The objective of the Mechanical Workshop Lab is to provide hands-on training and practical experience to students in various mechanical engineering processes and techniques. Through this lab, students will develop essential skills in using tools, machines, and equipment, fostering a deeper understanding of mechanical principles and applications. The lab has the following Important equipment: Hacksaw Machine Arc Welding Machine Gas Welding Machine Bench Vice Pipe Vice Surface Plate Bench Shear Machine Sheet Rolling Machine Carpentry Vice Smithy Hearth Furnace with Chimney Punching Machine Pipe Bend Machine
To motivate and challenge students to understand and develop an appreciation of the processes in correlation with material properties which change the shape, size and form of the raw materials into the desirable product by conventional or unconventional manufacturing methods. The lab has the following Important equipment: Lathe Machine Milling Machine Shaper Machine Grinder Drilling Machine Injection Moulding Machine
The objective of the Material Testing Lab is to provide students with hands-on experience in testing and analyzing the mechanical properties of materials, such as their strength, elasticity, and deformation behavior. Through practical experiments, students learn to apply theoretical concepts and develop skills in material testing and characterization. The lab has the following Important equipment: Fatigue Testing Machine Spring Testing Machine Impact Testing Machine Universal Testing Machine Rockwell Hardness Machine Torsion Testing Machine
The objective of the Fluid Mechanics Lab is to provide students with hands-on experience in conducting experiments to study the fundamental principles of fluid behavior and flow. Through practical demonstrations and measurements, students gain insights into concepts such as viscosity, Bernoulli's theorem, and fluid dynamics, enhancing their understanding of fluid mechanics. The lab has the following Important equipment: Reynold’s Apparatus Venturi Meter Orifice Meter Impact of Jet Apparatus Flow Through Orifice and Mouthpiece Apparatus Metacentric Height Apparatus Pipe Friction Apparatus
The objective of the Measurement and Metrology Lab is to provide students with hands-on experience in precision measurement techniques and instruments. Through practical exercises, the lab aims to enhance understanding of measurement principles, calibration processes, and accuracy assessments, fostering skills essential for quality assurance and advanced research in various fields. The lab has the following Important equipment: Adjustable Snap Gauge Combination Set Dial Gauge Digital Tachometer and VernierCallipers Digital Wind Speed Anemometer Micrometer, Filler Gauge and HeightGauge Resistance Temperature Detector Sine Bar Thread Gauge Pressure Measurement Gauge Stroboscope
The objective of the Heat Transfer Lab is to provide students with hands-on experience and understanding of various heat transfer mechanisms, including conduction, convection, and radiation. Through experiments and analysis, students learn to quantify heat flow, temperature distribution, and thermal properties of materials, fostering practical insights into real-world heat transfer applications. The lab has the following Important equipment: Composite Walls Apparatus Stefan Boltzmann Apparatus Critical Radius of Insulating Material Pin Fin Apparatus Thermal Conductivity of Liquid Parallel Flow & Counter Flow Heat Exchanger Natural Convection Apparatus Forced Convection
Lancashire boiler (model) , Babcock & Wilcox boiler (model) , Turbo-jet engine (model) , 2-stroke petrol engine (model) , 4-stroke petrol engine (model) , 2-stroke diesel engine (model) , 4-stroke diesel engine (model) The lab has the following Important equipment: Lancashire Boiler (Model) Babcock & Wilcox Boiler (Model) Turbo-Jet Engine (Model) 2-Stroke Petrol Engine (Model) 4-Stroke Petrol Engine (Model) 2-Stroke Diesel Engine (Model) 4-Stroke Diesel Engine (Model)
The objective of the Theory of Machines Lab is to provide students with hands-on experience in understanding and applying the fundamental principles of mechanical motion and mechanisms. Through practical experiments and analysis, students develop skills in kinematic and dynamic analysis of machines, enhancing their comprehension of mechanical systems. The lab has the following Important equipment: Kinematic Links, Pairs, Chains & Mechanisms (Model) Various Types of Gears (Model) Four Bar Mechanism (Model) Whirling of Shaft Apparatus Universal Governor Gyroscope Static and Dynamic Balancing Apparatus Compound Gear Train (Model) Hydraulic Brake Model Reciprocating Engine Mechanism Whitworth Quick Return Mechanism (Model) Oscillating Cylinder Mechanism (Model)
The objective of the Refrigeration and Air Conditioning Lab is to provide hands-on learning experiences for students to comprehend the principles and practices of refrigeration and air conditioning systems. Through practical experimentation, students develop skills in system operation, troubleshooting, and maintenance, fostering a comprehensive understanding of cooling technology. The lab has the following Important equipment: Refrigeration Cycle Test Rig. Expansion Device (Model) Hermitically Sealed Compressor (Model) Sling Psychrometer Window And Split A.C Desert Cooler
The objective of the Engineering Graphics & Design Lab is to develop students' proficiency in visual communication of engineering concepts through technical drawings, 3D modeling, and design software. This lab aims to enhance their spatial reasoning, problem-solving skills, and ability to convey complex ideas effectively in various engineering disciplines. The lab has the following Important equipment: Drawing Boards
The objective of Computer-Aided Machine Lab is to enhance students' proficiency in utilising computer-aided design (CAD) software for advanced mechanical drawings. This lab focuses on developing skills in creating intricate and precise engineering drawings, assembly designs, and simulations, fostering practical expertise for engineering design and analysis. The lab has the following Important equipment: HP Slim Desktops (01- 30 Nos.) [Processor Intel Core i3-12105 CPU @ 3.70GHz with 16GB RAM and 500 GB SSD] Auto CAD Educational Version 3ds Max Educational Version Fusion 360 Educational Version Inventor Educational Version C/C++, Python, MS office UPS Internet Facility
The objective of the Python Lab is to familiarize participants with Python programming concepts and syntax, enabling them to write, debug, and execute basic to intermediate level programs. Through hands-on exercises, participants will gain proficiency in problem-solving, data manipulation, and algorithmic thinking using the Python programming language. The lab has the following Important equipment: 30 Computer System Python Software
The objective of the IoT Lab is to explore, innovate, and develop Internet of Things (IoT) technologies. Through collaborative research and hands-on experimentation, the lab aims to create innovative IoT solutions, enhance connectivity, and foster a deeper understanding of the interconnected world, driving technological advancement and real-world applications. The lab has the following Important equipment: Computer Systems and IoT Kits