BIOGRAPHY :

I am a Postdoctoral Fellow in Machine Learning and Data Science at Texas Christian University (TCU). My current research investigates how systems learn, adapt, and make decisions, with a particular focus on the strategy of the Game of Go.

I have a strong background in Machine Learning, Mathematical Modeling, Fluid Mechanics, and Numerical Methods. I am passionate about applying mathematics to address real-world challenges, especially those rooted in biological systems. I thrive in collaborative, interdisciplinary environments where diverse perspectives drive innovation and discovery.

During my doctoral studies, I developed a fluid–structure interaction model to investigate the progression of retinal detachment, examining factors that influence the disease progression and the impact of the disease on rod cell function. As a research assistant, I also employed vertex modeling techniques to investigate how filopodia dynamics, such as protrusion and retraction, contribute to Notch-Delta signaling, a key mechanism in pattern formation within biological tissues.