Software engineer at Notable HealthBay Area, California
Games, instruments
and browser experiments.
murmuration · audio in lightFrom the app
A change of scenery Three of my projects.
At work / Notable Health
Software Engineer · August 2022–present
The work at NotableI work on Notable’s voice and conversations platform, which handles around 250,000 patient calls a month.
My work includes caller verification, call routing, transfers and monitoring. I wrote the inbound SIP integration specification used by health systems to connect their phone systems to the platform.
Before Notable
Before Notable, I worked on financial software, teaching tools and physics research.
2021–2022
Software Architect & Engineer
I worked on the backend and data model for a mobile financial product, using Flask, React Native and PostgreSQL.
2021–2022
Student Software Developer
I replaced a legacy WordPress and JSON system with an Express, React and PostgreSQL application supporting teaching across 20+ courses and 1,000 students.
2020
Software Engineering Intern
I built and deployed a React platform on Google Cloud to help students from non-traditional backgrounds discover careers and programs.
2019–2020
Research Assistant
I simulated fluid dynamics for CO₂ cooling in particle physics detectors.
Personal projects
Some of my browser projects. Open one to try it, or read about how it works.10 selected projects
Sailing with wind, cargo and other players.
My work / Sailing model · renderer · multiplayer
Point of sail determines thrust. The HUD shows relative wind, heel and velocity toward the mark.
Accounts, persistent cargo, up to 20 players per sea.
Music mapped to particles.
My work / Audio analysis · WebGPU renderer
Pitch, tempo, transients and stereo position shape the particles. Quiet passages thin and slow the field.
620k particles · 8.07ms GPU time at 1800 × 3043
A multiplayer voxel RPG.
My work / Design · client · authoritative realm service
The browser renders. A separate realm service owns quests, loot and combat, so everyone inhabits the same world.
Seven regions. Up to 64 players in a realm.
Tower defense across ten maps.
My work / Voxel modeler · fixed-step simulation · balance
Ten maps share a fixed 60Hz simulation. Later boards change line of sight, move a firestorm or close the roads you planned around.
249 authored waves, three heroes and an endless mode.
2048 in three dimensions.
My work / Engine · renderer · input · sound
Swipes follow the cube’s projected axes. Spreading its layers reveals the tiles inside.
Six slide directions, local saves and a single HTML file.
Five daily visual challenges.
My work / Interaction design · scoring · server & leaderboard
Everyone gets the same five visual tests. The server rescores the raw input with the same logic as the browser, so the leaderboard compares the same thing.
Five daily tests. A shared leaderboard. Live at eyeshot.app.
Bat, bowl and run between the wickets.
My work / Game design · fixed-step simulation · Three.js · PWA
The ball, fielders and both batters share a fixed-step simulation. Runs count when both batters reach their creases.
Offline solo play and private online matches.
Spaceflight through 64 generated star systems.
My work / Flight · procedural geometry · browser rendering
The solo build generates visible ships, stations and worlds in the browser, with a separate multiplayer service sharing the same procedural approach.
A playable solo edition with 64 generated star systems.
Cooperative expeditions where loot has to make it home.
My work / Game design · client · authoritative realm · persistence
The browser predicts movement while one realm resolves hits, rewards and death; inventory outcomes are saved atomically.
A live cooperative realm with personal loot, persistent upgrades and expedition recaps.
Space combat across seven connected sectors.
My work / Flight HUD · combat loop · contracts · pilot progression
A Node WebSocket service owns enemies, missions, rewards and pilot records while the browser renders flight and shared sector snapshots.
Seven connected sectors, persistent pilots, shared PvE and opt-in pilot combat in the live alpha.
More projects
4 more games, tools and experiments.
Add synthesized drums to a guitar recording, with beat tracking and audio export.
Turn a chat export into statistics and shareable cards. The data stays in the browser.
Scan a room’s colors and turn its palette into a five-note chord.
Draw shapes and explore the flow around them in a 2D browser wind tunnel.
About me
I studied computer science and astrophysics at UMass Amherst. My research there focused on simulations of CO₂ cooling for particle detectors.
Away from the keyboard, I grow heirloom tomatoes, ride bikes and listen to Pink Floyd. I’ve wanted to be an astronaut since I was four.
Education
University of Massachusetts Amherst · 2022
Dean’s List · Honors thesis
