Mechanical engineering involves the analysis, design, manufacturing. and maintenance of various systems such as manufacturing plants, industrial equipment and machinery, heating and cooling systems, motor vehicles, aircraft, watercraft, robotics and even medical devices. The Department of Mechanical Engineering at the Amritapuri campus was started in 2004.The Department offers B.Tech in Mechanical Engineering, MTech in Thermal and Fluids Engineering, MTech in Robotics and Automation, and PhD programs.
The research activities in the department are focused in the areas like Thermal and Fluids engineering, Engineering design, Materials and Manufacturing, Robotics and Bionics, and Process control and environmental engineering. The department is proud to have some of the most sophisticated lab equipment available today, in its state-of-the art laboratories. The competent and committed faculty in the department have extensive academic, research and industrial experience. A dedicated team of lab staff is also available to support students in the laboratory. In addition to the campus library, the department has an extensive departmental library with books and subscriptions to current journals.
Mechanical Engineering is the mother of all branches of engineering. Contributions by this branch are enormous in the growth of technology over the centuries. Skills needed for this course are strong computational mathematics, creativity, and analytical abilities. The Department of Mechanical Engineering proudly offers a comprehensive Ph.D. program in Mechanical Engineering Science, designed to empower scholars to transcend the boundaries of their own disciplines and delve into innovative interdisciplinary research. Situated amidst good infrastructure of our Bengaluru Campus, our department cultivates a unique research-friendly environment that encourages both core and interdisciplinary exploration.
In the realm of emerging technologies, we cover an extensive array of fields, including Composite and Advanced Materials, Tribology, Computational Mechanics and Simulation, Heat Transfer, Kinematics and Dynamics of Multi-body Systems, Smart and Advanced Manufacturing, Artificial Intelligence & Machine Learning, Robotics, Automation and IoT, Product Lifecycle Management, Product Development and Concurrent Engineering, Supply Chain Management, Environmental Engineering, Renewable Energy, and Sustainable Technologies, as well as Automobile Technology. To support our scholars in their academic journey, we offer tailored courses that enable them to pursue their distinctive research interests, fostering gradual development and providing a solid foundation for their research initiatives. Regular assessments of scholars’ research progress not only bolster their research endeavours but also equip them with enhanced dedication and rigor in their work. Join us as we explore the exciting frontiers of Mechanical Engineering Science.
These facilities provide students with access to advanced equipment and resources necessary for their research projects.
Small Specimen Test Techniques
Product design, Machine design
Applied Mechanics of Auxetic Materials
Robotics and bionics
Al and other light alloys, Cu – Based alloys,
Tribology and simulation and optimization technology
Developing deep learning strategies for investigating the physical behaviour of fluids confined in nanoscale systems
Water Management and its Mitigation Methods in Proton Exchange Membrane Fuel Cell
Bluff body flows at low Reynolds numbers, magneto-hydrodynamics, non-Newtonian fluid dynamics, thermal convection problems
Biofluid mechanics – blood flow simulation (patient specific approach, image based CFD)
Research Labs:
Casting Research Lab Software:
Automation Studio Hardware:
Mechanical engineering involves the analysis, design, manufacturing. and maintenance of various systems such as manufacturing plants, industrial equipment and machinery, heating and cooling systems, motor vehicles, aircraft, watercraft, robotics and even medical devices. The Department of Mechanical Engineering at the Amritapuri campus was started in 2004.The Department offers B.Tech in Mechanical Engineering, MTech in Thermal and Fluids Engineering, MTech in Robotics and Automation, and PhD programs.
The research activities in the department are focused in the areas like Thermal and Fluids engineering, Engineering design, Materials and Manufacturing, Robotics and Bionics, and Process control and environmental engineering. The department is proud to have some of the most sophisticated lab equipment available today, in its state-of-the art laboratories. The competent and committed faculty in the department have extensive academic, research and industrial experience. A dedicated team of lab staff is also available to support students in the laboratory. In addition to the campus library, the department has an extensive departmental library with books and subscriptions to current journals.
Amrita Vishwa Vidyapeetham has not appointed any Agent or Third-Party Client for securing admission in any programme. Students are hereby requested to contact only the toll-free number on our website for any admission related queries.
– Issued In Public Interest By Directorate Of Admissions And Academic Outreach
Full Time: Master’s degree in Engineering/Technology or a Master’s degree by Research in Engineering/Technology.
Part Time: Applicants who have a full‐time appointment at the University or at another academic/R&D organization are eligible to apply for part‐time admission. Other eligibility requirements of such applicants are same as full time applicants.
Integrated: Exceptional students pursuing a Bachelor’s or Master’s degree here at Amrita will be allowed to apply for the Integrated Ph.D. program subject to the requirement that he or she completes all the requirements of the Bachelor’s or Master’s degree prior to ‘advancement to candidacy’.
Specilisation in
Note: Students are encouraged to do the interdisciplinary research with specialisation in ECE, EEE and CSE. Interdisciplinary research not only broadens students’ skill sets but also enhances their ability to tackle real-world problems with a comprehensive approach
Fuel Cell
CFD
Advanced Materials
Biofluid Mechanics
Robotics
Smart and Advanced Manufacturing
Artificial Intelligence & Machine Learning
Robotics, Automation and IoT
Product Lifecycle Management
Product Development and Concurrent Engineering
Supply Chain Management
Composite and Advanced Materials
Tribology
Kinematics and Dynamics of Multi-body Systems
Computational Mechanics and Simulation
Environmental Engineering
Renewable Energy and Sustainable Technologies
Heat Transfer
Automobile Technology
Tribology in Electric Vehicles
Tribology in Energy efficient lubricants
Tribology in Polymers
Material Degradation and Material Design
Acoustic and Friction Mapping of Mechanical Elements
Structural Failure Modeling
Advanced Metal Joining Techniques
Additive Manufacturing of Advanced Materials
High Entropy Alloys
Design for additive manufacturing
Development of lightweight structures
Acoustic data to predict bearing faults
Assess performance of bearing
Bio inspired structures
Noise Reduction in Robotic Manipulators Using AI
Characterization of materials for Construction waste management
IoT design for improving Indoor air Quality and Thermal comfort
AI identification for material machining setup
Wear behaviour of 3D printed biomaterials
Development of thin Film for biomedical application
Droplet Microfluidics for Point-of-Care Devices
Energy Harvesting using microfluidic techniques
Thermal management using microfluidics
Industrial Engineering; Supply Chain Management
Advanced Manufacturing Systems
Metal Additive Manufacturing
Biocompatibility study of Additively manufactured specimens
Robotics and Automation
Wind turbines
Spray modeling
H2/NH3 combustion
Battery Modeling
Computational Non-linear Dynamics
Computational Solid Mechanics
Intergrated Machine Health Monitoring
Materials Research
| Title of the Project | Funding Agency |
| Further Development of a Software Library to Convert Orthographic Views to a 3D Model for AutoPilot3D | alfaTKG Co Ltd., Tokyo, Japan
[Amount: Rs. 14,75,000] SoW Signed. Awaiting initial payment |
| Motion Planning of an Industrial Robot to Perform Welding in a CAD Environment | alfaTKG Technology India Services Pvt Ltd, Chennai
[Amount: Rs. 9,40,460] |
| Integration of AMoRA (Amrita Modular Robotic Arm) with RoboAnalyzer® for Effective Robotics Education | SVR Infotech (Pune)
[Amount: Rs. 8,43,700]
|
| Title of the Project | Funding Agency |
| Synthesis and characterization of ceramic layered steel tube using centrifuge thermite process for high temperature application | DST (SURE) |
| Cow-kin: mobile robot-based smart and precision animal farming for the health and welfare of the cattle | Sony Sensing Solutions |
| Negative stiffness mechanism based low frequency passive vibration isolation platform | ISRO RESPOND |
| Development of high entropy alloy (HEA) hardfacing material for nuclear applications | IGCAR-UGC |
| Development of surface composites of magnesium-rare earth alloy with controlled corrosion kinetics by friction stir processing for sacrificial anodic applications | SERB-TARE-NIT Trichy |
| Analysis of throat film cooling for semicryogenic thrust chamber | ISRO-RESPOND |
| Design and development of a combustion based micro-power generator | DST -SERB |
| Online condition monitoring and chatter control in thin wall machining of titanium alloys using machine learning approach | AMRITA Seed Grant |
| Design and testing of hybrid helical vertical axis wind turbine for low wind speeds | AMRITA Seed Grant |
| Multi-sensor information fusion approach for prediction of remaining useful life of a rolling element bearing using artificial intelligence techniques | AMRITA Seed Grant |
| Development of a Hybrid Inverted Pendulum on wheels and Hopper based Dual Locomotion Assistive Robot | SERB, DST |
| Development of Deep Reinforcement Learning based Socially Aware Autonomous Mobile Robot Navigation Scheme for Hospital Environment | DST-SERB-TARE |
| Development and indigenization of sustainable Bio-Lubricants for Automotives | AMRITA “Chancellor’s Collaborative Research Fellowship” |
| Studies on the fabrication of Borated Austenitic Stainless Steel SS304B4 using Diffusion Bonding and Diffusion Brazing Processes for Nuclear Shielding Applications | Collaborative Research Scheme, Department of Atomic Energy and UGC. |
| S.No | Name of the Research Lab | Major Facilities / Equipment Details |
| 1 | Condition Monitoring and Predictive Analytics Research Lab | Gearbox test-rig |
| 2 | Tri axial Accelerometer | |
| 3 | Microphone | |
| 4 | Vibpilot DAQ + SO Analyser | |
| 5 | USB Triaxial accelerometer | |
| 6 | On Road testing vehicle | |
| 7 | Machine Fault Simulator | |
| 8 | Acoustic Emission sensor | |
| 9 | RS 200 Milling guide, Strain indicator and recorder | |
| 10 | Shaker and amplifier | |
| 11 | Tribology Research Laboratory | Electric Furnace with stirrer |
| 12 | Copper melting furnace | |
| 13 | TIG welding machine & Accessories | |
| 14 | Advanced Welding Research lab | MIG welding machine & Accessories |
| 15 | Welding Manipulator & Accessories | |
| 16 | Engineering Design lab | Pin-on-Disc Apparatus |
| 17 | NANO Bench Top Chamber (Climatic Chamber) | |
| 18 | 4-channel NVH data Acquisition unit with Software | |
| 19 | 100g ceramic sheer triaxial accelerometer | |
| 20 | Impulse Hammer | |
| 21 | Microphone | |
| 22 | Fatigue testing machine | |
| 23 | Tinius Olsen _ Tensile/Compression/Flexural Testing Machine | |
| 24 | Creep Testing Machine | |
| 25 | Amrita Automotive Research and Technology Center | Eddy Current Dynamometer |
| 26 | Transient dynamometer | |
| 27 | MEXA 584L, Gas Analyser | |
| 28 | Horiba Chassis dynamometer | |
| 29 | AVL Smart Sampler SPC 478 | |
| 30 | Combustion Research lab | IR Camera |
| 31 | Workstation-AMD Ryzon 7950X-16 core-128 GB ram | |
| 32 | 3D printer FDM | |
| 33 | Materials Processing Lab | High Temperature Furnace |
| 34 | Vacuum Brazing Furnace | |
| 35 | Vacuum Hot Press | |
| 36 | High Frequency Induction Furnace | |
| 37 | Rolling Mill | |
| 38 | Sacrificial Anode Test rig | |
| 39 | Additive Manufacturing Lab | 3D Printer SPAAR FDM |
| 40 | OLIVETTI S2 _FDM_3D Printer | |
| 41 | LABWING Proton Laser SLA | |
| 42 | FABFORGE SLS | |
| 43 | 3D Scanner | |
| 44 | Metal Casting Research lab | Heat treatment furnace |
| 45 | Melting Furnace |
The top reasons to choose Amrita for your career
Dr. Prashanth B. N
Assistant Professor (Selection Grade),
Amrita School of Engineering, Bengaluru,
Amrita Vishwa Vidyapeetham, India.
Email: bn_prashanth@blr.amrita.edu
Mobile: +91-9844118915
Dr. Krishnadas N
Assistant Professor (Senior Grade),
Department of Mechanical Engineering,
Amrita School of Engineering, Chennai
Email: kn_nampoothiri@ch.amrita.eduPh.D. Coordinator (Amritapuri)
Email: jeetusbabu@am.amrita.edu
Dr.M.Saimurugan
Associate Professor
E Mail ID: m_saimurugan@cb.amrita.edu
