As a researcher at Brigham and Women's Hospital, I develop computer vision programs for intraoperative image rendering. These tools seek to improve the availability and deployability of medical imagery, increasing the efficacy of neurosurgical procedures.

As Waterfront Director at Camp Belknap, I train and manage a team of 100 adult staff in the risk management and operation of our waterfront, including swim zones across one mile of waterfront, 100 vessels, and 300 campers per day.As Division Head at Camp Belknap, I work with boys from across the United States and the World between the ages of 8 and 16 in a traditional overnight camp setting to break the mold of toxic masculinity and foster a deep commitment to community. I oversee a team of 5 cabin leaders, 4 leaders in training, and 60 campers.

As a violinist in America's oldest and Harvard's premier symphony orchestra, I perform in HRO's regular-season performances and summer tours.

As a member of the Commercial Healthcare business development team, I built AI-driven models to assign win likelihoods to in-progress bids, increasing the accuracy of revenue predictions by 5%. I also profiled potential partners and upgraded and managed internal business records to streamline integration with financial modeling tools.

As a consultant for Climate TRACE, I designed and built computer-vision tools to model carbon and methane emissions from global dairy farms. Integrating federal, state, and GIS data, I eliminated errors of up to 40% over any previously deployed model.

As a full-stack software engineer, I contributed to machine learning and image recognition algorithms, back-end integration, relational database usage, front-end deployment, and web design.

Contributing to several projects on neural plasticity and homeostasis, my work has, most recently, focused on using deep learning algorithms to characterize local sleep behavior and homeostatic sleep pressure in mammal models.