MIT’s Aerospace Engineering program is known for pushing the boundaries of what's possible in aviation and space exploration. These projects offer a chance for undergraduate students to apply engineering theory to impactful, high-tech innovations in aeronautics and astronautics.
Autonomous Drone Navigation Using AI
Design of a Mars Entry, Descent and Landing System
Supersonic Aircraft Wing Design Using CFD
Rocket Propulsion Analysis using Hybrid Engines
Satellite Communication Systems for Low Earth Orbit
Smart Material Application in Aircraft Structures
Vertical Takeoff and Landing (VTOL) Vehicle Prototype
Noise Reduction Techniques in Jet Engines
Reusable Launch Vehicle Structural Design
Simulation of Re-Entry Heating on Spacecraft Shields
Microgravity Experiment Design for CubeSats
Space Debris Tracking System Using Optical Sensors
Development of Hypersonic Wind Tunnel Simulation Tools
Electromagnetic Launch System for Aircraft Carriers
Flight Control Algorithms for Unmanned Aerial Systems
Supersonic Nozzle Flow Optimization with AI
Design of Space Habitats for Mars Colonization
Orbital Rendezvous and Docking Simulation Models
High-Altitude Balloon Platform for Atmospheric Data
Advanced Composite Materials for Aircraft Fuselages
Satellite Antenna Deployment Mechanisms
Acoustic Signature Minimization in UAVs
AI-Powered Air Traffic Optimization Systems
Additive Manufacturing in Aerospace Structures
Ion Propulsion System Design for Interplanetary Probes
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