🧠 How I Think About Data

My research at MIT taught me that humans don’t just see data—they construct meaning. I design solutions with this in mind, optimizing dashboards for natural eye movement and building ML systems that can explain their reasoning.

Featured Writing

A mix of notes & experiments, data narratives, and essays & perspectives—built to show how I approach messy problems.

Cognitive Principles in Practice

Metadata Matters

Just as our brains rely on associations to retrieve memories, the web relies on metadata to surface meaning from the void.

More on metadata, the digital equivalent of cognitive context →

Cognitive Offloading

Leverage preattentive attributes—like position and luminance—to design dashboards that respect the brain's processing limits.

Designing for How People Actually See →

Grow from Messiness

Life rarely fits into neat database schemas. I used ML on my real-world exercise data, granting me trust in my own metrics again.

Why perfect data is not a prereq for a healthy system →

Featured Projects

Fitness Dashboard

Self-Hosted Workout Intelligence

Attention patterns reveal signal in 14 years of messy data.

When my running data collided with daily dog walks, every workout got mislabeled as a “run”—even the 30 minute sniff walks. I built a full pipeline (auto csv export → λ → ) that classifies runs vs. walks using ML, with built-in model retraining for transparency.

Cognitive insight: Humans recognize patterns through contrast and repetition—this system leverages both to surface the real story in behavioral data.

Convoscope

Conversational AI Management

Multi-modal comparison designed for cognitive load management.

Hopping between AI providers while losing track of what worked where felt increasingly inefficient. Convoscope is my solution: one interface, multiple models (OpenAI, Anthropic, Google), persistent conversation history, and automatic topic extraction. It’s a flexible workspace for comparing outputs side-by-side.

Cognitive insight: Working memory can only hold 7±2 items—by offloading comparison to visual space, we free cognitive resources for actual thinking.

Beehive Tracker

Beehive Analytics Platform

Computer vision meets human memory to structure 4 years of visual documentation.

Four years of unlabeled bee photos became a living knowledge base by combining EXIF metadata, Google Cloud Vision, and weather APIs. The result: a knowledge graph with a query UI that surfaces patterns—when swarms happened, which seasons were productive, what weather preceded problems.

Cognitive insight: Human memory is associative, not chronological—this system mirrors how beekeepers actually recall and connect observations.

At-a-Glance: Education & Big Moves

Quick visual timeline of the milestones that shaped my path — from UT Austin and MIT to data science and consulting.

Read more at My Journey

🔬 Currently Exploring

AI Explainability Knowledge Graphs Human-AI Collaboration Attention Mechanisms in LLMs Data Product Design

Interested in discussing any of these? Let's connect