Approved By: UGC AICTE DTE
Duration: 2 Years |
Eligibility: Graduation |
Course Detail
Course Code |
Course title |
Semester - I |
|
10222TE101 |
Applied Mathematics for Thermal Engineering |
10222TE102 |
Advanced Heat Transfer |
10222TE103 |
Advanced Thermodynamics |
10222TE104 |
Environmental Engineering and Pollution Control |
10222TE105 |
Refrigeration System Design |
E01 |
Elective I |
Practical |
|
10222TE107 |
Thermal Engineering Laboratory |
Semester - II |
|
10222TE201 |
Advanced Internal Combustion Engineering |
10222TE202 |
Instrumentation for Thermal Systems |
10222TE203 |
Advanced Fluid Mechanics |
10222TE204 |
Fuels and combustion |
E02 |
Elective II |
E03 |
Elective III |
Practical |
|
10222TE207 |
Simulation Laboratory |
10222TE208 |
Seminar |
Semester - III |
|
E04 |
Elective IV |
E05 |
Elective V |
E06 |
Elective VI |
Practical |
|
10222TE304 |
Project Work Phase I |
Semester - IV |
|
10222TE401 |
Project Work Phase II |
List of Electives |
|
Elective I(E01) |
|
10222TEE11 |
Cogeneration and Waste Heat Recovery Systems |
10222TEE12 |
Energy Systems Modeling and Analysis |
10222TEE13 |
Advanced Power Plant Engineering |
Elective II (E02) |
|
10222EDE55 |
Computational Fluid Dynamics |
10222TEE22 |
Renewable Energy Systems |
10222TEE23 |
Cryogenic Engineering |
Elective III (E03) |
|
10222TEE31 |
Energy Management |
10222TEE32 |
Food Processing, Preservation and Transport |
10222TEE33 |
Industrial Refrigeration Systems |
Elective IV (E04) |
|
10222TEE41 |
Fans, Blowers and Compressors |
10222TEE42 |
Turbo machines |
10222TEE43 |
Nuclear Engineering |
10222TEE44 |
Space Propulsion |
Elective V (E05) |
|
10222TEE51 |
Energy conservation in Thermal Systems |
10222TEE52 |
Steam Generator Technology |
10222EDE63 |
Design of Heat Exchangers |
10222TEE54 |
Analysis of Thermal Power Cycles |
Elective VI (E06) |
|
10222TEE61 |
Finite Element Method in Heat Transfer |
10222TEE62 |
Fluid Flow and Heat Transfer in Engines |
10222TEE63 |
Solar Energy Systems |
10222TEE64 |
Fluidized Bed Systems |
10222TEE65 |
Internal Combustion Engine Design |