Mechanical Engineering

The Materials Testing Laboratory provides students with practical exposure to the mechanical behaviour and properties of engineering materials. Experiments are conducted to determine tensile strength, compressive strength, hardness, impact strength and shear strength using standard testing equipment. Students learn to analyse material deformation, failure characteristics and suitability for engineering applications. The laboratory strengthens their understanding of material selection, testing procedures and quality evaluation.

The Computer-Aided Machine Drawing Laboratory develops students’ skills in preparing detailed engineering drawings using modern CAD software. Students create orthographic views, sectional views, part drawings and assembly drawings of various machine components. The laboratory provides hands-on experience in applying drawing standards, dimensioning and design conventions. It strengthens students’ visualization, drafting and computer-aided design skills for engineering applications.

The Applied Thermodynamics Laboratory provides students with practical exposure to the working and performance characteristics of internal combustion engines. Experiments include testing the properties of fuels and evaluating the performance of two-stroke and four-stroke engines under different operating conditions. Students determine parameters such as fuel consumption, brake power, thermal efficiency and specific fuel consumption. The laboratory strengthens their understanding of fuel characteristics, engine combustion and performance analysis.

The Mechanical Measurements and Metrology Laboratory provides students with hands-on experience in precision measurement, inspection and calibration techniques. Experiments are conducted using instruments such as vernier calipers, micrometers, comparators, slip gauges, sine bars and profile projectors. Students learn to measure linear, angular, surface and geometric parameters and assess dimensional accuracy. The laboratory strengthens their understanding of measurement standards, quality control and industrial inspection practices.

The Manufacturing Process Laboratory provides students with hands-on experience in conventional and CNC-based manufacturing processes. Students perform casting and forging operations, along with lathe operations such as step turning, thread cutting and eccentric turning. They also study CNC turning operations, including facing, plain turning and step turning through demonstrations. Experiments on milling and shaping machines cover indexing, gear cutting, face milling, grooving, V-groove cutting and dovetail machining, thereby strengthening practical manufacturing skills.

The Turbo Machinery Laboratory provides students with practical exposure to the fundamental principles of fluid flow and hydraulic machines. Experiments are conducted using various flow-measuring devices to determine discharge, velocity and pressure characteristics. Students study the performance of different types of pumps and turbines under varying operating conditions. The laboratory strengthens their understanding of fluid mechanics concepts and the performance evaluation of hydraulic machinery.

he Design and Dynamics Laboratory provides students with practical exposure to machine design principles and the dynamic behaviour of mechanical systems. Experiments are conducted on balancing of rotating and reciprocating masses, vibration analysis, governors, gyroscopes, flywheels and critical speed of shafts. Students study displacement, velocity, acceleration, forces and vibration characteristics under different operating conditions. The laboratory strengthens their understanding of machine dynamics, design validation and performance evaluation of mechanical components.

The Heat Transfer Laboratory provides students with practical exposure to the fundamental modes of heat transfer—conduction, convection and radiation. Experiments are conducted to determine thermal conductivity, heat-transfer coefficients, fin performance and heat-exchanger effectiveness. Students also study boiling, condensation and radiation characteristics under different operating conditions. The laboratory strengthens their understanding of thermal analysis and the performance evaluation of heat-transfer equipment.

The Finite Element Analysis Laboratory provides students with practical exposure to the numerical analysis of engineering components and systems using advanced simulation software. Students perform structural, thermal and vibration analyses to evaluate stress, deformation, temperature distribution and natural frequencies. They learn geometric modelling, material assignment, meshing, application of boundary conditions and interpretation of simulation results. The laboratory strengthens their understanding of computational mechanics, design validation and engineering problem-solving.

The Robotics and Simulation Laboratory provides students with hands-on experience in robotic systems, programming, modelling and simulation. Students study robotic configurations, coordinate systems, kinematics, trajectory planning and end-effector operations. Experiments include robot programming, pick-and-place operations and simulation of industrial automation tasks using relevant software. The laboratory strengthens their understanding of robotics, automation and the integration of intelligent systems in modern manufacturing.

The Data Analytics and Modelling Laboratory provides students with practical exposure to data processing, statistical analysis and computational modelling techniques. Students learn to collect, clean, visualise and interpret engineering data using modern software tools. Experiments include regression, predictive modelling, optimisation and performance analysis of engineering systems. The laboratory strengthens their analytical, programming and data-driven problem-solving skills for engineering applications

The CAD/CAM Laboratory provides students with hands-on experience in computer-aided design, modelling and manufacturing. Students create 2D drawings, 3D models, assemblies and manufacturing simulations using modern CAD/CAM software. They learn CNC part programming, tool-path generation and machining-process planning for engineering components. The laboratory strengthens their skills in product design, manufacturing automation and computer-integrated engineering.

The Department Library provides faculty members and students with convenient access to textbooks, reference books, technical manuals, journals, project reports and other academic resources related to Mechanical Engineering. It supports teaching, learning, research and project activities by offering subject-specific materials within the department. The facility encourages independent learning, knowledge enhancement and continuous academic development.

The Toyota Industry-Supported Engine Laboratory provides students with practical exposure to modern automotive engine systems and technologies. The laboratory is equipped with engine models, cut-section components and training facilities supported by Toyota. Students study engine construction, working principles, fuel systems, transmission components and maintenance practices. The facility strengthens industry-oriented learning and enhances students’ practical understanding of automotive engineering.

The Vertical Milling and CNC Machine Facility provides students with practical exposure to conventional and computer-controlled machining operations. Students perform milling operations such as face milling, slotting, grooving and profile machining on various engineering materials. The CNC facility enables them to learn part programming, tool-path generation, machine setup and precision component manufacturing. The facility strengthens their understanding of modern production techniques, machining accuracy and industrial manufacturing practices.

The Research and Development (R&D) Laboratories support faculty members, research scholars and students in carrying out advanced research, innovation, and project activities. These laboratories provide facilities for experimentation, prototype development, numerical simulation, and performance evaluation in various areas of mechanical engineering. They promote interdisciplinary research, industry collaboration, quality publications, and the development of innovative engineering solutions.

The Student Project Laboratory provides a dedicated space for students to design, fabricate and test innovative engineering projects. Students apply theoretical knowledge to develop working prototypes, including automobiles, robots, and other mechanical systems. The facility promotes teamwork, creativity, problem-solving, and practical manufacturing skills. It also supports participation in technical competitions, project exhibitions, and industry-oriented activities.

The Society of Mechanical Engineers (SME) provides a platform for students to develop their technical, professional and leadership skills beyond the classroom. The society organises workshops, guest lectures, industrial visits, competitions and other technical and cultural activities. It encourages teamwork, innovation and interaction among students, faculty members and industry experts. SME contributes to the overall development of students and promotes active participation in departmental activities.