Approved By: UGC AICTE
Duration: 2 Years |
Eligibility: Graduation |
Course Deails:-
Subject Code |
Name of the Subject |
Semester-I |
|
10 MTP 11 |
Applied Mathematics |
10 MTP 12 |
Finite Element Methods |
10 MTP 13 |
Advanced Fluid Mechanics |
10 MTP 14 |
Thermodynamics & Combustion Engineering |
10 MTP 15X |
Elective - I |
10 MTP 16 |
Seminar |
Elective - I |
|
10 MTP 151 |
Non Conventional Energy System |
10 MTP 152 |
Nuclear Energy Conversion |
10 MTP 153 |
Energy Conservation and Management |
Semester-II |
|
10 MTP 21 |
Advanced Heat Transfer |
10 MTP 22 |
Steam & Gas Turbines |
10 MTP 23 |
Advanced Power Plant Cycles |
10 MTP 24 |
Theory of 1C Engines |
10 MTP 25X |
Elective - II |
|
* Project phase- 1 ( 6 weeks Duration) |
10 MTP 26 |
Seminar |
Elective - II |
|
10 MTP 251 |
Refrigeration and Air Conditioning |
10 MTP 252 |
Thermal Power Station - 1 |
10 MTP 253 |
Alternate Fuels for 1C Engines |
Note:- * Between the II Semester, After availing a vocation of 2 weeks |
|
Semester-III |
|
10 MTP 31 |
Design of Heat Transfer Equipments for Thermal Power Plant |
10 MTP 32X |
Elective -III |
10 MTP 33X |
Elective - IV |
|
*Project Phase -II (5 week Duration) |
10 MTP 34 |
Evaluation of Project Phase – 1 |
Elective - III |
|
10 MTP 321 |
Modeling and Simulation of Thermal Systems |
10 MTP 322 |
Computational Methods in Heat Transfer & Fluid Flow |
10 MTP 323 |
Convective Heat and Mass Transfer |
Elective-IV |
|
10 MTP 331 |
Engine Flow & Combustion |
10 MTP 332 |
Design & Analysis of Thermal Systems |
10 MTP 333 |
Experimental Methods in Thermal Power Engineering |
Semester-IV |
|
10 MTP 41 |
Evaluation of Project Phase - II |
10 MTP 42 |
Evaluation of Project Phase - III |
10 MTP 42 |
Project Evaluation & Viva Voce |