Interactive estate tax liability calculator covering all 13 U.S. estate tax jurisdictions. AI-assisted legal research, Python-generated Excel workbook, extended to a fully interactive web app. 6 computation methods, in-browser, no backend.
Designed a complete AI agent operating system for OpenClaw — a 20-section master requirements document, 6-stage permission model, qualification framework, lead scoring model, 7-day onboarding plan, and scenario customization guides. Built via ChatGPT → Claude Code → NotebookLM multi-model pipeline. Packaged into 4 presentation decks for the AI Architect peer learning group.
Interactive sales performance dashboard built with Claude Code. Live-filterable KPIs, revenue trends, pipeline stage breakdown, rep leaderboard, and product mix analysis. Single HTML file, no backend.
Browser-based tool that estimates Tesla battery pack capacity from numbers readable directly off the vehicle's own displays — no OBD-II adapter, subscription, or hardware required. Three calculation methods, Tesla warranty pass/fail indicator, and a color-coded battery stack breakdown across drive, standby, phantom drain, and degradation.
Custom AI development environment integrating Claude Code, Codex, and Gemini with a unified GitHub workflow. The infrastructure powering all personal AI projects.
Designed and built the full website for my advisory firm with Claude Code. Light-first design system, 5-page architecture, interactive tools, and case studies. Pure HTML, CSS, and vanilla JS — deployed to Netlify via GitHub.
A single parametric OpenSCAD file that generates print-in-place telescoping swords with a Customizer UI. Eight historical styles (Katana, Gladius, Longsword, Scimitar, Viking, Rapier, Claymore, Dao), six blade cross-section profiles, nine tip styles, and fully configurable guard, grip, and pommel geometry. Generated with Codex, reviewed and tested with Claude Code and Gemini.
Parametric OpenSCAD generator for fully customizable wedge doorstops. Classic and honeycomb presets in 4–7 inch sizes with a Customizer UI, support-free printing, and TPU-first functional design. Generated with Codex, reviewed and refined with Claude Code.
Original 10-part wheel and chassis system designed in TinkerCAD for a 4th grade science fair. Claude Code used for 3MF package creation, STL verification, and documentation. Six configurations tested across three wheel sizes and two tire materials — large wheels with TPU rubber averaged 49.1 meters on a single spring release.
Designed and built entirely with Claude Code. Full design system, multi-page architecture, responsive layout. Zero external frameworks — pure HTML, CSS, and vanilla JS. Deployed to Netlify via GitHub.
Interested in a case study, collaboration, or advisory engagement? Reach out directly.