Develop an algorithm to optimize wing design for maximum lift and minimum drag.
Investigate the performance and feasibility of lightweight materials.
Design and build a solar-powered unmanned aerial vehicle (UAV) for long-endurance flights.
Create an optimized nozzle design for supersonic propulsion systems to maximize thrust and efficiency.
Develop an autonomous landing system for unmanned aircraft that can safely land in various conditions.
Explore innovative concepts for hypersonic vehicles capable of traveling at extremely high speeds.
Study and propose techniques to reduce aircraft noise pollution during takeoff, landing, and flight.
Conduct a stability analysis of rockets to determine the optimal configuration for safe and controlled flight.
Devise strategies and technologies for capturing and removing space debris from Earth's orbit.
Design and implement an unmanned aerial delivery system for transporting goods.