I served as project manager and tech lead for the claims-based submission pipeline for the Center for Medicare and Medicaid's Quality Payments Program. This pipeline processes over 3 billion claims submitted by 300,000 Medicare providers to quantify the quality of care received by Medicare patients in an effort to prioritize quality of care over quantity of care.

In addition to my work with CMS, I helped build a new map-based product to quantify adequacy of insurance networks sold through government exchanges.

Software Engineer on the Analytics Services team. Worked to collect and process standardized, high-quality data.

As a researcher in the Center for Integrated Plasma Studies, I analyzed statistical properties of simulations of magnetic reconnection in astrophysical plasmas. I used Python to identify and classify magnetic structures to understand chaotic behavior during magnetic reconnection.

As a research assistant in the Hough Lab, I studied biophysical properties of disordered proteins. I grew, purified, and fluorescently labeled proteins for experiments, then measured fluorescence transfer (FRET) to understand binding of Nuclear Pore Complex proteins. In addition, I modeled diffusion of disordered protein through gel in MATLAB.