Research on robotics and embodied intelligence with a focus on more structured and adaptive agent behavior.

Developed an experience-augmented planning framework that lets embodied agents build and reuse structured memory.

Ant-colony-inspired search over reasoning paths for language models on mathematical and structured reasoning tasks.

Studied PMMA-etOCS nanocomposites and their potential relevance to longer-lived solar technologies.

Studied how defect geometry influences strength, including cases where void structures improve material performance.

Molecular dynamics simulations on composite wettability and atomic-scale material behavior.

Led a materials experiment that flew to 70,000 feet and opened follow-on discussions around future mission applications.

Worked on agentic benchmarking and automation-oriented AI systems in a production setting.

Built software to reduce researcher stress and organize research execution with machine-learning-assisted planning.

Patent-holding work on metamaterials for earthquake resistance that later moved toward acquisition and commercialization.

Partnered with Delaware NASA Space Grant to grow student aerospace programming, research opportunities, and speaker events.

Helped scale a volunteer tutoring network serving students across multiple states and countries.