Undergraduate research utilizing Computational Fluid Dynamics within Pulmonary Biology Division• Developed a computational model to measure the diffusion of gases and decay of high Reynolds Number flow in the human respiratory system for applications in diffusion-weighted pulmonary MRI imaging• Developed a flexible python module for creation and manipulation of an idealistic bifurcating respiratory airway tree adapted from previously published geometry

Semester Co-op rotation supporting the Development Engineering Team• Drafted, executed, and documented engineering studies (Process Characterization, GaugeR&R, Software Validation) of equipment for an in-process medical device production line• Implemented modifications to the assembly equipment to improve component conformancerate and reduce operator cycle time• Conducted measurement system analysis (MSA) assessments and adjustments to ensure theproduction equipment vision systems operated to correctly identify conforming assemblies

Semester Co-op rotation supporting the Manufacturing Engineering department• Assisted in transition of production to automated assembly cells, including facilitatingvalidation and verification studies, to increase production speed and efficiency• Executed engineering studies and experimental designs to optimize automated assembly cellsand improve part conformance rate• Used SolidWorks CAD to design and print various calibration, inspection, andexperimentation fixtures to simplify and improve operating procedures