Laboratory Facilities
Basic Mechanical Workshop
The Basic Mechanical Workshop at the Mechanical Engineering Department is designed to provide students with hands-on experience in various manufacturing processes. Students gain practical skills in machining, fitting, welding, and carpentry, which are essential for understanding the fundamentals of mechanical engineering. The workshop also emphasizes safety practices and proper handling of tools to ensure a safe learning environment.
Production Engineering Lab
The Production Engineering Lab focuses on the study and application of manufacturing processes and systems. It is equipped with CNC machines, automated assembly lines, and robotic arms. Students learn about modern manufacturing techniques, quality control, and production planning. The lab provides hands-on experience with computer-integrated manufacturing (CIM) and industrial automation, preparing students for careers in advanced manufacturing and production management.
Computer Aided Design and Analysis Lab
The Computer Aided Design (CAD) and Analysis Lab is equipped with state-of-the-art software such as AutoCAD, SolidWorks, ANSYS, and MATLAB. Students use these tools to design, model, and analyze mechanical components and systems. The lab provides a platform for learning about computer-aided design, finite element analysis (FEA), and computational fluid dynamics (CFD). Students gain skills in creating detailed engineering drawings, performing simulations, and optimizing designs for various applications.
Thermal Engineering Lab
The Thermal Engineering Lab is dedicated to the study of thermodynamics, heat transfer, and fluid mechanics. It features equipment for experiments on engine performance, refrigeration, air conditioning, and heat exchangers. Students conduct experiments to understand the principles of energy conversion, heat transfer, and fluid flow. The lab provides practical insights into the design and analysis of thermal systems, enhancing students’ understanding of thermal engineering concepts.
Fluid Mechanics Lab
The Fluid Mechanics Lab is equipped with apparatus for studying the behavior of fluids under various conditions. It includes flow measurement devices, Bernoulli’s apparatus, and hydraulic Machines. Students perform experiments to understand fluid properties, flow dynamics, and pressure distribution. The lab helps students grasp the fundamental principles of fluid mechanics, which are crucial for designing and analyzing fluid systems in engineering applications.The Hydraulic Machines Lab provides hands-on experience with different types of hydraulic machinery. It features turbines, pumps, and other hydraulic equipment used in various engineering applications. Students learn about the performance characteristics, efficiency, and operational principles of hydraulic machines. The lab experiments help students understand the practical aspects of fluid power systems and their applications in industries such as water resources, power generation, and manufacturing.
Mechanical Engineering Lab
The Mechanical Engineering Lab is a versatile facility that supports a wide range of experiments related to mechanics, materials, and manufacturing. It is equipped with testing machines, material hardness testers, and vibration analysis equipment. Students perform experiments to study the properties of materials, stress-strain behavior, and mechanical vibrations. The lab provides a comprehensive learning experience, reinforcing theoretical knowledge with practical applications.
Precision Lab
The Precision Lab is dedicated to the study and application of precision engineering and metrology. It features high-precision measuring instruments, coordinate measuring machines (CMM), and surface roughness testers. Students learn about the principles of measurement, calibration, and quality assurance. The lab emphasizes the importance of accuracy and precision in engineering, preparing students for roles in quality control and inspection.
FMS Lab
The Flexible Manufacturing Systems (FMS) Lab is equipped with modular and automated manufacturing setups. It includes CNC machines, automated guided vehicles (AGVs), and robotic arms. Students learn about the integration of manufacturing processes, automation, and production control. The FMS Lab provides insights into modern manufacturing systems, emphasizing flexibility, efficiency, and adaptability in production environments.
High Performance Computing Facility
The High Performance Computing (HPC) Facility at our Mechanical Engineering Department is a cutting-edge resource designed to support complex simulations, data analysis, and computational research. This facility is equipped with high-speed processors, extensive memory, and large-scale storage systems to handle demanding computational tasks. Students and researchers can leverage the HPC resources to perform large-scale simulations in fluid dynamics, structural analysis, thermal systems, and other areas of mechanical engineering. The HPC facility enables:
- Advanced Simulations: Perform detailed simulations for aerodynamic studies, material science, and thermal analysis.
- Big Data Analysis: Analyze large datasets for research projects, including those in manufacturing processes and optimization.
- Research and Development: Support innovative research initiatives and development of new engineering solutions.
- Interdisciplinary Projects: Facilitate collaborative research across various engineering disciplines.
3D Printer Lab
The 3D Printer Lab is an essential part of the Mechanical Engineering Department, providing students with hands-on experience in additive manufacturing. The lab houses a variety of 3D printers, including those capable of printing with plastics, metals, and composites. This lab enables students to:
- Prototype Development: Quickly create and test prototypes of mechanical components and assemblies.
- Design Realization: Transform digital designs into physical models, aiding in the visualization and testing of concepts.
- Innovative Projects: Engage in innovative projects and competitions that require custom parts and rapid prototyping.
- Research Applications: Support research activities in material science, biomechanics, and other fields by producing complex geometries that are difficult to manufacture using traditional methods.
