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The equipment in the Daikin & refrigeration and air conditioning laboratory may be used to show different refrigeration and air conditioning equipment construction and application concepts. The lab is equipped with vapor-compressor refrigeration test rigs, auto-defrosting refrigerators, split air conditioner test rigs, window air conditioners, air coolers, evaporative coolers, cascade refrigerators, vapour absorption refrigerators, heat pumps, and other equipment for refrigeration and air conditioning. The lab also contains research tools including a boiling/evaporation test setup, an R32-based invertor split AC test facility, a test facility for evaluating the performance of an evaporative cooling pad, etc.
Throughout their first year of study, all undergraduate students learn practical manufacturing skills relating to sheet metal, plumbing, machining, welding, soldering, and fitting shops. Also, it gives one more self-assurance to engage in product design and production tasks in the future. Several laboratories on the university campus are also serviced by the workshop for maintenance.
The fabrication lab is a crucial part of the institute, teaching students how to utilize various hand tools and machinery to create usable goods. In addition to doing numerous fabrication tasks linked to student contests like SAE-BAJA, ISHRAE, E-BAJA, Mitsubishi Electric Cup, etc., it also offers manufacturing support for UG, PG, and PhD research projects.
The Department provides a good ambience for research and innovation related to the thrust areas like rehabilitation robotics, robot perception and manipulation, mobile robotics, aerial robotics, soft robotics, etc. by utilizing the infrastructure facilities and the knowledge expertise available in the institution.
The fluid mechanics laboratory is furnished with a variety of pumps, turbines, and basic experimental setups that provide the practical validation of the theoretical concepts of hydraulic machines and fluid mechanics. By employing instruments like a venturimeter, an orifice metre, a test rig for flow losses caused by friction, and pipe fittings, the laboratory makes it easier to measure and calibrate flow rates. The facility at the lab allows for the establishment of the performance characteristics of various turbomachines, including centrifugal pumps, plunger pumps, gear oil pumps, and reaction turbines.
The objectives of this laboratory are to gain a comprehensive understanding of the principles of engine operation, examine its parameters, and analyze them. The laboratory is equipped with a variety of test rigs (diesel/petrol), an exhaust gas analyzer, two stroke and four stroke petrol/diesel engine, UTM machine, Hardness testing machine, a rope brake dynamo-meter, a cut part of an entire four-wheeler, and other modules for performing and studying the core of engineering.
The equipment in the heat transfer laboratory may be used to show a variety of heat transfer laws, such as Stefan Boltzmann's law, Fourier's law of heat conduction, extended surfaces with natural and forced convection, and natural and forced convection, among others. Also, the lab contains a 3-D printing machine to make prototype products for researching and analyzing aerodynamic items.
The mechatronics lab under the Department of Mechanical Engineering focuses on research as well as academia. This lab provides system level integration knowledge, which is the essential and most important role for a mechatronics engineer. This lab also encourages and guides students to do minor and major projects as a part of their regular academic curriculum. These facilities are helpful in training students in the fundamentals of industrial automation.
The mechatronics lab under the Department of Mechanical Engineering focuses on research as well as academia. This lab provides system level integration knowledge, which is the essential and most important role for a mechatronics engineer. This lab also encourages and guides students to do minor and major projects as a part of their regular academic curriculum. These facilities are helpful in training students in the fundamentals of industrial automation.
To effectively create the products, computer-aided design (CAD) and computer-aided manufacturing (CAM) are used in the Altair & Design Technology lab. Finished goods, prototypes, and production run simulations are all created using CAD/CAM software. The CAD/CAM Center is outfitted with tools like a CNC Lathe (HMT Make), Vertical Machining Center (Jyoti Make), 3D Printer, HP Design Jet Industrial Drawing Sheet Printer, etc. It also has software that satisfies the changing needs of the sector, including Creo Parametric, CAM Express 7 (NX CACAD), CATIA, ANSYS, Hyperworks, Dynaform, Autodesk Education Master Suite, AutoCAD Design Suite Ultimate, Automation Studio, SLT for Vibration analysis Level 1 & 2, OriginLab Professional, MathCAD Prime, etc.
Computer Numerical Control (CNC) lab is a facility equipped with computer-controlled machines used for manufacturing and producing various parts and components. CNC machines are automated, programmable tools that can perform complex operations with high precision and accuracy, making them essential for modern manufacturing processes. In a CNC lab, students and professionals learn how to operate, program, and maintain CNC machines, as well as design and prototype parts using computer-aided design (CAD) software. CNC labs typically include a range of machines, such as CNC lathes, mills, routers, grinders, and other specialized equipment.
ADDRESSSector – 43, Aravalli Hills, Delhi – Surajkund Road, Faridabad – 121004, (Haryana), India
admissions@manavrachna.edu.inFor Admission Queries
0129-4259000For Any Other Queries
0129-4198200
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