M Tech THERMAL POWER ENGINEERING
M Tech Thermal Power Engineering
About M Tech in Thermal Power Engineering:
M.Tech. in Thermal Power Engineering is a two-year (4 Semester) full-time postgraduate engineering programme aimed at shaping the student’s managerial and technical skills in the field of engineering. The aim of the Master of Technology in Thermal Power Engineering (M.Tech.) program is to prepare students for successful careers in the field of Thermal including Gas, Solar, Wind, Biomass etc., with exposure to on-job training for substantiation of Operational and Maintenance practices and concepts.
Career Opportunities:
Thermal engineers are required in the industries/companies that manufactures heat exchangers, A.C.s, Refrigerator, etc. They can also work in thermal power plants and hydro-electric power plant.
Career option in teaching field is also available for the candidates having postgraduate degree in thermal engineering.
Professionals of this field are generally recruited by the production firms. You can also get teaching jobs in various reputed universities and colleges.
After pursuing a degree in this field, you can easily find job opportunities in various areas like Engineering Equipment Industries, Nuclear Power Stations, Pollution Control Agencies, Space Research Organization, Oil Exploration and Refining, Thermal Power Stations, Energy Conservation Department, etc.
Unique Features:
The Department has been recognized as Research and Development Centre by Srinivas University for carrying out Research activities leading to Ph.D. Degrees. The department offers UG program namely, B.Tech. (Mechanical Engineering), and B.Tech. (Robotics, Artificial Intelligence & Machine Learning) in addition to the PG programmes M.Tech. Robotics & Automation, M.Tech. Computer Integrated Manufacturing, and M.Tech. Thermal Power Engineering. At present, the department has Ph.D. scholars working on Nanomaterials, Composites, Alternative fuels etc.
Being a private university, we have a feasibility to form our own syllabus. Thus we have approached several industrialists and have framed the syllabus according to the industry requirements and prepared an Industry oriented syllabus.
The students of the department will undergo internship in various reputed organizations all over the country. The students participate in various National and International level competitions, events regularly. The department possesses the state of the art research facilities to support the academic programs and research. Several projects of the students have been funded by the Government of Karnataka.
The department has a distinguished record in both teaching and research. The faculty members have excellent academic credentials and are highly regarded. They have publications at National and International levels. Several faculty members serve on the editorial boards of national and international journals, review technical articles for journals on a regular basis and organize conferences and workshops.
Course Structure:
| SEMESTER 1 | SEMESTER 2 | ||||
| S. No. | Subject | S. No | Subject | ||
| 1 | Numerical Methods For Engineers | 1 | Advanced Heat Transfer | ||
| 2 | Finite Element Method | 2 | Steam And Gas Turbines | ||
| 3 | Advanced Fluid Mechanics | 3 | Design Of Heat Transfer Equpment For Thermal Power Plant | ||
| 4 | Combustion Thermodynamics | 4 | Operations Management | ||
| 5 | Advanced Power Plant Cycles | 5 | Professional Elective II | ||
| 6 | Professional Elective I | 6 | Professional Elective III | ||
| 7 | Fluid Machinary Laboratory | 7 | MAT Lab | ||
| 8 | Seminar | 8 | Seminar | ||
| S. No. | Professional Elective I | S. No | Professional Elective II | S. No | Professional Elective III |
| 1 | Hydraulics & Pneumatics | 1 | Refrigeration And Air Conditioning | 1 | Non Conventional Energy Sources |
| 2 | Internal Combustion Engines | 2 | Nuclear Engineering In Power Generation | 2 | Gas Dynamics |
| 3 | Theory Of Plasticity & Metal Forming Process | 3 | Cryogenics | 3 | Jet Proplusion And Rocketry |
| 4 | Probability & Statistics | 4 | Thermal Power Station | 4 | Thermal Storage System |
| 5 | Hydraulics & Pneumatics | 5 | Refrigeration And Air Conditioning | 5 | Non Conventional Energy Sources |
| SEMESTER 3 | SEMESTER 4 | ||||
| S. No. | Subject | S. No | Subject | ||
| 1 | Seminar/Presentation on Internship (After 8 weeks from the date of commencement) | 1 | Project Work | ||
| 2 | Report on Internship | 2 | Report on Project work | ||
| 3 | Evaluation and Viva-Voce | 3 | Final Evaluation of Project Work and Viva-Voce | ||
Fee Structure
(For the Academic Year 2023-24)
| S.No | Courses | Duration | Annual Fee Structure | |
|---|---|---|---|---|
| Non-Karnataka | Karnataka | |||
| 1 |
M.Tech. (Thermal Power) Eligibility : Pass in B.Tech./B.E in Mechanical Engineering, Automobile Engineering, Automation & Robotics Engineering with 50% aggregate marks (NRI 25K extra in I Year) (*Conditions apply) |
2 Years (Four Semesters) | Year I : Rs. 83,000 Year II : Rs. 60,500 Total: Rs. 1,43,500 |
Rs. 70,000* Rs. 60,500 Rs. 1,30,500 |
Note :
(1) University Registration Fee, Semester Registration Fee, Eligibility Fee for other State/NRI students,
Examination Fee, Uniform Fee, Hostel Fee, Industry visit fee, Internship fee, Transportation fee, Sports & games
fee, Extra-curricular activity fee, etc., are extra. The course fees mentioned for subsequent years may vary annually
up to 6%.
(2) The University Placement & Training Team will assist the admitted students to get (a) Earn While Learn, (b)
Industry Internship, and (c) Final Job Placement.
(3) Karnataka Quota* : 1. Applicable only to Karnataka students having 50% or more in the applicable subject
combination. 2. To be considered as Karnataka domicile student should have studied last 7 years including
PUC/Degree in the Karnataka
(4) SC/ST/OBC Candidates should submit the Caste Certificate and Income Certificate to become Eligible