Mechanical Engineering is the mother of all branches of engineering. Contributions by this branch are enormous in the growth of technology over the centuries. Scope of the course varies from material research to product development. Skills needed for this course are strong computational mathematics, creativity and analytical abilities.
The CAD/CAE 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.
The CAD/CAE 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.
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
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
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
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
The Additive Manufacturing Laboratory is a state-of-the-art facility dedicated to advancing research and practical learning in 3D Printing and Rapid Prototyping.
The Additive Manufacturing Laboratory is a state-of-the-art facility dedicated to advancing research and practical learning in 3D Printing and Rapid Prototyping.
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.
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.
The Material Testing Lab is concerned with the determination of the mechanical properties of the materials,…
The Material Testing Lab is concerned with the determination of the mechanical properties of the materials, such as Tensile Strength, Compressive Strength, Toughness, Torque, Hardness etc.
The Metallurgy Lab enables the study of the microstructure of the materials and characterization of the specimen…
The Metallurgy Lab enables the study of the microstructure of the materials and characterization of the specimen using a metallurgical microscope coupled with a software, ‘Metallurgical +’. The microscope can also be deployed for high end research activities.
The Foundry Lab deals with the study and testing of sand properties used in molding applications
The Foundry Lab deals with the study and testing of sand properties used in molding applications and also involves making simple moulds of different shapes.
The Metrology Lab familiarizes the students with the system and procedure of conducting measurements…
The Metrology Lab familiarizes the students with the system and procedure of conducting measurements including linear measurements, measurement of angles, heath, diameter, thread profile, gear profile, effective diameter, surface roughness, flatness, etc.
The Fluid Mechanics lab covers experiments on fluid flow and verification of loss.
The Fluid Mechanics lab covers experiments on fluid flow and verification of loss.
The Fluid Machinery Lab is concerned with the study of the various turbines and their applications.
The Fluid Machinery Lab is concerned with the study of the various turbines and their applications.
Heat Transfer laboratory provides students the fundamental and industrial knowledge about modes of heat transfer, like conduction, convection and radiation, and their application.
Heat Transfer laboratory provides students the fundamental and industrial knowledge about modes of heat transfer, like conduction, convection and radiation, and their application.
The lab deals with the performance testing of engines.
The lab deals with the performance testing of engines.
The Lathe and Special Machines Lab provides hands on training in the operation of machine…
The Lathe and Special Machines Lab provides hands on training in the operation of machine tools such as Lathe, Milling Machine and Shaping Machine through simple exercises like thread cutting, taper turning, making of gears and grooves on workpieces.
The Workshop Lab familiarizes the students on basic Mechanical engineering…
The Workshop Lab familiarizes the students on basic Mechanical engineering Concepts such as Welding, Soldering, and covers experiments on Product Detailing, Sheet Metal models and Pneumatics Lab.
The Machine Dynamics Lab is dedicated to the study of principles and mechanics in the area of Automobile Engineering…
The Machine Dynamics Lab is dedicated to the study of principles and mechanics in the area of Automobile Engineering and covers experiments on Cam Analysis, Governors, Gyroscopes, Wheel Balancing, Vibration Effects, etc.
The Instrumentation & Control Engineering Lab consists of experiments based on Control Theory and Instrumentation
The Instrumentation & Control Engineering Lab consists of experiments based on Control Theory and Instrumentation Systems comprising of measurement of various parameters like temperature, pressure, vibration, acceleration, velocity, etc. The flow and level controllers are interfaced with the system through DAC for further analysis of data.
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.
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.
I pursued my B.Tech. in Mechanical Engineering from Amrita School of Engineering (2013-2017).University continuously motivated us to achieve higher goals in our field by giving access to many technical forums and also encouraged our passion to do etra curriculum activities by making us represent university in various competitions. With the support of the faculty, technical conferences and hands-on-workshops,i had a great exposure to my core branch.
I completed B.Tech, in the year 2017, from the Department of Mechanical Engineering Banglore offers comprehensive education to aspiring engineers.Its holistic curriculum focuses on research along with extensive emphasis on bridging the industry-academia gap. It is a very enriching experience studying at ASE-B.
I did my B. Tech in Mechanical Engineering at Amrita School of Engineering, Bengaluru, from 2015-2019. “Looking back at the time I spent at college, I can say that, it was a period filled with fun and unique learning experiences. The friends that I made and the faculty that I have been taught by, have greatly contributed to where I am today. Four years of my campus life culminated with the opportunity to study abroad through Amrita Centre for International Programs which I think, was the icing on the cake to my bachelor studies. At Amrita, the opportunities are endless and students have a number of learning options (Live-in-labs, student exchange, etc..) from to choose from which is something I found particularly interesting. I am grateful for the opportunities and experiences I have had at Amrita.
I have completed my degree in Mechanical Engineering during the year 2019. Amrita has been a great contributor to the development of my career and personality.Immense support from professors always give a great push in developing qualities like leadership skills, punctuality and commitment. All the 4 years were great and memorable throughout my life
I have completed B.Tech. during the year 2020!!! Never had I thought that I would be taking Mechanical Engineering as my specialization. I fell in love with the subject. My teachers in Amrita were greatly responsible for this transformation in me. They were very supportive and encouraged us to do projects, publish papers and take part in various workshops. The industrial visits we taken to helped us understand ‘the class room learning ‘better. My journey in Amrita has a great impact of who I am today. Proud to be an Alumni of ASE-B.
I completed my M.Tech. in Thermal Sciences and Energy System from the Department of Mechanical Engineering, ASE, Bengaluru during 2020. At Amrita, the coursework framed was very good, it gave an opportunity to enhance my skills and also build an in depth knowledge of the core subjects. Overall it was a good experience studying at Amrita Bangalore.
I completed my M.Tech. in Thermal Sciences and Energy System from the Department of Mechanical Engineering, ASE, Bengaluru during 2020. Having outstanding faculty in core subjects makes amrita great place. Class rooms and college atmosphere is good. The coursework framed in Amrita was excellent, it gave me an opportunity to enhance my skills and also build in depth knowledge of the core subjects. On the whole it was a great experience studying at Amrita Bangalore. It added good values to life.
Amrita School of Engineering
Amrita Vishwa Vidyapeetham,
Kasavanahalli, Carmelaram P.O. ,
Bengaluru – 560 035
Karnataka, India
80-2518 3700 / Extn : 311
+91-80-28440092
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