Pursuing research in cislunar autonomous rendezvous, proximity operations, and docking (ARPOD). Developed a novel algorithm for debris detection from a satellite constellation, built a spacecraft modeling and control library in Julia, and designed low-cost cislunar rendezvous trajectories. Work spans data-driven control, astrodynamics, state estimation, and cyber security for space systems.

Environment mapping under information sparsity. Developed metrics for agent exploration performance, benchmarked state estimation algorithms, and created an algorithm for autonomous exploration of unknown cave environments.

Investigating the theoretical lifetimes of compact planetary systems analogous to those observed by Kepler and TESS. Developed a multiprocessing N-body simulation pipeline using the Rebound package. Resulted in four conference presentations and forthcoming journal publications.

TA for Programming for Engineers and Scientists (CSC 115 and CSC 170). Ran help sessions, wrote exam questions, and graded assignments.

Organized department admission events for the EECS Department. Created reinforcement learning control, deep computer vision, and autonomous vehicle demonstrations tailored for general audiences.

Assisted in the development of Radon mitigation systems for SURF. Researched Radon content trapped on materials to reduce exposure to the LUX Dark Matter detector. Participated in clean room work and preparation to transport systems to SURF.