- AE 2550. ATMOSPHERIC AND SPACE ENVIRONMENTS
- AE 2712. INTRODUCTION TO AEROSPACE STRUCTURES
- AE 2713. ASTRONAUTICS
- AE 3410. COMPRESSIBLE FLUID DYNAMICS
- AE 3602. INCOMPRESSIBLE FLUIDS
- AE 3703. INTRODUCTION TO CONTROL OF DYNAMICAL SYSTEMS
- AE 3711. AERODYNAMICS
- AE 3712. AEROSPACE STRUCTURES
- AE 3901. ENGINEERING EXPERIMENTATION
- AE 4710. GAS TURBINES FOR PROPULSION AND POWER GENERATION
Undergraduate Courses
- AE 4712. STRUCTURAL DYNAMICS
- AE 4713. SPACECRAFT DYNAMICS AND CONTROL
- AE 4717. FUNDAMENTALS OF COMPOSITE MATERIALS
- AE 4718. ADVANCED MATERIALS WITH AEROSPACE APPLICATIONS
- AE 4719. ROCKET PROPULSION
- AE 4723. AIRECRAFT DYNAMICS AND CONTROL
- AE 4733. GUIDANCE, NAVIGATION AND COMMUNICATION
- AE 4770. AIRCRAFT DESIGN
- AE 4771. SPACECRAFT AND MISSION DESIGN
Graduate Courses
- AE 591. GRADUATE SEMINAR
- AE 593. SP TOP: COMBUSTION
- AE 693. ADVANCED SPECIAL TOPICS
- AE 5091. GRADUATE SEMINAR
- AE 5101. FLUID DYNAMICS
- AE 5102. ADVANCED GAS DYNAMICS
- AE 5103. COMPUTATIONAL FLUID DYNAMICS
- AE 5104. TURBOMACHINERY
- AE 5105. RENEWABLE ENERGY
- AE 5106. AIR BREATHING PROPULSION
- AE 5107. APPLIED FLUID DYNAMICS
- AE 5110. INTRODUCTION TO PLASMA DYNAMICS
- AE 5111. SPACECRAFT PROPULSION
- AE 5200. MECHANICAL VIBRATIONS
- AE 5202. ADVANCED DYNAMICS
- AE 5220. CONTROL OF LINEAR DYNAMICAL SYSTEMS
- AE 5221. CONTROL OF NONLINEAR DYNAMICAL SYSTEMS
- AE 5222. OPTIMAL CONTROL OF DYNAMICAL SYSTEMS
- AE 5223. SPACE VEHICLE DYNAMICS AND CONTROL
- AE 5224. AIR VEHICLE DYNAMICS AND CONTROL
- AE 5380. FOUNDATIONS OF ELASTICITY
- AE 5381. APPLIED ELASTICITY
- AE 5382. AEROELASTICITY
- AE 5383. COMPOSITE MATERIALS
- AE 6093. ADVANCED SPECIAL TOPICS
Supplemental Graduate Courses
-
AE 5903: ST Composites
This course covers the anisotropic constitutive behavior and micromechanics of composite materials, and the mechanics of composite structures at an introductory graduate level. Topics covered will be chosen from: classification of composites (reinforcements and matrices), anisotropic elasticity, composite micromechanics, effect of reinforcement on toughness and strength of composites, laminate theory, statics and buckling of laminated beams and plates, statics of laminated shells, residual stresses and thermal effects in laminates.