HexaFlow
A NASA HUNCH finalist nanolab: a 3D-printed hex dome that moves water to plant roots by capillary action. I led the website and its 3D viewer.
- SolidWorks
- SLA + FDM printing
- Raspberry Pi Zero 2W
- Astro
- Three.js
9 projects
Engineering and robotics first: a NASA HUNCH payload, competition robots, and things I designed and printed. Then the software I build on my own time.
Every write-up follows the same order: the problem, what I built, how it works, how I tested it, the results, and what I learned. Team projects also say exactly what my part was.
A NASA HUNCH finalist nanolab: a 3D-printed hex dome that moves water to plant roots by capillary action. I led the website and its 3D viewer.
Six years of robotics, VEX since 2021: I led my middle school team to Worlds twice and now captain team 3236A, leading design, C++ code and match strategy.
The website for our new FIRST Robotics team, hand-built in plain HTML and one stylesheet so any student on the team can read it, edit it, and keep it running.
Restarting my school's FIRST Robotics team from zero with two other student leaders: no robot, no budget, a rookie entry for the 2027 BIOCORE season.
Parts designed in SolidWorks, printed on two Bambu printers with AMS, and fit-tested against SKÅDIS and Gridfinity. Next up: model sets on MakerWorld.
Point a phone at a Pokémon card and get the exact card out of 20,444 and its price, with a recognizer that says "not sure" instead of guessing wrong.
My home operating system, built for six Raspberry Pi 5s with the kiosk Pi live first. A wall display, touchscreen and phone app run my goals, plans and work.
I built a desktop app to find short-term forex signals, then tested it properly. It won 46% of calls when it needed 55.6%, so I proved the edge wasn't there.
Paelyx Systems is an early-stage defense technology name I own on three domains. The website is just getting started, so this page is short for now.