Learning surrogate models for computational fluid dynamics
Ph.D. research in the SmartDATA Lab: learned surrogates that stand in for expensive CFD solvers, judged on stability, physical consistency, and generalization.
I build machine-learning systems for hard physical and biological data: surrogate models for computational fluid dynamics in the SmartDATA Lab, event detection and source separation for neural imaging, and the research software that keeps experiments honest. I am a Ph.D. student in Electrical and Computer Engineering at the University of Florida.
The highest-signal project pages that explain what I am building and why it matters.
Ph.D. research in the SmartDATA Lab: learned surrogates that stand in for expensive CFD solvers, judged on stability, physical consistency, and generalization.
Six phases of preregistered experiments asking whether a kernel-routed persistent memory helps sequence models: no general advantage yet, but the hypothesis has narrowed from dense radial attention to sparse, top-K-routed separable memory.
Pipeline that maps noisy multichannel time-series observations to compact latent trajectories with a Hierarchical Linear Dynamical System (HLDS), then evaluates those trajectories for classification, separability, and stability.

Research platform for zebrafish neural-imaging video: statistical event detection for voltage recordings and a calcium-imaging experiment program that separates activity from background, artifacts, and noise.
Software I build outside the lab: apps with their own public homes and tools for my own work.

A local-first training and progress app for lifters: fast set logging, a coach that drafts one change with its confidence, and a biomechanics research spine beside the app.
A reasoning-mastery platform for rigorous STEM courses: attempt a problem, get a deterministic diagnosis of the exact idea you missed, repair the gap, and prove it in a new context.
Local-first photo and video culling that ranks a shoot, learns my taste, and feeds a capture recipe back to the camera.
A mechanics engine for lifters is only trustworthy if the outputs it cannot support are unreachable by construction, not merely omitted from the current release.
Citations, code, and the official University of Florida references for this work.