| 1 | Fluid flow equations |
| 2 | Inviscid flows & incompressible viscous |
| 3 | Fluid machinery |
| 4 | Thermodynamic basic concepts |
| 5 | Dimensional analysis |
| 6 | Propulsion and heat transfer basics |
| 7 | Air standard cycles |
| 8 | Pure substance properties |
| 9 | Beam stresses |
| 10 | Torsion |
| 11 | Springs and columns |
| 12 | Biaxial stress system |
| 13 | Statically indeterminate and determinate structures |
| 14 | Energy methods |
| 15 | Failure theories |
| 16 | Induced stresses |
| 17 | Compressors, combustion chambers, gas turbines flow; gas turbine nozzles |
| 18 | Unsymmetrical bending |
| 19 | Open/closed sections shear flow |
| 20 | Buckling of plates & stress analysis |
| 21 | Computational fluid dynamics fundamentals |
| 22 | Grid generation |
| 23 | Isoparametric/continuum elements |
| 24 | Finite volume methods & time dependent methods, finite element methods |
| 25 | Flight mechanics basics |
| 26 | Configurations, structure, control systems, instruments, engine of aircraft |
| 27 | Airplane power plants |
| 28 | Air conditioning & pressurizing |
| 29 | Airfoil theory |
| 30 | Subsonic wing theory |
| 31 | Steady level flight/gliding & climbing flight |
| 32 | Accelerated flight of airplanes |
| 33 | Rocket propulsion systems & hypersonic air breathing fundamentals |
| 34 | Stability/control of airplanes |
| 35 | Supersonic flow fundamentals |
| 36 | High speed flow experimental techniques |
| 37 | High speed flows on wings, airplanes, and propulsion standards |
