M.Tech Thermal Engineering Syllabus and Subjects


Average Fees

INR 20,000 - 2 LPA

Kripal Thapa

Updated on Oct 3, 2022 by Kripal Thapa

Kripal Thapa

Updated on Oct 3, 2022 by Kripal Thapa

M.Tech Thermal Engineering syllabus encompasses two years or four semesters. The syllabus comprises theoretical and practical subjects dealing with advanced technological developments in heat and thermal sciences. The postgraduate thermal engineering course is designed to focus on developing industry relevant skills and knowledge in students. Some common M.Tech Thermal Engineering subjects are Advanced Mathematics, Modeling, Simulation & Computer Applications, Advanced Fluid Mechanics, Experimental Methods in Thermal Engineering, Renewable Energy System etc.

Semester Wise M.Tech Thermal Engineering Syllabus

M.Tech in Thermal Engineering syllabus focuses on studying various energy efficiency, renewable energy, and environmental preservation related-subjects. It introduces aspirants to a broad range of thermal engineering concepts that are further categorised into several specializations. M.Tech Thermal Engineering subjects emphasize on in-depth learning of concepts related to topics like Advanced Mathematics, Modeling, Simulation & Computer Applications, Advanced Fluid Mechanics, Experimental Methods in Thermal Engineering

Renewable Energy System etc. The semester wise breakdown of the M.Tech Thermal Engineering syllabus is as given below: 

M.Tech Thermal Engineering First Year Syllabus

Semester I

Semester II

Advanced Mathematics

Experimental Methods in Thermal Engineering

Instrumentation & Measuring Systems

Advanced Heat Transfer

Advanced Thermodynamics

Refrigeration & Air Conditioning Design

Modelling, Simulation & Computer Applications

Gas Turbines & Compressor

Open Elective I

Open Elective II

M.Tech Thermal Engineering Second Year Syllabus

Semester III

Semester IV

Modelling Simulation

Design of Wind Power Farms

Advanced Power Generation Systems

Phase Flow and Heat Transfer

Heating, Ventilating, and Air-conditioning

Practical Workshop

Computational Methods in CAD

Evaluation of Research Project and Viva

M.Tech Thermal Engineering Subjects

The subjects in M.Tech Thermal Engineering are designed to enhance the expertise of students in engineering thermodynamics, fluid mechanics, heat transfer etc. The M.Tech Thermal Engineering syllabus includes both theoretical classroom based teaching and practical lab sessions for better understanding of advanced application related concepts. Students study both core and elective subjects to make the two year-long program more flexible. The curriculum also includes Thermal Engineering projects for M.Tech to amplify the overall understanding of fundamentals. M.Tech Thermal Engineering core subjects list is as follows:

  • Advanced Mathematics
  • Modeling, Simulation & Computer Applications
  • Advanced Fluid Mechanics
  • Experimental Methods in Thermal Engineering
  • Renewable Energy System

M.Tech Thermal Engineering Course Structure

M.Tech Thermal Engineering course structure consists of both core and elective subjects. The course is composed of two years divided into four semesters. In the first year, students are introduced to core thermal engineering subjects. While in the second year, students are introduced to specific subjects relating to their specialization. In addition, practical lab sessions enhance the understanding of theoretical concepts. The course structure is as follows:

  • IV Semesters
  • Core Subjects
  • Elective Subjects
  • Practical Workshops
  • Project/ Thesis Submission

M.Tech Thermal Engineering Teaching Methodology and Techniques

M.Tech Thermal Engineering curriculum involves different teaching methods. Along with lectures and practical training, the students are skilled in elective subjects of various specializations. The teaching methodology is designed to offer training in the theory and practice of a broad range of industrially relevant topics within the fields of thermodynamics and fluid mechanics in the Thermal Engineering spectrum. Listed below are the teaching methodology and strategies in general:

  • Group Projects
  • Conceptualized Learning
  • Traditional Classroom Based Teaching
  • Practical Lab Sessions
  • Extension Activities
  • Talks from guest speakers
  • Seminars

M.Tech Thermal Engineering Projects

M.Tech Thermal Engineering projects are given to students to understand the real-time work environment better. Projects for M.Tech Thermal Engineering assist students in getting hands-on experience and training in industrial work. Projects ensure application of concepts learnt and enhance the creativity of students. Some popular M.Tech project topics for Thermal Engineering are:

  • Study of Forced Convection Evacuated Tube Solar Grape Dryer
  • Solar Assisted Vapor Adsorption Refrigeration System Analysis
  • Model analysis of a thermal power plant cooling tower
  • Thermal Analysis of a piston
  • Low cost and lightweight mechanical heliostat design

M.Tech Thermal Engineering Reference Books

M.Tech Thermal Engineering books are available both online and offline in many publications. Students must invest in reference books after proper introspection. Reference books are useful for better learning and clear understanding of subjects. Some of the best books for M.Tech Thermal Engineering are: 

M.Tech Thermal Engineering Books

Name of the Books


The CRC Handbook of Thermal Engineering

Frank Kreith

Introduction to Fluid and Thermal Engineering

Allan D. Kraus, James R. Welty, Abdul Aziz

A Textbook of Fluid Mechanics and Hydraulic Machines

R.K. Bansal

Solar Engineering of Thermal Processes


M.Tech Thermal Engineering Fee Structure

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