Highlights - B.Tech. Thermal Engineering Course Details
| Feature |
Description |
| Duration |
4 Years (8 Semesters) |
| Eligibility |
10+2 in relevant stream with minimum marks required |
| Admission Process |
Entrance based/Merit-based |
| Course Fee |
INR 2.27 lakhs to INR 9.73 lakhs |
| Average Salary |
INR 3.1 lakhs to INR 5 lakhs |
| Top Recruiters |
State Power Plants, BHEL, Adani Power, Tata Motors, NPTC etc. |
| Top Job Roles |
Design Manager, Plant Chemist, Operations Engineer, Safety Engineer. |
Why Study B.Tech. Thermal Engineering?
Thermal energy engineering is a branch of engineering that studies thermal science, technology, and its applications. Heat transfer involves the study of thermodynamics, fluid mechanics, and heat transfer processes. Here are some of the reasons why studying B.Tech.
- Thermal Engineering is so beneficial: There is a need for professionals who can create and develop sustainable, renewable energy. Thermal engineers play an important role in developing technologies and processes that reduce energy consumption and reduce environmental impact.
- Various Career Opportunities: B.Tech. Thermal Engineering graduates have many career options. They can work in industries such as electrical engineering, HVAC (heating, ventilation and air conditioning), air conditioning, automotive, aerospace, and manufacturing. Thermal engineers are also needed in research and development, consultancy, and training.
- Interdisciplinary structure: Thermal engineering is an interdisciplinary field that combines knowledge from various disciplines such as physics, chemistry, mathematics, and information science. By studying thermal engineering, you will gain a solid foundation that can be applied to many engineering problems in these fields.
- Course: B.Tech. Thermal Engineering courses usually involve a lot of practical, hands-on learning. You will have the opportunity to work in the laboratory, conduct experiments, and use advanced equipment to test and analyze heating systems. This quality is well received by employers and can give you an advantage in the market.
- Innovation and problem-solving: Thermal engineering involves solving complex problems and creating innovative solutions. By learning this, you will improve problem-solving and critical thinking. You will learn how to analyze and improve thermal processes, design experiments, and apply advanced techniques to solve real-world problems.
- High Pay and Good Work: Heating engineers are in high demand in the industry and are well rewarded for their skills. With a Bachelor's Degree in thermal engineering, you can look forward to a rewarding career and financial security. In addition, the opportunity to discover new technologies and contribute to the solution of energy problems is also very valuable.
B.Tech. Thermal Engineering Admission Process
Admission to the B.Tech. Thermal Engineering course requires a combination of entrance test scores and completion of eligibility criteria. Although some colleges have accreditation as a prerequisite, others do their admissions into engineering courses.
Here are step-by-step instructions for the B.Tech. Thermal Engineering College Admission Process:
Admission Test:
- National/State Level Entrance Test: Multiple National and State Level Entrance Test Fields Portal for thermal engineering courses It is suitable for BTech. Check the relevant exams and register.
- Online Application: After completing the entrance exam, visit the website of the college of your choice and apply online.
- Selection Criteria: The university will evaluate the candidates according to their performance in the entrance exam.
- Interviews/Counselling: Selected candidates will be invited to an interview or counseling session allowing them to demonstrate their suitability for the position.
- Acceptance Letter and Approval: Upon completion of the above steps, the University will issue an acceptance letter to the selected candidate. To reserve a place, candidates must pay the required entry fee.
1. Merit-Based Admission
- Qualification Exam Score: Candidates must perform well in the 10+2 examination in the research stream and score at least 60% marks to be eligible for admission to BTech Thermal. Engineering.
- International Exam Scorecard: In addition to academic achievement, candidates must have a valid scorecard from the admissions office to prove their readiness for the childcare program.
- Interviews/Personal Interviews: Some colleges may conduct interviews or personal interviews to assess a candidate's suitability and allow them to study more about the school.
2. Eligibility by Admission:
Students who have completed the 10+2 exam can appear for various national entrance exams such as the following to get admission to top engineering colleges:
- JEE Main: Joint Entrance Test (JEE Main) national entrance exam conducted by NTA It is an exam and is the gateway to various engineering courses and top engineering colleges.
- JEE Advanced: JEE Advanced is another national exam conducted by one of the IITs in JAB. Students who want to be admitted to prestigious institutions like IIT, IIPE, and IIST are required to pass this exam. Eligibility for JEE Advanced depends on clearing JEE Main.
- VITEEE: Vellore Institute of Technology Engineering Entrance Examination (VITEEE) is a university entrance exam conducted by VIT University, Vellore, which provides admission to B.Tech courses at Vellore University and its participating schools.
B.Tech. Thermal Engineering Entrance Exam
To pursue a B.Tech. in Thermal Engineering, you need to clear specific entrance exams that assess your suitability for this specialized engineering field. Here's a concise summary of the key entrance exams:
- JEE Main: Conducted by the National Testing Agency (NTA), JEE Main is a national examination leading to various engineering courses including B.Tech. portal. Thermal Engineering is carried out in NITs, IIITs, and other engineering colleges.
- JEE Advanced: JEE Advanced is the next stage after JEE Main and is conducted by one of the IITs under the Joint Admission Board (JAB). Passing this exam is essential for admission to Indian Institutes of Technology and some reputed engineering colleges.
- State-Level Examination: Each state conducts its entrance test for admission to local engineering colleges. Including MHT CET (Maharashtra), KCET (Karnataka), TNEA (Tamil Nadu), WBJEE (West Bengal) and AP/TS EAMCET (Andhra Pradesh/Tron Ganabon).
- University Level Examination: Private institutions like VIT, BITS, and SRM have their entrance exams: VITEEE, BITSAT, and SRMJEEE respectively. These exams provide admission to B.Tech. planning, including thermal engineering.
- Private College Exams: Famous colleges like IISc, IIEST Shibpur and Banaras Hindu University (BHU) conduct their B.Tech entrance exams. Courses including Thermal Engineering.
B.Tech. Thermal Engineering Course Syllabus
The B.Tech. Thermal Engineering Course Syllabus is designed to provide a comprehensive understanding of thermal engineering principles, heat transfer, thermodynamics, and their applications. Here's a detailed overview of the typical course syllabus for BTech Thermal Engineering:
| Year |
Semester |
Subjects |
| First Year |
Semester 1 |
Engineering Mathematics,
Basic Chemistry,
Basic Physics,
Introduction to Thermal Engineering,
Engineering Drawing,
Basic Workshop Practice |
| First Year |
Semester 2 |
Engineering Mathematics II,
Applied Physics,
Applied Chemistry,
Computer Programming Fundamentals,
Engineering Mechanics,
Basic Electrical Engineering |
| Second Year |
Semester 3 |
Engineering Mathematics III,
Thermodynamics,
Heat Transfer,
Fluid Mechanics,
Mechanical Engineering Materials,
Manufacturing Processes |
| Second Year |
Semester 4 |
Applied Thermodynamics,
Heat and Mass Transfer,
Fluid Machinery,
Mechanical Engineering Science,
Engineering Economics,
Probability and Statistics |
| Third Year |
Semester 5 |
Advanced Thermodynamics,
Thermal Power Engineering,
Refrigeration and Air Conditioning,
IC Engines and Gas Turbines,
Mechanical Measurement and Metrology,
Finite Element Analysis |
| Third Year |
Semester 6 |
Heat Exchangers,
Boiler and Steam Generators,
Energy Conversion and Management,
Environmental Engineering,
Mechanical Vibrations,
Engineering Project Management |
| Fourth Year |
Semester 7 |
Computational Fluid Dynamics (CFD),
Advanced Heat Transfer,
Renewable Energy Systems,
HVAC Design and Control,
Elective I (Specialized Subjects),
Industrial Training/Internship |
| Fourth Year |
Semester 8 |
Project Work/Dissertation,
Elective II (Specialized Subjects),
Elective III (Specialized Subjects),
Heat Transfer Equipment Design,
Entrepreneurship and Business Management,
Professional Ethics and Communication Skills |
BTech Thermal Engineering Course Comparisons
Below is the requested table Comparing B.Tech Thermal Engineering and B.Tech Mechanical Engineering:
| Parameters |
BTech Thermal Engineering |
BTech Mechanical Engineering |
| Full Name |
Bachelor of Technology in Thermal Engineering |
Bachelor of Technology in Mechanical Engineering |
| Overview |
A full-time program focusing on Fluid Mechanics, Thermodynamics, Heat and Mass Transfer, and heating/cooling processes. |
A full-time program covering analysis, design, production, and manufacturing of mechanical systems. |
| Duration |
4 Years |
4 Years |
| Level |
Undergraduate |
Undergraduate |
| Admission Process |
Entrance-based and/or Merit-based |
Entrance-based and/or Merit-based |
| Entrance Exams |
JEE Main, BITSAT, WBJEE, and others |
JEE Main, WBJEE, BITSAT, SRMJEE, COMEDK UGET, and others |
| Average Fee |
INR 2.7 lacs to INR 9.73 lacs |
INR 3 lacs to INR 15 lacs |
| Average Starting Salary |
INR 3,10,000 to INR 5,00,000 |
INR 4,00,000 to INR 6,00,000 |
| Top Recruiters |
NPTC, BHEL, Indian Oil, Tata Motors, and others |
BMW, General Electric Co (GE), Larsen and Toubro (L&T), TATA Group, Thermax, Godrej Group, and others |
B.Tech Thermal Engineering Top Colleges in india
The top colleges for pursuing BTech Thermal Engineering, along with their respective total fees:
| College Name |
Total Fees |
| BS Anangpuria Institute of Technology and Management, Faridabad |
INR 6,00,000 |
| NIT Kurukshetra |
INR 3,23,000 |
| NIT Rourkela |
INR 5,24,000 |
| NIT Raipur |
INR 2,27,000 |
| NIT Roorkee |
INR 3,57,000 |
| IIT Delhi |
INR 4,70,000 |
| Amity University, Gurgaon |
INR 7,99,000 |
| Birla Institute of Science and Technology, Pilani |
INR 9,73,000 |
| RIMT University, Gobindgarh Punjab |
INR 55,000 (per semester) |
| UPES University, Dehradun |
- |
B.Tech Thermal Engineering Top Colleges in india
The top colleges for pursuing BTech Thermal Engineering, along with their respective total fees:
| College Name |
Total Fees |
| BS Anangpuria Institute of Technology and Management, Faridabad |
INR 6,00,000 |
| NIT Kurukshetra |
INR 3,23,000 |
| NIT Rourkela |
INR 5,24,000 |
| NIT Raipur |
INR 2,27,000 |
| NIT Roorkee |
INR 3,57,000 |
| IIT Delhi |
INR 4,70,000 |
| Amity University, Gurgaon |
INR 7,99,000 |
| Birla Institute of Science and Technology, Pilani |
INR 9,73,000 |
| RIMT University, Gobindgarh Punjab |
INR 55,000 (per semester) |
| UPES University, Dehradun |
- |
Career opportunities after B.Tech in Thermal Engineering
Completing a B.Tech Thermal Engineering course will give you ample opportunities for your future career, including job opportunities and degree options. Higher:
Higher Education:
If you want to continue your education, studying Master of Technology (MTech) in Thermal Engineering is the best option. This degree develops your knowledge and skills by entering the field. The average cost of a Masters in Thermal Engineering generally ranges from INR 3 Lakh to INR 6 Lakh.
Alternatively, you can look for specialized postgraduate courses such as the Postgraduate Diploma in Thermal Power Plant Engineering or similar courses in Thermal Power Engineering. This course will provide you with industry-specific knowledge and skills, making you highly sought-after by employers in thermal engineering.
Career Path:
The business world welcomes B.Tech Thermal Engineering graduates. It's an exciting role. You can explore career opportunities in a variety of industries, including electrical engineering, HVAC, refrigeration, and automotive. Here are some jobs you may find:
- Facility Service Engineer.
- Safety Manager.
- Maintenance Engineer.
- Operations Engineer.
- Thermal Power Plant Engineer.
- HVAC Design Engineer.
- Cooling Air Conditioning Engineer.
- Energy Management Specialist.
- Research and Development Engineer.
- Thermal Systems Analyst
Top Employers:
Reputable organizations seeking expertise in Thermal Engineering graduates. Some of the best companies offering career opportunities in this field are:
- Tata Motors
- Indian Oil Corporation
- Maruti Suzuki
- Bharat Heavy Electrical Limited (BHEL)
- National Thermal Power Corporation ( NTPC)
- Larsen & Toubro
- Godrej Industries
- Thermax
- General Electric (GE)
- Siemens
B.Tech. Thermal Engineering Jobs and Placements
Graduates with a B.Tech Thermal Engineering have access to many jobs in both the private and public sectors. Thermal engineers are in high demand in the industry and their skills are valuable in optimizing energy use, creating energy systems, and ensuring stability and stability. An overview of the thermal engineer job market:
| Job Role |
Description |
Average Salary |
| Plant Service Manager |
Plant Service Managers plan projects, select equipment, and manage resources to ensure smooth operations. They oversee all aspects of plant maintenance and services. |
INR 3.15 Lakhs to INR 6.15 Lacs |
| Safety Manager |
Safety Managers assess construction sites for potential risks and hazards. They develop and implement safety protocols to prevent accidents and ensure the well-being of workers. |
INR 3.71 Lacs to INR 9.80 Lacs |
| Operations Engineer |
Operations Engineers oversee the functioning of power plants, ensuring efficient performance. They identify and rectify faults to maintain optimal operations. |
INR 4.17 Lacs to INR 11.33 Lacs |
| Maintenance Engineer |
Maintenance Engineers work in power plants to troubleshoot and repair faults. They inspect electrical equipment and systems to ensure proper functioning. |
INR 3.04 Lacs to INR 6.97 Lacs |
| Thermal Power Plant Engineer |
These engineers specialize in power plant operations, managing systems like boilers, turbines, and generators. They ensure efficient energy conversion and monitor environmental impact. |
INR 4.50 Lacs to INR 10.25 Lacs |
| HVAC Design Engineer |
HVAC Design Engineers design heating, ventilation, and air conditioning systems for buildings. They consider energy efficiency, indoor air quality, and comfort. |
INR 3.50 Lacs to INR 8.20 Lacs |
| Refrigeration and Air Conditioning Engineer |
These engineers specialize in refrigeration and air conditioning systems, designing, installing, and maintaining them for various applications. |
INR 3.25 Lacs to INR 7.80 Lacs |
| Energy Management Specialist |
Energy Management Specialists optimize energy usage and efficiency in industries and buildings. They identify areas for energy conservation and implement sustainable practices. |
INR 3.75 Lacs to INR 9.50 Lacs |
4 Years
Under Graduate
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