I am an applied mathematician who models infectious disease and antimicrobial resistance in hospitals and across One Health systems linking people, animals, and the environment. I build mechanistic models (ODEs, SDEs, and stochastic simulation) and use SINDy for data-driven discovery of dynamical systems. I also apply statistical and machine-learning methods to electronic health records.

In 2025 I published four peer-reviewed papers, including first-author studies in One Health and the Journal of Hospital Infection, supported by a CDC Predoctoral Fellowship. I will complete an M.A. in Economics in December 2026. It extends my work on biosecurity compliance toward modeling the behavioral and economic drivers of infection prevention.