Master of Technology [M.Tech] (Mechanical Engineering)

  • DURATION
    2 YEARS
  • STUDY MODE
    DISTANCE, FULL TIME
  • COURSE TYPE
    Postgraduate Course
  • EDUCATION
    Mechanical Engineering

Information

M.Tech in Mechanical Engineering takes a person through the whirlpool of science and mathematics. The course helps a student to get a deeper knowledge of solids, materials, thermodynamics, fluid mechanics, a design of machine elements and many other concepts about machines and material.

Being a master’s student one is supposed to do a lot of research work in areas like thermal science and engineering, solid mechanics, dynamics, and control, etc.

Anyone who has done B.Tech. in Mechanical Engineering and still have that hunger to know more about the design or maintenance, installation or working of machines should surely look forward to getting enrolled in M.Tech. in Mechanical Engineering program.

Name of the Course

Topics Covered

Description

Instrumentation and Measuring Systems

  • Characteristics of Instruments
  • Classification of transducers
  • Dynamic Response of Instruments
  • Errors in Measurement and Its Analysis
  • DAS and Signal Analysis

This particular course tells the students about the proper handling of instruments and their basic calibration.

Advanced Machine Design

  • Designing against Fracture
  • Optimum design
  • Statistical consideration in design
  • Von Mises theory
  • Design of Threaded Joints
  • Aesthetic and ergonomic consideration in the design of products

This course intends to impart the knowledge of machine designs and their possible failure causes.

Manufacturing Technology

  • Concurrent Engineering
  • Patterns and Patternmaking
  • Metal Forming
  • Flow Stress Curves
  • Welding Technology & Design
  • Integrated manufacturing

This course aims to tell the students about the interpersonal relationship of various designs.

Internal Combustion Engines

  • Thermodynamic Analysis of IC Engines Cycle
  • Combustion in SI Engines
  • Gas Exchange Processes
  • Burning of Condensed Phase
  • Compression Ignition Systems

This course is about the working of IC engines and methods of their improvement.

Thermal Engineering

  • Microscale Energy Transport in Solids
  • Molecular Clusters
  • Simplified Carathedory’s formulation
  • Navier-Stokes equation
  • Elements of
  • irreversible thermodynamics

Thermal Engineering help students to do the evaluation of turbomachines.

Advanced Welding Technology

  • classification of solid-state welding processes
  • Welding Metallurgy
  • Mechanisation in Welding
  • Robotics in Welding
  • Laser Beam Welding
  • Friction stir welding

This helps students to know about different welding power sources and processes.

Operations Research

  • Linear Optimization Models
  • Waiting Line Problems
  • Game Problems
  • Inventory Management
  • Integer programming
  • Stochastic Programming

By studying this course one will be able to formulate and solve various industrial problems.

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