About M.Tech in Thermal Engineering

M.Tech in Thermal Engineering full form is Master of Technology in Thermal Engineering. It is a two-year postgraduate program designed to give students knowledge on advanced research-based thermal energy concepts. Thermal Engineering is a course in the technology spectrum that deals with the design, development, and simulation of new areas in Thermal Energy Systems and allied sciences. This course falls under the umbrella of M.Tech. 

The course focuses on energy efficiency, renewable energy, and environmental preservation using the knowledge of classical energy technologies with new recent technologies in renewable energy, energy efficiency, energy-saving policies and means, environmental legislation, and energy economy. The course is further divided into various specializations that students can choose from.

Why study M.Tech in Thermal Engineering?

M.Tech in Thermal Engineering course is designed to meet the needs of modern engineers and reaps several benefits to the students. The following are a few of them:

Career Prospects: It allows you to establish a solid understanding of research to continue your professional development in your chosen field of focus. It allows you to apply for specialist roles at a renowned manufacturing company.

Developing New Skills: Candidates develop the ability to use their math, science, engineering, and technology expertise. Understand, analyze, create, and solve issues related to the application of technology in a variety of industrial contexts in great detail. It also entails developing, choosing, and implementing relevant approaches, resources, modern engineering, and information technology tools to tackle complex engineering problems.

More Exposure: Engineering Equipment Industries, Nuclear Power Stations, Pollution Control Agencies, Space Research Organizations, Oil Exploration and Refining, Thermal Power Stations, Energy Conservation Departments, and other fields can readily find career possibilities after earning a degree in this profession.

Syllabus of M.Tech in Thermal Engineering

M.Tech in Thermal Engineering Semester I Syllabus

• Advanced Mathematics
• Instrumentation & Measuring Systems
• Advanced Thermodynamics
• Modeling, Simulation & Computer Applications
• Open Elective I

M.Tech in Thermal Engineering Semester  II Syllabus

• Experimental Methods in Thermal Engineering
• Advanced Heat Transfer
• Refrigeration & Air Conditioning Design
• Gas Turbines & Compressor
• Open Elective II

M.Tech in Thermal Engineering Semester III Syllabus

• Modeling Simulation
• Advanced Power Generation Systems
• Heating, Ventilating, and Air-conditioning
• Computational Methods in CAD

M.Tech in Thermal Engineering Semester IV Syllabus

• Design of Wind Power Farms
• Phase Flow and Heat Transfer
• Practical Workshop
• Evaluation of Research Project and Viva

Admission Process for M.Tech in Thermal Engineering

The postgraduate level entrance examination is needed for applicants seeking admission to the M.E./M.Tech program. The Graduate Aptitude Test in Engineering (GATE) is the nation's largest engineering aptitude test, administered by a joint committee of IITs and IISc. The candidate's merit in the GATE exam will be used to determine admission to the M.Tech program. Some institutes conduct their own entrance exam for admission into the course.

Eligibility

Candidates with a Bachelor's degree (B.E./ B. Tech) in any of Mechanical, Automobile, or Aeronautical engineering, or a comparable discipline, and a minimum aggregate score of 55% are eligible to enroll for the M.Tech in Thermal Engineering program.

Merit-Based

There are only a few colleges that offer merit-based admission to M.Tech in Thermal Engineering programs. Students who have passed the GATE entrance exam or any other specific entrance exam are usually preferred by institutes. Candidates must simply meet the eligibility requirements, and admission will be granted based on the merits of the previous qualifying examination.

Entrance Based

GATE is the most popular entrance test for M.Tech in Thermal Engineering admission to many colleges/universities.

• GATE
• SRMJEE
• WBJEE
• AP PGECET
• TS PGECET

How to Prepare for the Entrance Exam?

Candidates can follow the below-mentioned tips while preparing for the entrance exam for admission into the M.Tech in Thermal Engineering course:

Any entrance exam that necessitates a long-term study regimen. It is advantageous to begin early because you will have sufficient time to thoroughly study the topics and revise regularly.

Begin by brushing up on your fundamentals and solving basic difficulties. Remember that each day counts, so don't procrastinate and be consistent.

Make sure you understand the exam structure and material before you begin studying. There are both MCQ and non-MCQ questions on the exam. Except for the numerical type questions asked in some of the entrance exams, there is a negative marking.

The next step is to go over the Syllabus completely. Based on your conceptual knowledge and grasp of the subject, narrow down the subjects and topics.

Categorize the topics according to your skills and weaknesses, which will aid you in determining which topics you should concentrate on. Aside from that, pick the essential subjects that you'll need to study intensively to improve your grades.

Examining prior year's papers and analyzing the types of questions posed is one method. Make a list of the most important and often asked questions.

It is important to pick up the right books for your preparation. At the same time don’t waste time studying too many books to clarify a doubt. Study the concept sufficiently in-depth and discuss it with other students and ask doubts to teachers and master the subject.

When it comes to planning, time is crucial. Make a schedule that works for you and make good use of your time. Plan out how much time you'll need to cover the curriculum and set aside time for each work linked to your studies.

Job Profiles After Completed M.Tech in Thermal Engineering

After completing an M.Tech in Thermal Engineering, candidates will have access to a far wider range of job opportunities. The average salary is determined by criteria such as experience, job type, and geographic area. Entry-level candidates are offered lesser salaries than experienced candidates. However, depending on the work type and experience, it can range from INR 3 to 10 LPA.

• Project Engineer
• Safety Engineer
• Maintenance Engineer
• Lecturer
• Thermal Engineer

Future Scope of M.Tech in Thermal Engineering

Candidates have many options after completing M.Tech in Thermal Engineering. Candidates can choose any of the options which seem to be more feasible to them. Some of them are listed below:

Higher Studies

If you want to teach or engage in research and development, you must complete a PhD after your M.Tech in the field of your choice. Now that you've decided to pursue a PhD following your M.Tech, you should have a clear idea of whether you want to teach or do research as a career. The teaching career is unquestionably profitable, but it also presents several challenges. After completing your M.Tech, you must choose a professional path based on your interests and passions.

Start a Job

After completing their M.Tech in Thermal Engineering, candidates can immediately begin looking for work. The employment function and position will have greater duties, and the pay package will be larger in comparison. Furthermore, you will be able to perform all of the activities productively because you will have a better grasp of technical stuff and a clearer thought process for the allotted jobs. Project Managers, Research Associates, and Senior Engineers can readily find work as Project Managers, Research Associates, and Senior Engineers after completing their M.Tech.

Startup

Only a small percentage of M.Tech graduates seek to establish their own businesses. However, as a result of your M.Tech degree, you will receive adequate finance and investment from venture capitalists. You will be a successful entrepreneur and can become a star if you have the passion to work hard and have the instincts of a courageous person, as well as the correct business acumen.