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Lab in charge: Mr.Georgy George Lab Instructor: Mr. Aliyar Kunju
Metrology & Instrumentation Lab is equipped with various measuring instruments, gauges and measuring machines. It makes the students to understand the basic principle involved in measuring the process that suits for the respective product and its importance in the quality control.
List of Important Equipments
Universal length measuring machine, Universal measuring microscope, Optical projector, Auto collimator, Sine Bars & precision measuring instruments like verniers/ micrometers & Gauges.
Lab Incharge: Akhil Basha B Lab Instructor: Mr. Vijayamohan
Manufacturing technology lab enhances students to study and practice the various machining operations that can be performed in lathe, shaping, drilling, milling, grinding etc. and equip students with the practical knowledge required in the manufacturing/production companies. The Machines Laboratory provides necessary practical hands-on training in conventional machine tools to practice on various types of tools, manipulate and control various process parameters during machining processes and acquire its applicability in the real time components manufacturing Industries.
Lab Incharge: Sidharth K Pillai Lab Instructor: D Raju
Thermal Engineering Lab 1 (or Heat Engines lab) is a well maintained laboratory space for students to learn about the mechanisms and working principles of various Thermo mechanical devices and understand the theory behind their working. The lab consists of Internal combustion engines (SI and CI), Multi stage compressors, Calorimeters and various apparatus and models to enhance the knowledge of students.
Lab Incharge: Vysakh Raveendra Kurup Lab Instructor:D Raju
Thermal Engineering lab 2 is to give a practical perception about various Heat transfer modes such as Conduction, Convection and Radiation and the lab is well equipped with experimental tests for the better understanding of thermal engineering principles.There are experimental setups for measurements and analysis of Composite Wall Apparatus, Emissivity Apparatus, Natural Convection Apparatus, Forced Convection Apparatus,Stefan Boltzmann’s Apparatus andHeat Exchanger Apparatus .
Lab is also equipped with experiments on vibration analysis of the shafts, performance of governors used in IC engines and the effect of a gyroscopic couple at various speeds. The students are trained to perform operations such as calibration of temperature sensors and determination of thermal conductivities of solids, powders and liquids. This lab is also open and provides the necessary help and infrastructure to students for conducting heat transfer studies.
Lab Incharge: Jinshah B S Lab Instructor: Mr. Aliyar Kunju
As technology continues to advance, we no longer need to use protractors and compasses to generate drawings; instead, there are a number of courses that emphasise the use of various software. This laboratory focuses primarily on the detailed engineering of 3D models and/or 2D drawings of physical components using CAD software, but it is also utilised throughout the engineering process, from the conceptual design and layout of products to the definition of manufacturing methods for components. Additionally, it can be used to design products. CAD is the use of computer technologies to aid in the creation, modification, analysis, or optimization of a design. CAD software is used to increase the designer’s efficiency, improve the design’s quality, enhance communication through documentation, and establish a manufacturing database. This laboratory focuses on design and drafting. Along with that the laboratory also focuses on analysis using Finite Elements Analysis and Computational Fluid Dynamics.
The engineering technique computation fluid dynamics (CFD) is used to simulate the behaviour of thermo-fluids in a system, While FEM focuses on the structural analysis. Numerous industries utilise these to study, optimise, and verify the performance of designs prior to expensive prototypes and physical tests. These are most effective when the system’s behaviour cannot be calculated using conventional methods, not necessarily because of the mathematical theory’s complexity, but because of the system’s overall complexity or shape. Using such techniques to forecast the function of critical design features at an early stage eliminates risks that would otherwise linger until later, more expensive design phases. By adding CFD/ FEM modelling early in the design process, engineers have been able to be more daring in their selection of concepts and more sure in the conclusion of their design intent. When it is simpler and faster to make changes, uncertainties are qualified sooner and risks are planned out. Virtual prototyping with CFD simulation, sometimes in conjunction with FEA simulation, means that physical prototypes exist to confirm rather than establish predictions.
The software list is shown below.
Lab Incharge: Prof. Ijas Nazeer Lab Instructor: Mr. Abdul Khader Kutty
The main objective of fluid mechanics and hydraulic machines Laboratory is to help students understand the various properties of fluids and for the performance testing of hydraulic machines. The lab experiments are designed in a way to help the students easily understand the theories and principles they study in the course of Fluid Mechanics. The laboratory is equipped with a number of equipment and experimental setups to study the fundamental and applied aspects of hydraulics and hydraulic machines. The setups are used for calibration of flow measuring devices used in channels and pipes. Performance analysis of various hydraulic machines such as turbines, pumps are also carried out in this lab.
Equipment/Facilities
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