Course  name

Undergraduate Sophomore Seminar

Aeromechanics I

Aeromechanics I - Honors

Aeromechanics II

Aeromechanics II Laboratory

Introduction to Aerospace Design

Introduction to Aerospace Design - Honors

Undergraduate Junior Seminar

Signal Analysis for Aerospace Engineering

Fluid Mechanics

Fluid Mechanics Laboratory

Aerodynamics 

Aerodynamics Laboratory

Dynamics and Vibrations

Aeropsace Systems Design

Structural Analysis I

Structural Analysis I Laboratory

Control Systems Analysis

Control Systems Laboratory

Undergraduate Senior Seminar

Introduction to Computational Fluid Dynamics

Viscous Flows

Zero-Gravity Flight Experiment

Flight Dynamics and Control

Air-Breathing Propulsion

Rocket Propulsion

Spacecraft Attitude Dynamics

Spacecraft Design

Aircraft Design

Aircraft Design - Section is DBF

Aircraft Design - Section is DBF

Deisng of Aerospace Structures

CubeSat Lab

Aircraft Conceptual Design
Requires Instructor Permission

Aero Prop Foundations
Requires Department Permission to verify pre-reqs of ME 20000, AAE 33300 and AAE 20000.

Principles of Dynamics

Introduction to Fluid Mechanics

Low-Gravity Fluid Dynamics

Orbit Mechanics

Space Traffic Management

Spacecraft Electric Propulsion

Air Breathing Propulsion

Attitude Determination & Control

Mechanical Behavior of Materials

Multidisciplinary Deisgn Optimization

Elasticity in Aerospace Engineering

Finite Element Methods in Aerospace Structures

B- or better in 352

Aerospace Eng Probability and Estimation

Systems Analysis and Synthesis

Complex System Safety

Impact Mechanics

Design of Composite Materials and Structures

Space Flight Operations

Prob Estimation and Tracking
AAE 34000 B or better. STAT 511 or Stat 316 are desired but not required. 

Spacecraft Structure Design

Seniors and Graduate Students only

AI/ML for Aerospace Structures

Must have taken AAE 204 & 352.