The Department of Mechanical Engineering houses various laboratories and consists of State of the Art Equipments to equip students with a practical exposure to the concepts and orient them towards its applications in various sectors. The Department comprises various laboratories.
Major Highlights About the Lab
Amrita Motion Lab aims to provide an eco-system for students, researchers and faculty members to learn and excel in the field of motion, which is pertinent to any robotics, mechanisms or simulation environment.
Facilities and equipment within the lab
Research Areas
Robotics, Motion planning, Path planning, and mechanized systems for humanitarian and societal applications.
Cost for establishing the lab (Approx. value)
Ongoing Sponsored/Funded Projects
Completed Projects
Faculty In-charge : Dr. Rajeevalochana Chittawadigi
The Additive Manufacturing Laboratory is a state-of-the-art facility dedicated to advancing research and practical learning in 3D Printing and Rapid Prototyping. This lab provides students with hands-on experience in modern manufacturing techniques, enabling them to design, fabricate, and test complex components with precision.
Key Features:
The laboratory supports academic projects, research initiatives, and industry-driven solutions, ensuring that students stay ahead in the rapidly evolving field of Industry 4.0 and Digital Manufacturing.
Faculty In-charge : Dr. Prashanth B. N.
The Automation and IoT Laboratory is a cutting-edge facility designed to equip students with practical skills in Industrial Automation, Smart Manufacturing, and the Internet of Things (IoT). This lab bridges the gap between mechanical engineering and digital transformation, preparing students for Industry 4.0 and Smart Factory Applications.
Key Features
The lab enables students to Design, Program, and Implement Automation Solutions, ensuring they are industry-ready for careers in Smart Manufacturing and IoT-driven Systems.
Faculty In-charge : Dr. Prashanth B. N.
The Computer-Aided Manufacturing (CAM) & Robotics Laboratory is a cutting-edge facility designed to provide students with hands-on experience in Automated Manufacturing, CNC Machining, and Robotic Systems. This lab enables students to develop expertise in Computer-Integrated Manufacturing, Robotic Programming, and Intelligent Automation, preparing them for careers in Advanced Manufacturing and Industry 4.0.
Key Features:
The CAM & Robotics Laboratory equips students with the skills required for Modern Manufacturing, Industrial Automation, and Robotics Applications, ensuring they are industry-ready for Automated Production Environments and Smart Factories.
Faculty In-charge : Dr. Prashanth B. N.
The Fluid Power Systems Laboratory is a specialized facility designed to provide students with practical knowledge of Pneumatic, Electro-pneumatic and PLC Systems used in industrial automation, heavy machinery, and mobile equipment. This lab enables students to understand Fluid Mechanics, Power Transmission, and Control Strategies, which are essential for modern mechanical and automation engineering applications.
Key Features:
The Fluid Power Systems Laboratory prepares students for careers in Automobile Engineering, Industrial Automation, Aerospace, and Heavy Machinery Industries, equipping them with the technical expertise required for Designing and Optimizing Fluid Power Applications.
Faculty In-charge : Dr. Prashanth B. N.
The CAD/CAE Lab is a lab under the Department of Mechanical Engineering. The Lab consists of 60 computers and an audio-video control room. The lab is equipped with software’s like AUTOCAD, Autodesk INVENTOR, Matlab, ANSYS and MSC Adams. The Lab is also utilized to train the students on CATIA V5 and Autodesk Fusion 360. All the systems have been connected by LAN and internet connection.
Faculty In-charge : Dr. Pramod R.
The Fluid Mechanics and Machines laboratory offers hands-on experience to B.Tech Mechanical Engineering students to calibrate flow measurement devices, verifying fundamental concepts, and working on turbines and pumps. The types of equipment available are venturi meter and orifice meter set up, Notch calibration set up, friction in pipes set up, Reynolds apparatus, Bernoulli’s apparatus, gear pump test rig, Francis turbine, jet pump test rig, Kaplan turbine, reciprocating pump test rig, and Pelton wheel turbine. This laboratory’s primary goal is to provide insight into the subject fluid mechanics learned in the class.
Faculty In-charge : Dr. Pradeep Jakkareddy
Foundry lab is equipped with sand moulding, sand testing apparatus such as permeability tester, clay content tester, sieve analyser, moisture content tester etc., The foundry shop has multiple sets of patterns, different type of core boxes and related tools to provide hands on experience to students individually. The lab is effectively used for various activities such as teaching, training students, & professional club activities as well, so as to familiarize them with different mould preparation and various sand testing techniques.
Faculty In-charge : Ms. Mrudula Prashanth
Heat Transfer laboratory provides fundamental and industrial knowledge about modes of heat transfer, like conduction, convection and radiation, and their application. Heat Transfer Lab consists of the following equipments:
Using the apparatus one can find the thermal conductivity of a given material and a composite structure which is one of the most important properties of a material in which heat transfer takes place by means of Conduction. Unsteady (Transient) state heat transfer is common in many of the thermal engineering applications where the temperature varies with time. Temperature as a function of time can be plotted using Transient conduction set up. Fins (extended surfaces) are commonly used to depict the heat transfer by conduction within solid and heat transfer by convection from the boundaries of the solid body. Pin-fin apparatus helps in calculating the rate of heat transfer dissipated to the surrounding air.
Heat transfer by convection mode can take place naturally, by means of buoyancy force called as natural convection or by forcing the fluid with the help of an external source like a blower/fan/pump, named as forced convection. The two apparatus available are to measure the convective heat transfer coefficient, heat transfer rate both by natural convection (for a pipe in vertical and horizontal position) as well as forced convection wherein the air is forced using a blower.
Heat exchanger is a device which is used extensively in almost all the engineering applications starting from electronic components (micro scale) to industrial power plants (macro scale), Parallel and counter flow heat exchangers are of one such type. Overall heat transfer coefficient, log mean temperature difference (LMTD) and the rate of heat transfer between the hot and cold fluid are the performance parameters that can be calculated using the apparatus.
Stefan Boltzmann’s constant and Emissivity are the two salient properties required in evaluating the heat transfer by radiation for a given substance and to compare the radiation emission between any given body and an ideal black body (Perfect emitter). These two properties can be obtained by means of the Stefan-Boltzmann’s Apparatus and Emissivity Apparatus.
Under Thermal Science and Energy Lab the following equipments are available:
First three comes under the classification of heat exchangers wherein each apparatus has its own advantages and limitations. Heat pipe (evacuated) experiment shows high thermal diffusivity when compared to copper and stainless steel pipes due to its design. It is the fastest removing heat exchanger out of existing systems. Shell and Tube and Cross flow heat exchangers are used to find the overall heat transfer rate and its effectiveness.
Fluidization is mostly used in catalytic cracking of petroleum and for better combustion of coal in power generation. They have high rates of heat transfer due to greater interfacial surface area of contact. The setup is used to find the heat transfer coefficient.
This lab can be utilized both at UG and PG level courses to meet their requirements as they give enough exposure while performing experiments which in turn helps in finding a research problem and going ahead with certain projects in the area of Thermal engineering, Energy and Heat Transfer.
Faculty Lab-incharge: Mr. S.Bhanu Prakash
The objective of Machine Dynamics lab is to impart practical knowledge on design and analysis of mechanisms in the machine tools and automobiles. In Machine Dynamics Lab, the students are doing the experiments related to their theory subjects like Engineering Mechanics, Dynamics of Machines, Kinematics of Machines and Fundamentals of Vibration. Various equipment like governors, gyroscopes, balancing machines and universal vibration testing facilities are available to understand machine dynamics. The working models of simple mechanisms like gears, cams and followers are very much useful to understand Basic Mechanical Engineering.
Faculty Lab-incharge: Dr. Mohan Kumar S.
The main objective of the experiments conducted in Instrumentation and control laboratory is to make precise measurements by means of instruments and also to control the processes involved. The purposes of measurement can be categorized as measurement being in the service of quality, monitoring, safety, making something fit (design, assembly), and problem solving. The laboratory combines both hardware and software facilities. The Instrumentation & control lab is equipped with LVDT trainer, AC servomotor, Stepper motor, flow measurement trainer, strain gauge trainer, Load cell trainer, thermistor, RTD, Thermocouple trainer kits, Flow controller, Level controller, Stepper motor controller etc.
Faculty Lab-incharge: Dr. Ravi Kumar V.
The machine shop supports to conduct manufacturing processes practical classes for mechanical engineering students. Students from various branches can make use of this lab for their project fabrication work. The students are trained to operate different machines and learn various machining processes. At the end of the course, the students are asked to do a project work applying the knowledge gained during the course.
Facility Available
| Sl. No. | Machine | Quantity |
| 1 | Lathe | 10 |
| 2 | Shaper | 3 |
| 3 | Radial Drilling | 1 |
| 4 | Bench Grinding | 2 |
| 5 | Horizontal Milling | 1 |
| 6 | Vertical Milling | 1 |
| 7 | Power Hacksaw | 2 |
| 8 | Surface Grinding | 1 |
Faculty Lab-incharge: Dr. Dileep B. P.
The Materials Testing Laboratory houses varied equipments to conduct experiments and assess the mechanical characteristics and behaviour of materials subjected to different loading conditions. The students get to perform tensile test, bending test, compression test, hardness test, impact testing, spring stiffness determination etc. and enhance their practical understanding of the properties of materials. The equipments are also used by faculty for research purposes.
Faculty Lab-incharge: Dr. Shashi Kumar M.E.
The Metallurgy laboratory has all the necessary equipment to prepare samples like specimen mounting press, Belt grinder, Double disc polishing machine etc., prior to microscopic analysis. Microstructure study is done using optical microscope. Sample preparation and microscopic characteristics are performed on a wide variety of materials (metals and metal alloys, ceramics, metal-ceramic composites, polymer and polymer composites). The lab also houses Muffle furnace to heat treat the samples for testing. Various heat treatment processes are carried out to provide a practical experience of heat treatment processes.
The laboratory also houses a pin on disc wear testing machine to carryout wear testing both at room and elevated temperatures mainly used as a research facility.
This laboratory covers the following processes:
Cutting (manual and precision), sample mounting (hot and cold), polishing (up to mirror finish), chemical etching of samples to characterize the grain structure, optical microscopy, wear testing and ovens for heat treatment.
Faculty Lab-incharge: Dr. Shashi Kumar M.E.
The metrology lab was established in the year 2009 with the state of the art equipment like profile projector where we can measure the profiles as well as thread dimensions with a least count of 5 minutes. The lab also houses tool maker’s microscope, floating carriage micrometer, Surface roughness tester and digital vertical height gauge from Mitutoyo. The lab is well equipped with high quality instruments from Mitutoyo. The lab is useful for measuring precision tools, gages and engineering products. The also houses surface roughness testing equipment which is also used for research
Faculty Lab-incharge: Dr. Ravi Kumar V.
This laboratory provides opportunity for students to study the working principle, performance and emission characteristics of Internal combustion engines. This lab is equipped with two stroke, four stoke petrol and diesel engines, refrigeration and air conditioning test rigs, calorimeters, viscometers, flash point, fire point apparatus etc. Students can also use this lab to study the performance of refrigeration systems and to find the various properties of fuel. This lab is also equipped with computerized multi fuel, variable compression ratio engine which helps students to study the combustion characteristics of various fuel blends at different compression ratios and control of NOx emissions using exhaust gas recirculation system.
Faculty Lab-incharge: Dr. Vinod Kotebavi
This Engine can run on both Petrol and Diesel at variable compression ratio. This set up has many sensors for the measurement of different quantities like fuel flow, water flow, torque, temperature, speed, combustion pressure, crank angle etc. This is interfaced with a PC. Students can use this facility to study the combustion characteristics, pressure variation with crank angle and peak pressure during the cycle for fuel blends at different compression ratios. This also has Exhaust Gas Recirculation facility. With this facility students can do research on different blends like alcohol, biodiesel etc with and without EGR and can optimize the blend percentage for better performance and lower emissions.
The Surface roughness tester of Mitutoyo make is of great accuracy it measures the surface roughness of the specimen in Ra, RMS and Zy values in microns and is of great help to the research students for measuring and comparing the specimen.
The equipment can be used to conduct wear testing on various materials. Test can be carried out at both ambient and high temperature conditions. The equipment is computerized and hence easier to record the readings. This can be utilized for high end research activities.
| Sl. No. | Software |
| 1 | Autodesk Inventor 2018 |
| 2 | Autocad 2018 |
| 3 | Ansys Research Edition |
| 4 | Autodesk Fusion 360 |
| 5 | Matlab |
| 6 | MSC Adams 2013 |
| 7 | Denford CNC Simulation |
| 8 | SCILAB |
| 9. | COMSOL MULTIPHYSICS |
