Common compulsory applied engineering courses for both aeronautic and astronautic engineering tracks.
|
Code |
Course Title |
Cr. Hrs. |
Pre & Co-requisite |
|
ASE 310 |
Introduction to Aerospace Engineering |
2 |
IME 211 |
|
ASE 311 |
Aerodynamics (1) |
3 |
IME 210 |
|
ASE 314 |
Aerospace Structures (1) |
3 |
IME 224 |
|
ASE 315 |
Seminar and Project Based Learning on Aerospace Systems Design |
2 |
|
|
ASE 321 |
Aerodynamics (2) |
3 |
ASE 311 |
|
ASE 314 |
Aerospace Systems Manufacturing Technology |
2 |
IME 223 |
|
ASE 324 |
Aerospace Structures (2) |
3 |
ASE 314 |
|
ASE 416 |
Aerospace Vehicle Dynamics and Control (1) |
3 |
IME 324 |
|
ASE 412 |
Aerospace Propulsion (1) |
3 |
ERE 323 |
|
ASE 410 |
Computational Mechanics |
2 |
ASE 324, ASE 321 |
|
ASE 426 |
Aerospace Vehicle Dynamics and Control (2) |
3 |
ASE 416 |
|
ASE 422 |
Aerospace Propulsion (2) |
3 |
ASE 412 |
Aerospace engineering (ASE) has two tracks, aeronautics and astronautics. The students decide for one of them in the seventh semester by choosing the elective courses from the listed courses for each track as well as the graduation project.
Students decided to have their track in aeronautics engineering have to choose four course from the following group subject to the prerequisite conditions (each course weights 3 credit hours):
|
Code |
Course Title |
Cr. Hrs. |
Pre & Co-requisite |
|
ASE 430 |
High-Speed Aerodynamics |
3 |
ASE 434, ASE 438, ASE 321 |
|
ASE 431 |
Helicopter Performance and Design |
3 |
ASE 434, ASE 438, ASE 321 |
|
ASE 434 |
Unmanned Aircraft Mission Engineering |
3 |
ASE 311 |
|
ASE 435 |
Multidisciplinary Design Optimization |
3 |
ASE 434, ASE 438 |
|
ASE 438 |
Aircraft Systems |
3 |
ASE 310 |
|
ASE 439 |
Airline Operation and Management |
3 |
ASE 434, ASE 438 |
Graduation Project: (9 Credit Hours)
ASE 411 Graduation Project (1) – 3 Credit hours
ASE 421 Graduation Project (2) – 6 credit hours – Prerequisite: ASE 411
Industrial Training
ASE 500 Industrial Training – 0 Credit hours
Students decided to have their track in astronautics engineering have to choose four courses from the following group subjecting to the prerequisite conditions (each course weights 3 credit hours):
|
Code |
Course Title |
Cr. Hrs. |
Pre & Co-requisite |
|
ASE 440 |
Orbital Mechanics |
3 |
ASE 310 |
|
ASE 441 |
Space Mission Engineering |
3 |
ASE 310 |
|
ASE 442 |
Spacecraft Thermal Management |
3 |
ASE 440, ASE 441, ASE 412 |
|
ASE 443 |
Spacecraft Propulsion |
3 |
ASE 440, ASE 441, ASE 412 |
|
ASE 446 |
Spacecraft Attitude Dynamics |
3 |
ASE 440, ASE 441, ASE 416 |
|
ASE 448 |
Spacecraft Electrical Power Systems |
3 |
ASE 440, ASE 441 |
|
ASE 449 |
Principles of Satellite Technology |
3 |
Graduation Project: (9 Credit Hours)
ASE 411 Graduation Project (1) – 3 Credit hours
ASE 421 Graduation Project (2) – 6 credit hours – Prerequisite: ASE 411
Industrial Training
ASE 500 Industrial Training – 0 Credit hours
