Yoga Pose Detection and Correction
Pose detection using feedforward neural networks and Google MoveNet Thunder — 96.5% accuracy across 12 yoga poses, with real-time correction feedback.
READ PAPER ↗TECHNICAL SPECIFICATION · HUMAN, GENERALLY CAPABLE
FIG. 1 — THE SYSTEM IN QUESTION
I build AI systems that survive contact with production — from rubric-based LLM evaluation pipelines in clinical workflows to multi-agent platforms running on AWS ECS Fargate.
Right now I'm a research intern at CU Anschutz (LARK Lab), designing evaluation pipelines and guardrails for LLM outputs in clinical annotation, and building LLM-driven infographic generation pipelines. Before that I shipped a multi-agent debate engine for Honda 99P Labs and a self-improving BERT MLOps pipeline at Kobeyo.
Off the clock: football (pretending I'm prime Messi), Colorado trails, and vibe coding at 2 AM with lo-fi on. My specialty is taking a messy, complex idea, turning it into a clean scalable system — and actually finishing it.
Most recent first. Status tags are accurate.
Selected systems — with proof where it exists, and none invented where it doesn't.
Pose detection using feedforward neural networks and Google MoveNet Thunder — 96.5% accuracy across 12 yoga poses, with real-time correction feedback.
READ PAPER ↗Technical write-up on architecting a real-time multi-agent debate system with LLMs: agent orchestration, streaming responses, and audience interaction.
READ BLOG ↗Recruiting, collaborating, or just talking systems — my inbox is open.