LALU
Logic and arithmetic experiments moving from schematic intent to working digital behavior.
Finished builds and proof-of-concept projects with short technical notes.
Logic and arithmetic experiments moving from schematic intent to working digital behavior.
Distance sensing, timing captures, signal cleanup, and measurement notes from the bench.
A physical build with embedded control ideas, sensor experiments, and test logs.
A Vite + React + TypeScript digital-design web application that transforms Boolean logic or natural-language-style prompts into HDL artifacts and circuit visualizations.
A scouting and strategy platform for FIRST Robotics Competition designed for field data collection, offline/QR workflows, team analytics and AI-assisted match strategy.
A vocabulary-learning web platform built around word roots, explanations and a database-backed learning experience.
An STM32-based ultrasonic ranging and timing system built as a focused embedded-sensing experiment.
A NASA design-challenge entry for a low-leakage cryogenic disconnect system, applying thermodynamics, fluid dynamics and mechanical design to a demanding aerospace interface problem.
A design challenge focused on packing and storing cargo for NASA’s Lunar Gateway, requiring constrained-space engineering and logistics thinking for a space habitat.
A motion-sensing project exploring whether gyroscope and accelerometer signals can help detect movement patterns associated with Parkinson’s disease.
An early science-fair project that won 1st place at the BASIS school fair and 2nd place at the Austin Regional Science Fair. The exact project title was not preserved in the recovered context.
Open source projects
Bring-up checks for power rails, clocks, boot pins, serial output, and the usual suspects.