Unpublished
Projects
A collection of functional software, hardware hacks, and tools that are actively used but haven't been polished for an official release.
Cheat Sheet + Claude Skill
This project provides a specialized Claude skill that takes in context like formula sheets, homework, and test solutions, and outputs a structured JSON file containing tips, warnings, and vector diagrams. The companion web editor allows you to manually format, edit, and export these super buffed up formula sheets without touching the raw JSON code.
Temu Lamp Controller
I developed custom lighting software to interface with and control cheap off the shelf RGB lamps from Temu. By reverse engineering their protocols and bypassing their default apps, this software provides a unified interface to control colors, brightness, and animated patterns without relying on clunky third party apps.
Pi LED Controller
This software runs on a Raspberry Pi equipped with a touchscreen, serving as a dedicated control panel for LEDs wired directly to the Pi GPIO pins. It allows for robust control over lighting zones, custom animations, and brightness settings right from the hardware source.
Optics Topic Visualizers
Similar to the Thin Lens Guide, this is a collection of mathematical visualization tools built for different optics topics. They feature the same type of interactive visual elements, but are ongoing projects that haven't been fully finalized or published into standalone tools yet.
AI Model Benchmarking
Whenever a new AI model is released, I use this ongoing benchmark test to evaluate its coding capabilities. The challenge is to build a fully interactive thin lens simulator using basic optics math. The process typically takes about four prompts per version: initial generation, adding desired features, final edits to ensure everything works, and stylization. It serves as a continuous test of AI coding capabilities rather than a finished project.