about

I am a computer science Ph.D student at Vanderbilt University where my research explores decision-making under uncertainty for real-world cyber-physical systems. I conduct research at ScopeLab under the guidance of Abhishek Dubey.

Broadly, my research interests center on developing intelligent, adaptable, and safe decision-making algorithms that can be applied to cyber-physical systems. I care deeply about real-world impact, specifically in domains like medicine, public transportation, and emergency response, where improved decision-making can significantly enhance the quality of life.

To this end, my work primarily focuses on the development of algorithms for decision making under uncertainty, with a particular emphasis on non-stationary environments, where the underlying system dynamics change over time. My research spans the domains of reinforcement learning, deep learning, and cyber-physical systems.

Prior to starting my Ph.D. program, I earned an M.S. in Data Science from the Colorado School of Mines in Golden, CO. Before that, I completed a bachelor’s degree in both physics and Chinese language from Trinity University in San Antonio, TX.

Outside of my research, you can find me on the mats practicing Jiu-Jitsu, playing blitz chess, or exploring the Nashville restaurant scene.

Contact

first name dot s dot last name at vanderbilt dot edu