PDEU

Course


M.Tech Mechanical Engineering

School of Technology

 

Subjects

1.      Introduction to Robotics

2.      Integrated Modelling and Analysis

3.      Experimental methods

4.      Mechanical System optimization

5.      Quality Control and Reliability

6.      Measurement and Calibration in Industry

7.      Applied Machine Learning for Mechanical Engineers

8.      Computational Fluid Dynamics

9.      Additive Manufacturing

10.  Pressure Vessel Design

11.  Finite Element Method

12.  Heat Exchanger Design

 

Salient features

The aim and purpose of this course is to:

  1. Impart education in the field of computational and experimentation in the and industries needed area of mechanical engineering
  2. Instill advanced knowledge of the sciences in the relevant fields.
  3. Augment formal training through lectures, hands-on training courses and workshops.
  4. Provide access to the latest computational software packages such as ANSYS– Fluent, CFX, Pro-E-Wildfire, AutoCAD, Solidworks, ANSYS and Abaqus, COMSOL Multiphysics, Refprop, MATLab, EES etc.
  5. Enhance practical know-how through industry–institute interaction.

 

About the program

The course has been designed to meet the rising challenges of disruptive technologies. The pedagogy involves various core and advanced technologies of mechanical engineering as per the industry requirement. The course is composed of laboratory and theory courses designed in consultation with various industry and research laboratories.

 

International Collaboration

  • Ryerson university, Canada
  • University of Birmingham, United kingdom
  • Denmark technical university, Denmark
  • IHE delft institute for water education, Netherland
  • Centre for energy, environment and technology research, Spain
  • Ben-Gurion University of the Negev, Israel
  • LEITAT Technological Center, Spain
  • Concordia University, Canada
  • University West, Spain
  • University of Palermo, Italy

 

National Collaboration

  • ISRO, Ahmedabad
  • IPR, Bhat
  • NEERI, Nagpur
  • CSIR, Bhavnagar
  • L&T, Powai, Mumbai
  • Madhur dairy, Gandhinagar
  • Arvind mills limited, Kalol
  • Ingersoll rand limited, Ahmedabad
  • Harsha Engineers, Ahmedabad
  • Xylem water solution Pvt. Ltd., Vadodara
  • CEAT Tyres
  • INOX India Pvt. Ltd, Vadodra

 

Research Laboratory

  • Robotics Laboratory
  • Modelling and Simulation Laboratory
  • Advanced Refrigeration Laboratory
  • Composite Material Laboratory
  • Additive Manufacturing Laboratory
  • Biofuel Laboratory
  • Liquid Engineering Laboratory
  • Image Processing Laboratory
  • Applied Machine Learning Lab
  • Computational Engineering Lab
  • Product Design and Development Lab
  • Post Graduate Research Lab
  • Advanced Image Processing Lab.
  • Advanced Machining Lab.

Centre of Excellence

  • Centre of excellence in Water
  • Centre of excellence in Biofuel
  • Siemens Centre of excellence
  • Centre of excellence in Automobile

 

Sophisticated Research Equipment

  • Thermal Property Measurement of Solid, Liquid and Gases with Computer integration
  • Weather station
  • Wind Tunnel
  • Thermal Imagine Camera
  • Machinery Fault simulator with sensors
  • Data Acquisition System
  • Laser alignment equipment
  • 2D field digital correlation system
  • Charge Coupled devise camera
  • Hot tensile measurement machine
  • Desiccant based cooling System
  • Metal 3D Printer
  • Wear testing machine and Surface roughness tester
  • Ultrasonic and Solid state Welding Setup

Vacuum bagging system for composite manufacturing

M.Tech Mechanical Engineering

M.Tech Manufacturing Program Outcome

USP of the Mechanical Engineering Department

  • All the Faculties are Ph.D. from the IIT, NIT or Foreign University
  • 4 centre of excellence with state-of-the art facility
  • More than 500 Research Publications in SCI/SCOPUS index international journals
  • 10 ongoing Centre/State funded research projects worth more than 10 Crore INR

Published More than 50 Design Patent and 10 product/process patents 

Research Project for Final Year Dissertation Work

  • Solar-powered high recovery desalination system to provide clean water
  • A complete solution for industrial waste water- approaching to Zero Liquid Discharge (ZLD) with water and energy savings schemes
  • Low Cost- Renewable Energy Driven (LC- RED) Water Treatment Solutions Center
  • Bio-mimetic and phyto-technologies Designed for low-cost purification and recycling of water bio-mimetic and phyto-technologies Designed for low-cost purification and recycling of water.
  • Development of liquid desiccant heat pump system for hot and humid regions
  • Evaluating the performance enhancement of small scale absorption refrigeration system using Nano particles
  • Design and development of solar assisted hybrid heat pump system for food drying
  • Design and development of desiccant based humidifier system for atmospheric water recovery unit
  • Design and Development of Hybrid Battery Thermal Management System for Electric Vehicles (EVs) using Phase Change Material
  • Assessment of wind and wave energy along Indian coastal region using space-based microwave radars Sponsored by the Indian Space and Research Organization (ISRO)
  • Design and manufacturing of Nasal Conformer and Nasal Splint (a medical assisted device).
  • Applied Machine Learning and Artificial Intelligence in fault diagnosis.
  • Developing Ultra Efficient Electric Vehicle-Xanthus.
  • Ballistic impact response of fibre-reinforced composite
  • Thermal analysis and Numerical modelling of cooling based friction assisted solid-state technique
  • Data-Driven Dynamical Systems and Nonlinear Dynamics.
  • 3D Printing of organic-inorganic composite scintillation detectors.
  • Aerial and Industrial Robotics.
  • Industrial Ramp-up to meet Project Milestone (Alsthom)
  • Cycle time reduction of Manufacturing Process of Cyclon Reactor to improve the Productivity (L&T)
  • Cycle time reduction on SL-10 (Bosch Rexroth)
  • Prediction of Mechanical and Surface properties of DMLS using machine learning (ISRO)
  • Wire arc additive Manufacturing of NiTinol material.
  • Experimental Investigation of Additive Manufacturing of AlSi10Mg (ISRO)
  • Development of Force TIG Technology for cryogenic application (Inox CVA)
  • Productivity Enhancement by time study (Alsthom)

Parametric Optimization and Experimental Investigation of Nano Powder Mixed EDM of Advance Alloy

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