Using accurate CFD simulations to model the performance of aerodynamic structures, evaluate stability, and optimize aircraft design for multiple mission configurations. Requires a solid foundation in aerodynamics and fluid mechanics, but underclassmen are encouraged to learn through experience!
Collecting data on propulsion configurations via a static test stand and a dedicated testing aircraft. The testbed plane also serves as a modular prototyping platform for electronics and subsystems.
Designing and manufacturing the airplane from scratch: optimizing for material weight, costs, and feasibility. Finite element analysis is frequently used in accordance with loaded physical prototypes to ensure that the airframe and critical structural elements can withstand the expected stresses and strains predicted by the aerodynamic analysis.
Responsible for designing and manufacturing all of the mission components for the competition. The team often works with circuit design and mechanical assemblies, giving students a wide range of hands-on experience.
