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APPENDIX C: Schedule of Course Offerings

The following is the anticipated scheduling of graduate course offerings previously described in Appendix B along with similar listings for elective and required undergraduate courses. An x in a given semester indicates that the course is to be offered every year. An e or an o in a given semester means that the course will be offered only in even or odd numbered years respectively. A ? means the course will be offered on demand. It should be noted that a course will not be offered if there is an insufficient enrollment. (For areas, F&P = Fluids & Propulsion;S& A= Structures & Aeroelasticity, C = Controls;D = Design)

Tentative Schedule of AE Graduate Courses

 
Fall
Spring
Summer
Areas
AE 6009 - Viscous Flow
x
 
 
F&P
AE 6012 - Turbulent Flow
 
x
 
F&P
AE 6020 - High Speed Flow
 
x
 
F&P
AE 6030 - Unsteady Aero
x
 
 
F&P
AE 6042 - CFD
 
x
 
F&P
AE 6050 - Gas Dynamics
 
 
 
F&P
AE 6052 - Flow Diagnostics
 
 
 
F&P
AE 6060 - Aeroacoustics
x
 
 
F&P
AE 6070 - Rotary Wing Aero
x
x
 
F&P
AE 6080 - Turbulence
 
 
 
F&P
AE 6100 - Struc. Stability I
 
x
 
S&A
AE 6104 - Computational Mech.
 
 
 
S&A
AE 6200 - Aeroelasticity
 
x
 
S&A
AE 6210 - Advanced Dynamics I
x
 
 
S&A
AE 6211 - Advanced Dynamics II
 
x
 
S&A
AE 6230 - Structural Dynamics
x
 
 
S&A
AE 6251 - Experimental Struc. Dyn
 
 
 
S&A
AE 6263 - Flexible Multibody Dyn.
 
 
 
S&A
AE 6270 - Nonlinear Dynamics
 
 
 
S&A
AE 6322 - Space Launch & Veh. Design
 
x
 
D
AE 6333 - Rotorcraft Design I
x
 
 
D
AE 6334 - Rotorcraft Design II
 
x
 
D
AE 6343 - Fixed Wing Design I
x
 
 
D
AE 6344 - Fixed Wing Design II
 
x
 
D
AE 6353 - Orbital Mech.
x
 
 
D
AE 6354 - Adv. Orbital Mech.
 
x
 
D
AE 6355 - Planetary Entry
 
x
 
D
AE 6361 - Propulsion System Des.
 
x
 
D
AE 6362 - Safety by Design
 
 
x
D
AE 6372 - Aerospace Systems Engineering
x
 
 
D
AE 6373 - Adv. Design Methods I
x
 
 
D
AE 6374 - Adv. Design Methods II
 
x
 
D
AE 6380 - CAE/CAD
 
 
 
D
AE 6381 - Software Development
 
 
 
D
AE 6382 - Computing Systems for Eng. Research Laboratory
 
 
 
D
AE 6383 - Applied Design Lab
 
 
 
D
AE 6410 - Combustion Dynamics
x
 
 
F&P
AE 6412 - Turbulent Combustion
 
 
 
F&P
AE 6440 - Turbine Engine Aerothermodynamics
 
 
 
F&P
AE 6445 - Combustor Fundamentals
 
x
 
F&P
AE 6450 - Rocket Propulsion
x
 
 
F&P
AE 6451 - Electric Propulsion
 
 
 
C&P
AE 6503 - Helicopter Stab. & Control
 
x
 
C
AE 6511 - Optimal Guidance & Control
x
 
 
C
AE 6520 - Advanced Flight Dynamics
x
 
 
C
AE 6531 - Robust Control I
 
x
 
C
AE 6551 - Cognitive Engineering
x
 
 
D
AE 6571 -Air Traffic Control and Mgt
x
 
 
D
AE 6580 - Nonlinear Control
 
x
 
C
AE 6760 - Acoustics I
 
x
 
F&P
AE 6761 - Acoustics II
x
 
 
F&P
AE 6765 - Kinetics & Thermo of Gas
x
 
 
F&P
AE 6766 - Combustion
 
x
 
F&P
AE 6769 - Linear Elasticity
x
 
 
S&A
AE 6770 - Engergy Methods in Elasticity & Plasticity
x
 
 
S&A
AE 6779 - Dyn Sys Sim. & Modeling
 
 
 
C
AE 7772 - Fracture Mechanics
 
 
 
S&A
AE 7774 - Fatigue Matls. & Structures
 
 
 
S&A
AE 7775 - Topics Frac. & Fatigue
 
 
 
S&A
AE 7792 - Adv. Mech. of Composites
 
 
 
S&A
AE 8803 - Multiphase Combustion
 
 
 
F&P
AE 8803 - Plasticity & Viscoelasticity
 
 
 
S&A
AE 8803 - Structural Acoustics
 
 
 
S&A
AE 8803 - Humans & Autonomy
 
 
 
C
AE 8803 - Software Reliability Analysis
 
 
 
C
AE 8803 - Optical Diagnostics for Reacting Flows
 
 
 
F&P
AE 8803 - Advanced Design Methods III
 
 
 
D
AE 8803 - Intro to Space Mission Architecture
 
 
 
D
AE 8803 - Human Contributions to Safety
 
 
 
D
 

 

Tentative Schedule of AE Elective Undergraduate Courses

 
Credit Hours
Fall
Spring
Summer
Areas
AE4040 - CFD
3
     
F&P
AE4051 - Flow Diagnostics
3
     
F&P
AE4060 - Aeroacoustics
3
     
F&P
AE4070 - Propeller and Rotor Theory
3
     
F&P
AE4080 - Aerothermodynamics
3
     
F&P
AE4120 - Composite Structures
3
     
S&A
AE4131 - Finite Element Methods
3
     
S&A
AE4170 - Struc Integ. & Durability
3
     
S&A
AE4310 - Space Flight Mechanics
3
 
 
 
D
AE4375 - CAE/CAD
3
     
D
AE4461 - Intro to Combustion
3
     
F&P
AE4521 - Vehicle Guidance & Simulation
3
     
C
AE4580 - Avionics Integration
3
 
 
 
C
AE4757 - Biofluid Mechanics
3
     
F&P
AE4758 - Biosolid Mechanics
3
     
S&A
AE4760 - Eng. Acoustics & Noise Control
3
     
F&P
AE4791 - Mech. Behavior of Composites
3
     
S&A
AE4793 - Composite Mat’l & Proc.
3
     
S&A
AE4794 - Composite Manufact. & Testing
3
     
S&A
AE4813 - Avionics Unmanned Vehicle
3
     
C
 

 

Tentative Schedule of AE Required Undergraduate Courses

 
Credit Hours
Fall
Spring
Summer
AE1350 - Intro to AE
2
x
x
 
AE2020 - Low Speed Aero
3
x
x
x
AE2220 - Dynamics
3
x
x
x
AE3021 - High Speed Aero
3
x
x
 
AE3051 - Exp. Fluid Dyn.
2
x
x
 
AE3125 - Aero Structural Analysis
4
x
x
 
AE3145 - Structures Lab
1
x
x
 
AE3310 - Performance
3
x
x
x
AE3450 - Thermo & Comp. flow
3
x
x
 
AE3515 - System Dynamics and Control
4
x
x
 
AE3521 - Flight Dynamics
4
x
x
x
AE4220 - Aeroelasticity
3
x
x
 
AE4350/4356 - Design I
3
x
   
AE4351/4357 - Design II
3
 
x
 
AE4451 - Propulsion
3
x
x
 
AE4525 - Feedback Control
2
x
x
 
COE2001 - Statics
2
x
x
x
COE3001 - Deformable Bodies
3
x
x
x