IIT Bombay
- Fees: ₹ 88,300
- Exams: GATE
Degrees offered: B.E /B.Tech, B.Tech M.Tech, Diploma, Dual Degree, M.E /M.Tech., P.G.D, Ph.D
The study of Thermal Engineering focuses on energy transformation. While studying Thermal Engineering, students learn about heating and cooling processes in equipment or the enclosed environment; and deal with thermodynamics and conversion of heat into various energies including mechanical, chemical, and electrical energy.
Thermal Engineering is a specialised discipline of Mechanical engineering and Chemical engineering and is not only based on thermodynamics but also on heat transfer, mass transfer, and fluid mechanics. This branch of engineering is vital for designing and building almost every type of machinery. This course is offered to students at the Undergraduate and Postgraduate levels.
Particulars | Values |
---|---|
Branch Name | Thermal Engineering |
Degree | B.E/B.Tech, M.E/M.Tech |
Duration | UG: 4 years PG: 2 years |
Eligibility | UG: 10+2 PG: Bachelor’s degree |
Admission Process | Entrance Exam |
Top Entrance Exams | JEE Main, JEE Advanced, GATE |
Average Course Fees | Rs. 1.07 Lakhs to Rs. 3.28 Lakhs |
Career Options | Plant Chemist, Maintenance Engineer,, Safety Engineer, Design Manager, and Project Engineer |
Average Salary | Rs. 2-6 LPA |
Recruiting Companies | Larsen and Toubro, Goldman Sachs, TATA Motors Ltd, Ashok Leyland, Adani Power Plant |
In India, many public and private universities and institutes offer Thermal Engineering courses at undergraduate and postgraduate levels, the admission is based on either an entrance examination or direct admission based on merit score. Mentioned below are the top Thermal Engineering colleges in India.
Colleges | Fees |
---|---|
Rs. 2.80 Lakhs | |
Rs. 1.20 Lakhs | |
Rs. 3.28 Lakhs | |
Rs. 1.10 Lakhs | |
Rs. 10.35 Lakhs | |
Rs. 1.54 Lakhs | |
Rs. 1.07 Lakhs | |
Rs. 1.60 Lakhs | |
Rs. 2.19 Lakhs | |
Rs. 3.31 Lakhs |
Many private Thermal Engineering colleges offer Thermal Engineering courses in India, the fees are relatively high as compared to a public institute offering the same institute. The candidates are advised to clear the eligibility criteria before applying for the admission.
Colleges | Fees |
---|---|
ADIT Anand | Rs. 2.80 Lakhs |
AITAM Tekkali | Rs. 1.20 Lakhs |
Amity University Gurgaon | Rs. 3.28 Lakhs |
Apex Institute of Engineering and Technology Jaipur | Rs. 1.10 Lakhs |
BITS Hyderabad | Rs. 10.35 Lakhs |
Studying Thermal Engineering at a government institute is slightly cheaper than studying the same at a private institute. Government institutes offer quality education under nominal fees, candidates are advised to carefully follow the admission process and meet the eligibility requirements.
Colleges | Fees |
---|---|
BCET Gurdaspur | Rs. 1.54 Lakhs |
BIET Jhansi | Rs. 1.07 Lakhs |
BTKIT Dwarahat | Rs. 1.60 Lakhs |
COEP Pune | Rs. 2.19 Lakhs |
DTU Delhi | Rs. 3.31 Lakhs |
The eligibility requirements are a set of criteria that the students have to clear to guarantee their admission to the desired institute. These eligibility requirements can be found on the official website of the desired institute and also on the programme brochure of the course.
The eligibility criteria for undergraduate courses in the field of Thermal Engineering depend on the institute but it remains almost the same for every institute. Students are advised to carefully follow the admission process and meet the eligibility criteria before applying for the course.
JEE Main: JEE Main exam is conducted by the NTA. It is a national-level exam. Get admission to top institutions like IIITs, NITs, and CFTIs. JEE Main exam is held twice in a year; January and April. The mode of the exam is online.
JEE Advanced: JEE Advanced is conducted by the Indian Institute of Technology. This is a national level exam. The exam is held once in a year for IITs. The mode of the exam is online.
The eligibility criteria for Thermal Engineering at the postgraduate level depends on the institute but it remains almost the same for every institute. Mentioned below are the criteria to be met to apply for a postgraduate programme in Transportation Engineering.
They must have a Bachelor’s degree in Thermal Engineering or any other related degree with a minimum of 55% marks.
Students must have appeared for GATE to meet one of the criteria for admission.
GATE: GATE stands for Graduate Aptitude Test in Engineering and it is a postgraduate entrance examination in the field of Engineering, conducted by one of the IITs to provide admission to different IITs, NITs, and GFTIs. Students can find the relevant information for the GATE Examination in the table below:
There are plenty of career opportunities for thermal engineering students, be it in public or private industries, both in national and international markets. It is one of the most challenging domains, as their work differs from industry to industry and by function; and it is also lucrative in the vast field of engineering.
Job prospects of a thermal engineering student are limitless in many industries like - the petroleum industry, power plants, defence, transport and the automobile sector, railways, aeronautical sector, as plant chemist, piping designer, trainee planner, maintenance engineer, field service engineer, and independent consultants.
thermal engineering graduates are needed to maintain centres of electric motors, pumps, and oil engines, and other manufacturing equipment. With the broadening of scope and advancement in technology, the prospects of a thermal engineer are only extending in all peripheries.
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Minimum Fees | Maximum Fees | |||
---|---|---|---|---|
Private | Government | Private | Government | |
UG | ||||
PG | ||||
DOCTORAL |
The syllabus of Thermal Engineering at the postgraduate level includes many diverse subjects such as Modelling and Simulation, Advanced Fluid Mechanics, and Advanced Heat Transfer. Mentioned below is the syllabus of IIT Roorkee for their M.Tech Thermal Engineering.
Semester- I | |
Modelling and Simulation | Advanced Thermodynamics |
Advanced Fluid Mechanics | Advanced Heat Transfer |
Computational Fluid Dynamics & Heat Transfer | - |
Semester- II | |
Programme Elective-I | Programme Elective-II |
Programme Elective-III | Programme Elective-IV |
Seminar | - |
Semester- III | |
Dissertation Stage–I (to be continued next semester) | - |
Semester- IV | |
Dissertation Stage–II (contd. From III semester) | - |
Until the 21st-century, growth in thermal power plants depended on internal combustion engines and equipment. But lately, the world has its eyes set on being greener given the increase in pollution at every corner. So, burning fossils will only reduce where the growth of thermal engineering graduates is only meagre.
When it comes to technology, presently we are just so highly hooked on it, that a future without it seems impossible. Therefore, thermal engineering has new fields to grow into; in this techno-savvy life are:
Job Profile | Job Description |
---|---|
Plant Chemist | Plant Chemists are responsible for Maintaining, recording and analysing the boiler temperatures and quality assurance of coal and other resources at a power plant. |
Maintenance Engineer | Maintenance Engineers are professionals who are responsible for maintaining all mechanical and electronic tools and equipment to avoid delay at the time of need. Also making sure all tools work smoothly. |
Operations engineer | An Operations Engineer’s responsibility at a power plant is to make sure all functions run efficiently without a glitch. And if there is an emergency, he/ she will take the call and handle the situation. |
Safety Engineer | Safety Engineering design future safety plans, and health hazard controls programs so that all can avoid accidents in the power plant. Their job is to do regular checks. |
Plant Service Engineer | A-Plant Service Engineer’s job is to plan and execute all engineering projects, manufacture the layout, be involved in the selection of equipment, interact with contractors |
Design Manager | Design Managers are professionals who are responsible for leading the team of the drawing and design department. They also perform mechanical design of heat exchangers. They also provide technical support to the production/quality team wherever needed |
Project Engineer | As a thermal engineer, you maintain, create, or repair mechanical systems that involve a heat transfer process into other forms of energy |
Design Engineer | As a Thermal design engineer, one designs the process equipment like heat exchangers as per norms stated by the country and is responsible for reviewing mechanical designs of engines. |
Soon, new technology such as Artificial Intelligence (AI), the Internet of Things (IoT), 5G from future facilities will ask for more efficient new age thermal software designs. Recently in a round table conference of thermal designers, thermal engineering graduates and professionals gathered from various organisations like Facebook, HP Enterprise, CommScope, Six Sigma to point out thermal design requirements:
A Thermal Engineering professional is a key person in any engineering field. Thermal Engineers work in various industries such as Thermal power plants, Captive power plants, Automobile sector, Production sector, Petroleum, Aircraft, Transport, Oil and Gas industries at different posts. Some of the top recruiters in the field of Thermal Engineering are:
Top Recruiters:
The average salary of thermal engineering students is different based on qualification, experience, and job profile. At entry level, thermal engineers can expect a salary of around – Rs. 12,000 to Rs. 15,000 per month. Those who have work experience of over a year or two might be offered between Rs. 2- 10 lakh per annum.
Job Profiles | Average Salary |
---|---|
Plant Chemist | Rs. 2 to 6 lakhs p.a. (Approx.) |
Maintenance engineer | Rs. 4 to 7 lakhs p.a. (Approx.) |
Operations engineer | Rs. 4 to 11 lakhs p.a. (Approx.) |
Safety Engineer | Rs. 4 to 8 Lakhs p.a. (Approx.) |
Plant Service Engineer | Rs. 3 to 6 lakhs p.a. (Approx.) |
Design Manager | Rs. 12 to 15 lakhs p.a. (Approx.) |
Project Engineer | Rs. 9 to 15 lakhs p.a. (Approx.) |
Candidates after completing a Thermal Engineering course must possess certain skill set such as Time Management, Knowledge of Equipment in Power Plants, and technical skills. These skills help the candidate to get a good job role in reputed companies. Mentioned below are the skills in the field of Thermal Engineering.
The course curriculum of thermal engineering at the graduate level includes eight semesters (4 years), and papers taught in the first two semesters are common for all engineering programs and from the third-semester student can choose his/ her specialisation.
Thermal engineering course helps prepare graduates with the sound fundamental knowledge and futuristic research in the field of thermal engineering. It also benefits the graduates with abilities to be successful in industry or academia or research laboratories and motivates them to pursue higher studies in interrelated areas.
Application Process: 27 Apr, 2024 - 07 May, 2024
Application Process: 22 May, 2024 - 10 Jun, 2024
Application Process: 01 Apr, 2024 - 20 Apr, 2024
Application Process: 23 Mar, 2024 - 20 Apr, 2024
Answer :
The duration of Thermal Engineering depends on the level of education. The duration of undergraduate course in Thermal Engineering is four-years and the duration of postgraduate engineering is two-years.
Answer :
The average salary of a Thermal Engineering ranges from Rs. 1.07 Lakhs to Rs. 3.28 Lakhs.
Answer :
There are many entrance examinations such as JEE Mains, and JEE Advanced at the undergraduate level, and GATE for the postgraduate level.
Answer :
There are plenty of career opportunities for thermal engineering students, be it in public or private industries, both in national and international markets. It is one of the most challenging domains, as their work differs from industry to industry and by function; and it is also lucrative in the vast field of engineering.
Answer :
As the world seeks for cleaner and greener sources of energy; geothermal, solar, hydrothermal/hydroelectric and nuclear are going to be in use more and more making the future of the graduates of this course future-ready as we need to generate more and more energy to sustain the lifestyles of humankind.
Along with the constant reduction of the size of consumer items to make them lightweight which reduces the amount of space for thermals leading to greater and more efficient thermals to dissipate the heat and maintain the proper temperature for a piece of equipment to function as intended.
Answer :
As the world’s population increases every year and the amount of fossil fuel present on Earth is depleting, combined with the effect of using them on the environment has led us to be more careful in dealing with the methods we employ to generate electricity. Making Thermal Engineers extremely important in today’s date, keeping that goal in mind.
Answer :
The top colleges offering thermal engineering are as follows, National Institute of Technology, Rourkela, National Institute of Technology, Raipur Indian Institute of Technology, Rourke, Indian Institute of Technology, Delhi, and BITS Pilani
Answer :
Thermal engineering has become a very sought-after discipline engineers are taking nowadays. The application of thermodynamics is everywhere starting from Air conditioners in our home, office and cars to boilers in power plants, submarines and aircraft.
Even our computers, laptops and mobile phones have the cooling chip as they form a sense of heat energy which must be regulated.
So, the need for monitoring, regulating the heat is highly required by thermal engineers.
Answer :
There are a lot of chances for a productive and efficient work-life in thermal engineering. Fluid Mechanics, heat transfer, cooling methods and principles are applied in every technology used by us. And as technologically we will only grow, so the opportunity in this course only gets better. This is a discipline which finds many applications in our daily life.
Hello Aspirant
Though NIT Mizoram due it its remote location is often looked down upon, this place has it's own flavor in it. The major reasons why aspirants ignore this NIT without full information & analysis about it are :
· Temporary Campus, No PERMANENT CAMPUS yet
· Remote Location in North East
· Low Ranked (due to location)
· Not so high media coverages
· The "New NIT" tag
The faculty at NIT Mizoram is good. The teachers here are PhDs and those having a master’s degree are currently pursuing PhD.
NIT Mizoram conducts many GIAN courses which you won’t find in any private institute. Earlier it conducted a GIAN course on Robot Operating System and is currently conducting 5 more courses on Maths and Electrical.
The placements of this NIT are improving over the years. The average package ranges to 4 lacs.
NIT Mizoram is a decent option for Mtech. You can also look for private onstitutes as they might offer you a better placement record.
Best of luck!
you can check the last year AP PGECET cut off rank according to the categories & branches. From the given table, a candidate can get an idea about how the cut off will be this year.
Category | Cut Off (Branch Wise) | ||||
Electrical & Electronics Engineering | Mechanical Engineering | Electronics & Communication Engineering | Computer Science and Engineering | Information Technology | |
UNR Open General | 170 | 352 | – | 108 | – |
UNR BC A Female | – | – | – | 462 | – |
Open General | 56 | 82 | 99 | 729 | 976 |
BC D General | 167 | – | 117 | 754 | 2349 |
Open Female | 211 | 511 | 168 | – | – |
BC B General | 371 | 220 | 240 | 1501 | 3815 |
BC B Female | 952 | – | 547 | – | 2094 |
SC General | 871 | 769 | 858 | 1530 | 2788 |
SC Female | 234 | – | 632 | 1372 | – |
ST General | 942 | 1612 | – | – | – |
ST Female | – | – | 1563 | – | – |
BC A General | – | 454 | 167 | 1897 | – |
UNR SC Female | – | 2469 | – | – | – |
BC A Female | – | 1149 | – | 1853 | – |
BC D Female | – | 1634 | – | – | 2878 |
UNR SC General | – | – | 431 | – | – |
BC E General | – | – | 1279 | – | – |
BC C Female | – | – | – | 979 | – |
Open General NCC | – | – | – | 1041 | – |
Dear Venkatesh, the minimum required academic qualification for pursuing full time Ph.D in IIT Madras is enlisted here:
1. You should have a Master's degree in Engineering/Technology with a good academic record or a Master's degree by Research in Engineering/Technology with a good academic record.
2. Candidates with Master's degree in Sciences with a good academic record and of exceptional merit where elihible, for the relevant Engineering discipline and with a valid GATE score or UGC/CSIR NET/NBHM or equivalent qualigiation in the relevant area tenable for the year of registration.
3. Candidates who have qualified for the award of Bachelor's degree in Engineering/Technology with exceptionally good academic recird in an eligible discipline will be considered for direct admission to Ph.D programme as a regular full time scholar subject to following conditions:
A. B. Tech degree holder of Centrally Funded Technical Institute with a minimum CGOA of 8.0 on a 10.0 point scale or with a valid GATE score.
B. Bachelor's degree holder in Engineering/Technology with 8 CGPA or equivalent from any other University and having a valid GATE score.
C. Bachelor's degree holder in Engineering/Technology from a reputed R&D organization and having a proven research record.
Applications are invited at any timr from eligible candidates for admission to Ph.D under regular/part time/external schemes of IIT Madras. Shortlisted candidates will be called for test and interview or interview by the Selection Committee departments from time to timr
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