a material's structure and its properties. This knowledge is essential for designing safe, reliable, and cost-effective engineering components and systems.

The Solid Modeling and Drafting Laboratory is a computer-based laboratory in Mechanical Engineering where students learn to create 2D drawings, 3D models, assemblies, and engineering drafts using CAD (Computer-Aided Design) software such as Solid Edge, AutoCAD, and CATIA.The Solid Modeling and Drafting Laboratory enables students to convert engineering concepts into detailed digital models and manufacturing drawings. It is an essential laboratory for modern mechanical engineers, helping them develop industry-relevant CAD skills required in design, analysis, and manufacturing sectors.

The Internal Combustion Engine Laboratory is a fundamental laboratory in Mechanical Engineering where students study the construction, operation, performance, and testing of petrol and diesel engines. The laboratory provides practical knowledge of engine systems, fuel combustion, efficiency, and emission characteristics.The IC Engine Laboratory helps students understand engine performance, fuel economy, emissions, and energy conversion processes. The knowledge gained is essential for the design, operation, maintenance, and development of modern automotive and power-generation systems.

A Turbomachinery Laboratory is used to study the performance, characteristics, and operation of fluid machines that transfer energy between a fluid and a rotating element. The lab enables students to conduct experiments on turbines, pumps, compressors, and blowers, and to analyze parameters such as efficiency, head, discharge, power output, and performance characteristics under different operating conditions. It provides practical understanding of fluid mechanics, energy conversion, and turbomachinery design principles.

The Applied Thermodynamics Laboratory provides practical exposure to the principles of thermodynamics and energy conversion systems. The laboratory enables students to study the performance, efficiency, and operating characteristics of thermal systems such as boilers, steam turbines, compressors, refrigeration units, and heat engines. Through experimental investigations, students learn about energy transfer, thermodynamic cycles, combustion processes, and the performance evaluation of thermal equipment used in industrial applications.