M.Tech. in Heat Power is a 2 year postgraduate degree program, the minimum eligibility is B.E./B.tech from a recognized school board or its equivalent exam. Admission to M.Tech. Heat Power course is depends upon the premise of candidate’s performance in a relevant entrance exam, and ensuing round of counselling.
Some of the top colleges and institutes which provide admission to M.Tech. in Heat Power are as follows:
- National Institute of Technology-NIT Calicut, Calicut.
- National Institute of Technology-NIT Silchar, Silchar
- Sri Satya Sai Institute of Science and Technology, Sehore
- National Institute of Technology-NIT Hamirpur, Hamirpur
- AISECT University, Madhya Pradesh
M.Tech Heat Power Engineering is a postgraduate Power System Engineering program. Heat Power Engineering is a core engineering discipline. Heat energy is the reason for most of the power absorbing and power producing devices. This program helps to Participation in project design, leading events identified with testing new or non-standard heat-mass exchange equipment and its execution and implementation and furthermore working at standardization of engineering equipment, facilities, and materials.
Students who complete this course have the job opportunities in the teaching field in numerous colleges and universities. To give the great base, the course is likewise gainful to go for additional work like research or Ph.D. Contingent upon various enterprises and functions, there are loads of opportunities accessible in both public and private sectors for the engineers who will complete this course.
To aid Maintenance and design of their machinery, there is an enormous requirement of engineers in the Defense and Railways. Being a permanent member of an engineering or technical department, the applicants who complete this program can likewise function as a part of an engineering and technical team.
The average tuition fee charged for the course in India ranges between INR 10,000 to 4 lacs, for a span of 2 years. Such postgraduates are hired in capacities such as Lecturer, Researcher, Junior Engineer, Assistant Engineer, Executive Engineer, Independent Consultant, Maintenance Engineer, Mechanical/Sales Engineer, Mechanical Design Engineer, Assistant Executive Engineer, Mechanical Engineer, Heat Exchanger, Power Plant Operator, Application Engineer etc. A fresh graduate in this field can earn an average salary of INR 4 to 12 Lacs per annum.
Top Colleges for Master of Technology [M.Tech] (Heat Power)
- Master of Technology [M.Tech] (Heat Power) in Maharashtra
- ME/M.Tech in Delhi-NCR
- ME/M.Tech in Maharashtra
- ME/M.Tech in Chennai
- ME/M.Tech in Uttar Pradesh
- ME/M.Tech in Telangana
M.Tech. in Heat Power: Course Highlights
Given below are some of the main highlights of the course.
|Course Level||Post Graduate|
|Duration of the Course||2 years|
|Examination Type||Semester and Annual|
|Admission Process||Entrance exam and Merit Based|
|Average Course Fee||INR 10,000 to 4 lacs|
|Average Starting Salary||INR 4 lacs to 12 Lacs|
|Top Recruiting Companies||TCS Ltd., Vestas and Visteon, Mahindra and Mahindra Ltd., Ashok Leyland, Tata Motors Ltd., Maruthi Suzuki Motors Ltd., Hindustan Motors, Hyundai Motors Ltd., Bajaj, Thomson Reuters, CPWD, PWD, etc.|
|Top Job Areas||Colleges & Universities, CPWD, Defense, PWD, Posts and Telegraphs, Power Plants, Steel Plants, Agricultural, Space Research Institutes, Automobile etc.|
|Top Job Positions||Lecturer, Researcher, Junior Engineer, Assistant Engineer, Executive Engineer, Independent Consultant, Maintenance Engineer, Mechanical/Sales Engineer, Mechanical Design Engineer, Assistant Executive Engineer, Mechanical Engineer, Heat Exchanger, Power Plant Operator, Application Engineer etc.|
M.Tech. in Heat Power: What is it all about?
M.Tech. in Heat Power is a postgraduate Power System Engineering program. This program serves to ponder the standards of mechanics, materials and energy to design and manufacture machines and gadgets of various kinds. Subjects completed this course are Mechanical vibrations, manufacturing processes, Mechatronics, Tool Engineering and Design, Heat and Mass Transfer, Design of machine elements, Computer Integrated Manufacturing and Robotics.
The course concentrates on the subject, for example, Energy Efficiency, Renewable Energy, energy economy, energy saving policies and means, Environmental legislation, environmental preservation that are the important line of Energetic and Thermal engineering. Every single part of heat generation and heat removal in an electronics system is dealt with the thermal engineers.
Students who are having the high bent in mathematics that is needed to understand different kinds of equations and complex issues utilized in the profession are best appropriate for this program. In the field of liquid Mechanics and thermodynamics, the candidates who need to get to the high-level training in practice and theory of wide range of industrially pertinent points are best appropriate for this program. The fundamental or requirement for a person to become the thermal engineer is they must have great proficiency in natural science and mathematics. The applicants willing to upgrade their knowledge in fields such as fluid mechanics and heat transfer, thermodynamics are best fit for this program.
M.Tech. in Heat Power: Top Institutes
Given below are some of the top institutes in India that offer the course.
|NAME OF INSTITUTE||CITY||AVERAGE ANNUAL FEES|
|Indian Institute of Technology||Kharagpur||INR 25,500|
|Indian Institute of Technology||New Delhi||INR 81,000|
|Indian Institute of Technology||Madras||INR 82,500|
Indian Institute of Technology
|Indian Institute of Technology||Bangalore||INR 21,700|
|Indian Institute of Technology||Mumbai||INR 45,200|
|Indian Institute of Technology||Varanasi||INR 34,600|
|Birla Institute of Technology||Pilani||INR 3,38,000|
|Indian Institute of Technology||Guwahati||INR 17,200|
|Indian Institute of Technology||Dhanbad||INR 59,000|
|National Institute of Technology||Karnataka||INR 86,800|
|Delhi Technological University||New Delhi||INR 1,45,000|
M.Tech. in Heat Power: Eligibility
Candidates must have completed BE / B.Tech or equivalent degree with at least 50% marks or equivalent CGPA.
M.Tech. in Heat Power: Admission Process
Admission to M.Tech in Heat Power degree course is purely done by the national level or state level entrance exam. aspiring candidates have to appear the entrance exam for taking admission. Graduate Aptitude Test in Engineering (GATE) is the all India level examination which provides admission in IITs. GATE scores are additionally accepted by various reputed engineering colleges and institutes.
Direct Admission: Some institutes like Symbiosis Institute of Technology, Gandhi Institute for Technology and Amrita University also give direct entry to GATE qualified students to the M.Tech. program.
Following are a few entrance tests that are conducted by some of the M.Tech. in Heat Power colleges in India:
- Birla Institute of Technology and Science Admission Test (BITSAT)
- Delhi Technological University Entrance Examination (DTUEE)
- GATE - Graduate Aptitude Test in Engineering GATE
- Post Graduate Common Entrance Test (PGCET)
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M.Tech. in Heat Power: Syllabus and Course Description
A semester- wise breakup of the course’s syllabus is tabulated below.
|Semester I||Semester II|
|Advanced Mathematics||Advanced Thermodynamics|
|Advanced Heat Transfer||Advanced Fluid Dynamics|
|Instrumentation Systems for Thermal Equipment||Refrigeration, Air Conditioning and Thermodynamic Cycle Analysis|
|Energy Conversion System||Turbo machinery|
|Elective I||Elective III|
|Elective II||Elective IV|
|Semester III||Advance Thermal Engineering Lab|
|Computational Fluid Dynamics||Semester IV|
|Solar Energy Utilization||Practical|
|Elective V||Project-Phase II|
M.Tech. in Heat Power: Career Prospects
After successful completion of this course, candidates can look for career opportunities in various areas such as space research organization, Nuclear Power Station, Engineering Equipment Industries, Thermal Power Stations, Pollution control Agencies, Oil Exploration and Refining, Energy Conservation Department etc.
There are numerous job opportunities available for the Heat Power engineering candidates. Applicants having a postgraduate degree in Heat Power Engineering have the wide variety of career opportunity in a teaching field and hydro-electric power plant and in thermal plants; the applicants who successfully finished this program also find work in Industries or Companies who manufacture Refrigerators, heat exchangers, A.C.s etc.
|JOB POSITION||JOB DESCRIPTION||AVERAGE ANNUAL SALARY|
|Power Plant Operators||Power plant operators are responsible to control power-generating tools and equipment that can utilize any type of fuel, for example, nuclear fuel, coal, or natural gas.||INR 5 to 6 Lacs|
|Researcher||Researchers are in charge of working with team members to understand and identify research methods, project goals, variables, and various test parameters.||INR 5 to 6 Lacs|
|Mechanical Engineer||Mechanical Engineer is in charge of designing power-producing equipment and machines, for example, internal combustion engines, electric generators, steam, gas turbines and power-using machines, for example, air-conditioning systems and refrigeration system.||INR 3 to 4 Lacs|
|Lecturer/ Professor||Lecturer/Professor is in charge for educating at undergrad and graduate competitors in subjects assigned by and evaluated every once in a while by the Head of Department, and to oversee or help with supervision of undergrad, post-graduate (Masters) or research graduate (MPhil/PhD) students.||INR 8 to 9 Lacs|
|Maintenance Engineer||Maintenance Engineer is in charge of undertaking booked and breakdown maintenance of engineering equipment or plants. A Maintenance engineer’s work includes checking, servicing and repairing machinery, systems equipment and infrastructures.||INR 3 to 4 Lacs|