M.Tech in Mechanical Engineering

Highlights of the Program:

  • India's smart and green campus, providing a sustainable and innovative learning environment.
  • Access to world-class teaching and research facilities, ensuring a high-quality education.
  • Strong industry connections, with top recruiters like Cummins, L&T, Volvo, offering promising career opportunities.
  • Extensive internship opportunities in industries and R&D labs, providing practical experience and industry exposure.

Prescribed Credit Structure:

IC: Institute core = 67 credits,

PC: Program core = 23 credits,

PE: Program Electives = 6 + 5 + 4*6 = 35 credits

  • 1st semester:
    • 3 core-courses (6 credits each) = 18 credits prescribed program core
    • Minimum 6 credits from “Engineering and Applied Mathematics” basket
    • Minimum 5 credits from “Programming and Scientific Computing” basket
    • Research Practicum (3 credits)
  • 2nd semester:
    • 4 elective courses (6 credits each),
    • 1 core lab (5 credits)
  • 3rd semester: MTech Technical Project work - Phase I (32 credits)
  • 4th semester: MTech Technical Project work - Phase II (32 credits)

MTech (Mechanical Engineering): Possible Course Outline/Proposal: 32 + 29 + 32 + 32 = 125 Credits

 

Semester - I: (Four Core courses + One Core laboratory + Seminar): 32 Credits

Course code - Course Name

 L-T-P-C

Advanced Solid Mechanics(ME 607)[3-0-0-6]
OR
Advanced Mechanisms and Dynamics of Mechanical Systems(ME 608)[3-0-0-6]
 
3-0-0-6

Advanced Fluid Mechanics and Heat Transfer(ME 609)[3-0-0-6]
3-0-0-6
Additive and Forming Manufacturing Processes(ME 605)[3-0-0-6]3-0-0-6
A course from “Engineering and Applied Mathematics” basketmin. 6 credits

A course from “Programming and Scientific Computing” basket
min. 5 credits
Research Practicum (Seminar)0-0-3-3

* Allocate research practicum seminar topics: seminar coordination by the FacAd of the batch at the beginning of the 1st semester


*    Allocate MTech Technical Project Supervisor at the end of 1st semester


Semester - II: (One Core laboratory + 4 Electives): 29 Credits

Course Code - Course Name L-T-P-C

Experimental Theory & Laboratory
1-0-3-5
Elective I3-0-0-6
Elective II3-0-0-6
Elective III3-0-0-6
Elective IV3-0-0-6

*    Student may credit few elective courses in next semesters (min. credits to be completed in Sem-II are 17 including core lab)

Semester – III: 32 Credits

Course NameL-T-P-CCourse Category
M.Tech. Project - I0-8-16-32 IC

 

Semester – IV: 32 Credits

Course NameL-T-P-CCourse Category
M.Tech. Project - II0-8-16-32 IC
Engineering and Applied Mathematics basket of courses: (minimum 6 credits)
  • Engineering Mathematics for Advanced Studies (MA 905)[4-0-0-8]
  • Mathematics for Data Science (CS 427) [3-0-0-6]
  • Numerical Linear Algebra (MA 401) [3-0-0-6]
  • Introduction to Numerical Methods (MA 406) [3-1-0-4]
Programming and Scientific Computing basket of courses: (minimum 5 credits)
  • Introduction to Programming and Modeling Laboratory (ME 621) [1-0-3-5]
  • Topics in Data structures and Algorithms (CS 626) [2-0-2-6]
  • Programming Parallel Machines (CS 434) [3-0-0-6]
  • Software Development for Scientific Computing (CS 601) [3-0-0-6]
  •  

List of  PG electives

Course CodeCourse CodeLTPCLevel 
ME 601Advanced Heat Transfer3-0-0-6PG
ME 602Introduction to Turbulence and its Modelling3-0-0-6PG
ME 603 Advanced Finite Element Methods    3-0-0-6PG
ME 604  Multiphase Flow    3-0-0-6PG
ME 605 Additive and Forming Manufacturing Processes    3-0-0-6PG
ME 606     Nonlinear Solid Mechanics for Finite Element Method   3-0-0-6PG
ME 607       Advanced Solid Mechanics 3-0-0-6PG
ME 608       Advanced Mechanisms and Dynamics of Mechanical Systems 3-0-0-6PG
ME 609    Advanced Fluid Mechanics and Heat Transfer    3-0-0-6PG
ME 610    Compressible Flow and Gas Dynamics    3-0-0-6PG
ME 611      Experimental Theory & Laboratory  1-0-3-5PG
ME 620       Design of Heat Exchangers 3-0-0-6PG
ME 621       Introduction to Programming and Modeling Laboratory 1-0-3-5PG
ME 622        Kinematics, Dynamics and Control of Mechanical System4-0-2-10PG
ME 623       Tribology 3-0-0-6PG
ME 624      CNC & Part Programming  3-0-0-6PG
ME 625     Linear Viscoelasticity  3-0-0-6PG
ME 626        Experimental Methods in Thermal and Fluids Engineering3-0-0-6PG
ME 627    Mechanics of Composite Materials    3-0-0-6PG
ME 628      Mechanical Vibrations  3-0-0-6PG
ME 629     Fundamentals of Acoustics   3-0-0-6PG
ME 630        Turbomachinery Aerodynamics3-0-0-6PG
ME 631    Metal Forming and Plasticity    3-0-0-6PG
ME 632       Mechanical Engineering Experimental Laboratory 1-0-3-5PG
ME 633       Sustainable Energy for Transportation 3-0-0-6PG
ME 635     Introduction to Statics and Dynamics   3-0-0-6PG
ME 636       Smart manufacturing and material selection 3-0-0-6PG
ME 637    Design of Mechatronic Systems    3-0-0-6PG
ME 643    Finite Element Analysis    3-0-0-6PG
ME 645     Modeling of Metal Plasticity: Discrete and Continuum approaches   3-0-0-6PG
ME 646      Fracture Mechanics  3-0-0-6PG
ME 647    Advanced CAM    2-0-2-6PG
ME 648      Design and Manufacturing of composites  3-0-0-6PG
ME 651       Engineering Mathematics for Advanced Studies 4-0-0-8PG
ME 652    Fatigue and Fracture Mechanics    3-0-0-6PG
ME 653      Combustion and Fire Dynamics  3-0-0-6PG
ME 655       Fire Safety Engineering 2-0-2-6PG
ME 705    Convective Heat Transfer    3-0-0-6PG
ME 706      Satellite Attitude Dynamics and Control 3-0-0-6PG
ME 802    Applied Elasticity    2-1-0-6PG
ME 903       Engineering Mathematics for Advanced Studies 3-0-0-6PG
ME 904    Viscous flows    3-0-0-6PG
ME 905     Nonlinear Oscillation   3-0-0-6PG
ME 910      Seminar  0-0-4-4PG
 Fundamentals of Tribology3-0-0-6PG