Bangkok, Thailand · Developer. Maker. F1 in Schools Aero Lead.
I build things
that move.
I design and ship real systems across three layers: hardware you can hold, software that thinks, and the aerodynamics that make a race car faster. Year 10, Bangkok — F1 in Schools aero lead, self-taught developer, nine shipped projects.
Three disciplines, one habit of shipping.
Hardware / PCB + CAD
Schematic capture, PCB layout and routing, enclosure design in CAD, and getting boards from design file to soldered, working hardware.
Software / AI tooling
Next.js products, local-LLM tooling, and an AI-native Linux distro — built to be used daily, not demoed once.
CFD / Aero engineering
Aero lead for a student F1 in Schools race car — CFD simulation in ANSYS Fluent to iterate front-wing and body geometry against drag and downforce targets.
Four things I've actually shipped.
All projectsShiori
Google Classroom sync · Gemini study plans · MCP server for Claude Code
Axon OS
7-agent AI mesh running as systemd services, fully local — no cloud calls
F1 in Schools — Aero Package
23 CFD iterations in ANSYS Fluent — 36% drag reduction, 17% downforce gain
QBoard
6-key hot-swap matrix, QMK on XIAO RP2040, OLED + rotary encoder — KiCad to Fusion 360
Stack, process, availability.
TypeScript/Next.js and Python day to day, KiCad + Fusion 360 for hardware, ANSYS Fluent for CFD. Linux (Ubuntu-based, my own distro) as the daily driver. Git for everything.