RESEARCH

Professional Experience

Developed an electric octocopter propeller system theoretically capable of scaling 500m in under 60s by achieving a total static thrust of 32kN
Created a first principles propeller dynamics model to optimize various geometrical parameters based on the required thrust, pitch, air foil geometry, temperature changes, and various motor rotational speeds
Simulated and iterated upon the final propeller design through the use of computational fluid dynamics to verify its theoretical thrust capabilities at a variety of extreme temperature conditions

Developed aorta CAD models to simulate stent-graft deployment that helped facilitate further research to improve stent-graft design
Improved the efficiency of MATLAB code that models and simulates the flow rates and pressures of Fontan patients in comparison to regular patients
Researched and compiled previous studies performed on the aorta to develop a new material model for aorta tissue