Higher Diploma Courses-Thermal Power

First Course – General

Units	Practical	Theoretical	Subject
4	2	3	heat transfer	1
3	2	2	Fluid mechanics	2
2	–	2	thermodynamics	3
2	–	2	solar energy	4
2	–	2	applied mathematics	5
–	–	2	English	6
13	4	13	Total

Second Course – Specialized

Units	Practical	Theoretical	Subject
2	2	1	computer applications	1
3	2	2	Design of heat exchangers (specialty)	2
3	2	2	Turbines and pumps (specialty)	3
2	–	2	Power stations (specialty)	4
2	–	2	control and measurement systems	5
3	6	–	graduation project	6
15	12	9	Total

Master of Science Courses-Thermal Power

First Course – General

Units	Practical	Theoretical	Subject
3	222	2	Advanced  Heat Transfer	1
3	2	2	Advanced Fluid Mechanics	2
2	2	2	Advanced thermodynamics	3
3	2	2	Test Rigs Design, Measurements, and Data Analysis.	4
2	2	2	Advanced Applied Mathematics	5
2	2	2	English Language	6
15	4	12	Total

Second Course – Specialized

Units	Practical	Theoretical	Subject
3	2	2	Advanced Heat Exchangers Design	1
3	2	2	Computational Fluid Dynamics(CFD)	2
2		2	Exergy Analysis for Thermal Systems	3
2	2	2	Elective Subject#	4
2		2	Elective Subject#	5
2		2	English Language	6
14	4	12	Total
Doctor of Philosophy Courses-Thermal Power   First Semester Units Hours Subject   Total Pr. Th. 3 3 – 3 Advanced Mathematics 1 3 3 – 3 Statistical Thermodynamics and Kinetic Theory / major 2 3 3 – 3 Selected Topics in advanced Fluid Flow / major 3 3 3 – 3 Elective Course / minor 4 1 1 – 1 English Language 5 13 13 – 13 Total       Second Semester Units Hours Subject   Total Pr. Th. 3 3 – 3 Convective Heat and Mass Transfer / major 1 3 3 – 3 Design and Analysis of Thermal systems / major 2 3 3 – 3 Elective Course / major 3 3 3 – 3 Elective Course / minor 4 1 1 – 1 English Language 5 13 13 – 13 Total