Postdoctoral Fellow in Data Science and Machine Learning at Texas Christian University, where I'm developing statistical and machine learning models for ranking and outcome prediction in multiplayer, multi-team competitions using professional PlayerUnknown's Battlegrounds (PUBG) data.
I earned a PhD in Mathematical Biology from Clarkson University (May 2025), where I developed fluid–structure interaction and ordinary differential equation models to study retinal detachment progression and its effects on photoreceptor cells.
Alongside my PhD, I pursued broader research in cell signaling, with a focus on filopodia dynamics in Notch–Delta interaction, mechanisms regulating pattern formation, and extensive work in numerical analysis and finite element methods.
I have over 13 years of teaching experience at both high school and college levels.
Machine Learning, Data Science, Mathematical Biology, Fluid Mechanics, Pattern Formation and Cell Signaling, Numerical PDEs, Immersed Boundary Methods, Finite Element Methods
Interaction between the vitreous humor and the detached retina in one saccadic eye rotation leading to further detachment as the vitreous humor interact with the retina.
Profile of adhesion bonds breaking in one sacadeic eye rotation as the vitreous humor interact with the detached retina resulting in further detachment.
Simulation for rubber band immersed in a fluid using ETD-scheme.
A plot of continuity condition for elastic rubber band in incompressible flow