Aerospace Engineering
2026-2027
77 courses
- AE 100Intro to Aerospace Engineering credit:
- AE 140Aerospace Computer-Aided Design credit:
- AE 199Undergraduate Open Seminar credit: 0 to
- AE 202Aerospace Flight Mechanics credit:
- AE 298Special Topics credit: 1 to
- AE 302Aerospace Flight Mechanics II credit:
- AE 311Incompressible Flow credit:
- AE 312Compressible Flow credit:
- AE 321Mechs of Aerospace Structures credit:
- AE 323Applied Aerospace Structures credit:
- AE 352Aerospace Dynamical Systems credit:
- AE 353Aerospace Control Systems credit:
- AE 370Aerospace Numerical Methods credit:
- AE 395Honors Project credit: 1 to
- AE 396Honors Seminar credit: 1 to
- AE 397Independent Study credit: 1 to
- AE 398Special Topics credit: 1 to
- AE 402Orbital Mechanics credit: 3 or
- AE 403Spacecraft Attitude Control credit: 3 or
- AE 410Computational Aerodynamics credit: 3 or
- AE 412Viscous Flow & Heat Transfer credit:
- AE 416Applied Aerodynamics credit: 3 or
- AE 419Aircraft Flight Mechanics credit: 3 or
- AE 420Finite Element Analysis credit: 3 or
- AE 428Mechanics of Composites credit:
- AE 433Aerospace Propulsion credit: 3 or
- AE 434Rocket Propulsion credit: 3 or
- AE 435Electric Space Propulsion credit: 3 or
- AE 442Aerospace Systems Design I credit:
- AE 443Aerospace Systems Design II credit:
- AE 445Sustainable Aviation credit: 3 or
- AE 451Aeroelasticity credit: 3 or
- AE 452Introduction to Nonlinear Dynamics and Vibrations credit:
- AE 454Systems Dynamics & Control credit: 3 or
- AE 456Global Nav Satellite Systems credit:
- AE 460Aerodynamics & Propulsion Lab credit:
- AE 461Structures & Control Lab credit:
- AE 462Applied Computational Fluid Dynamics credit: 3 or
- AE 468Optical Remote Sensing credit:
- AE 480Hypersonic Aerothermodynamics credit: 3 or
- AE 482Introduction to Robotics credit:
- AE 483Autonomous Systems Lab credit:
- AE 484UAV Performance, Design, and Fabrication credit:
- AE 485Spacecraft Environment and Interactions credit: 3 or
- AE 497Independent Study credit: 1 to
- AE 498Special Topics credit: 1 to
- AE 502Advanced Orbital Mechanics credit:
- AE 504Optimal Aerospace Systems credit:
- AE 508Optimal Space Trajectories credit:
- AE 510Advanced Gas Dynamics credit:
- AE 511Transonic Aerodynamics credit:
- AE 512Molecular Gas Dynamics credit:
- AE 514Boundary Layer Theory credit:
- AE 515Wing Theory credit:
- AE 521Fracture and Fatigue credit:
- AE 522Dynamic Response of Materials credit:
- AE 523Nanoscale Contact Mechanics credit:
- AE 524Nonlinear Solid Mech Design credit:
- AE 525Advanced Composite Materials credit:
- AE 526Composites Manufacturing credit:
- AE 527Multi-Scale Modeling of Materials credit:
- AE 528Nonlinear Continuous Media credit:
- AE 529Viscoelasticity Theory credit:
- AE 538Combustion Fundamentals credit:
- AE 542Aerospace Syst Engineering I credit:
- AE 543Aerospace Syst Engineering II credit:
- AE 550Nonlinear Aeroelasticity credit:
- AE 551Elastodynamics and Vibrations credit:
- AE 554Dynamical Systems Theory credit:
- AE 555Multivariable Control Design credit:
- AE 556Robust Control credit:
- AE 560Fracture Mechanics Laboratory credit:
- AE 564Advanced Aero Propulsion Lab credit:
- AE 590Seminar credit:
- AE 597Independent Study credit: 1 to
- AE 598Special Topics credit: 1 to
- AE 599Thesis Research credit: 0 to
No courses found.