Hi 👋🏼 I am an M.S. student in Robotics at the Carnegie Mellon University Robotics Institute, interested in building safe and adaptive robotic systems that can operate reliably under uncertainty.
Previously, I completed my B.S. in Computer Science with a Minor in Statistics at UC Santa Cruz, where I was fortunate to work with Prof. Leilani Gilpin at the AEIA Lab on LLM trustworthiness and interpretability, and Prof. Xin (Eric) Wang at the ERIC Lab on reasoning-model and VLA safety evaluation. I also conducted research at the National Renewable Energy Laboratory, developing physics-informed and interpretable models of nonlinear dynamical systems. Outside of research, I enjoy backpacking and practicing my wilderness EMT skills.
I’m excited by how embodied systems can reason about the world, learn interpretable dynamics, and act safely under uncertainty. This interest is motivated by questions of how language-based reasoning can be grounded in physical systems, and how structured dynamics can support reliable decision making. Broadly, my interests are in interpretable autonomy, grounded world models, and VLA-based reasoning monitors that help robots maintain reliable internal beliefs and execute robust manipulation behaviors.
ICLR 2026
IJCNLP-AACL 2025