As the safety officer for PURPL I am responsible for ensuring the projects are tested in accordance with university safety regulations and they are reviewed by a credible advisor. I work closely with each Project Director to help schedule test times and ensure all participants of tests work in a safe and effective manner to maximize student safety and test success.

Working in conjunction with the Testbed team to design and fabricate a hot fire stand for current and future PURPL projects. My role focuses on creating robust and reliable test systems capable of supporting advanced propulsion tests while ensuring safe and effective operations for high-thrust rocket engines. I work hands-on with fluid systems and mechanical structures to meet our project needs.

As part of my research at the Non-Maritime Sensing Branch through NREIP I worked to develop a new airborne LiDAR system. My initial project was to design and develop a lightweight LiDAR system for integration with a UAV system. Following completion I focused on evaluating the potential of NASA's PACE (Plankton, Aerosol, Cloud, ocean Ecosystem) satellite for monitoring pollution generated by international shipping. Utilizing data from the HARP2 (Hyper-Angular Rainbow Polarimeter #2) sensor, I developed a model that correlates aerosol concentrations with ship traffic density along major global shipping routes. The aim is to predict the locations of GPS-concealed vessels based on observed aerosol patterns, contributing to more accurate environmental monitoring and enforcement. This work not only underscores the importance of satellite data in combating pollution but also highlights the future potential of leveraging advanced space technology for sustainable maritime practices.

Assisted the National Ice Patrol in creating 3D models of icebergs and comparing their dimensions to satellite imagery. The final product was on display at the Academy of Science Annual Gala in Washington, DC.

Part of the Science and Engineering Apprentice Program (SEAP) through the Office of Naval Research. I assisted on a CubeSat project that tested the feasibility of using robotic arms for orbital maintenance to extend satellite lifetimes.

Induction charging for final mile delivery drones.