The Bachelor of Science in Aerospace Engineering at the University of Texas at Austin trains students to become pioneers in air and space innovation. With strong foundations in flight mechanics, satellite systems, propulsion, and simulation, students tackle real-world aerospace problems through research and design projects.
Design and Simulation of a Reusable Launch Vehicle
Optimizing Propeller Design for Small Drones
Micro-Satellite Communication System for Disaster Monitoring
Aerodynamic Analysis of Supersonic Airfoils
Autonomous Navigation Systems for UAV Swarms
Hybrid Rocket Engine Design for Student Satellites
Thermal Management System for CubeSats
Modeling of Mars Entry, Descent, and Landing Sequence
Structural Vibration Analysis in Aircraft Wings
AI-Based Fault Detection in Aircraft Control Systems
Electric Propulsion Design for Small Spacecraft
Orbital Debris Tracking and Collision Avoidance System
Designing Low-Cost Wind Tunnel for Aerodynamic Testing
Spacecraft Attitude Control Using Reaction Wheels
Bio-Inspired Flapping Wing Mechanism for MAVs
Trajectory Optimization of Lunar Transfer Orbits
Advanced CFD Simulation for Jet Exhaust Plume Behavior
Satellite Imaging System for Agricultural Forecasting
Design of a Pressure Regulator for Space Habitats
Autonomous Aerial Survey Drone for Large Terrain Mapping
Advanced Flight Control Using Neural Networks
Design of a Folding Wing Mechanism for Compact Drones
Simulation of Supersonic Combustion in Scramjets
Multi-Stage Rocket Performance Analysis
Energy Harvesting for Long-Duration Atmospheric Balloons
Launch your journey into space and flight innovation through UT Austin’s aerospace engineering program, bridging theory with future-ready projects.
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