Electrical Field Engineer by day. Builder of things that shouldn't exist by night.

Electrical Field Engineer supporting large-scale, mission-critical data center construction for clients including Microsoft and Google. Coordinates daily field activities across trades, interprets construction drawings and specifications, supports RFI/submittal and QA/QC processes, and helps drive the accurate installation and turnover of complex electrical infrastructure. Builds field workpacks from takeoffs — scoping all materials and components — and issues them to the field, then operates and tracks several thousand of them through to weekly client progress reporting. Proficient in Microsoft Excel for managing large datasets and streamlining equipment-tag generation with custom-built software. Sole operator of a Trotec CO2 laser engraver and a Roland BN-20A printer across various media.

Outside of work, I build cybersecurity tools, desktop applications, and hardware projects — primarily around ESP32 platforms, Electron-based tooling, and wireless security research. Naturally tech and mechanically inclined — from PC builds and OS troubleshooting to microcontrollers, soldering, and automotive performance tuning. Deep into the Honda and Acura ecosystem, building and tuning K-series platforms since mid-2025.

• ⚡ Electrical Field Engineer — mission-critical data centers, workpack development, QA/QC, RFIs & submittals, multi-trade coordination
• 📡 Building multi-UI serial controllers and security tools for ESP32 platforms
• 🖥️ Developing a multi-vendor AI workbench desktop app with Electron, React, and TypeScript
• 🛡️ Maintaining 19 cybersecurity and hardware hacking projects — including a 14-device Pelican 1300 cyberdeck
• 🔧 PC building, soldering, laser engraving, and industrial printing
• 🏎️ Honda / Acura enthusiast — fluent across K-series and other Honda platforms
• 🔒 Actively studying OSINT and OPSEC

Languages

Frameworks & Libraries

Tools & Platforms

Hardware & Fabrication

Professional

OS

The all-in-one security hardware controller for cyberdecks and field deployments. Flash, control, and coordinate ESP32 (Marauder, Bruce, GhostESP), Flipper Zero, and Raspberry Pi security hardware from one dashboard. Four native UIs (PyQt5, Tkinter, Textual TUI, Flask+SocketIO web remote), 18+ firmware profiles, six protocol parsers, inter-device cross-communication, and a red-team audited security core with scrypt auth, AES-256-GCM, and SSRF hardening. ARM + x64, Windows + Linux + macOS.

Lineage: Started as Headless Marauder (ESP32-only serial controller with 4 UIs and a multi-firmware flasher) → grew into Universal Flasher (14+ firmware profiles across ESP32, Pi, Flipper, ADB) → merged flash + live device control in Universal Flasher & UI → evolved into Cyber Controller as the flagship all-in-one with cross-device coordination, web remote, and security hardening.

Universal anti-forensic dead-man gate for ESP32 security firmware. PBKDF2-HMAC-SHA256 boot password, 2-fail automatic wipe with a power-cycle-safe attempt counter, GPIO dead-man switch for hardware panic/tamper detection, and optional eFuse-locked Secure Boot v2 with flash encryption. Hardware-validated to obliterate the entire flash on trigger with a forensic random-overwrite pass, leaving an all-0xFF chip and no trace. Owner-only defensive measure — same category as Kali's LUKS Nuke and BusKill.

Lineage: Successor to Suicide Marauder, which was Marauder-specific with Fork and Guardian architectures. Dead Man's Switch generalizes the concept to any ESP32 security firmware — not just Marauder — and ships as a standalone submodule.

19 cybersecurity and hardware hacking projects with step-by-step build guides, firmware references, and complete shopping lists. Flagship: a 14-device Pelican 1300 cyberdeck with dual-band WiFi (ESP32-C5), LoRa mesh, IMSI catcher detection (RayHunter), IoT credential harvesting (HaleHound), wired network pentesting (RaspyJack), Kismet WiFi 6E wardriving, and Flock/drone/BLE detection — all from one battery. Complete $1,600-$1,900 hardware inventory.

No predecessor — built from the ground up as a single source of truth for every hardware and security project.

Multi-vendor AI workbench desktop app built with Electron, React, and TypeScript. A tabbed PTY terminal, a 33-model catalog with Hugging Face Hub browsing and GGUF→Ollama import, an Obsidian-compatible Brain with semantic RAG search, GitHub integration via Octokit, token-cost tracking, and a process-level CPU/RAM/GPU monitor across 16+ panels. Packaged with NSIS installers, DMG, AppImage, and deb/rpm targets across Windows, macOS, and Linux.

Lineage: Originally Claude Code Studio — a single-vendor Claude Code wrapper. Rebranded and rebuilt as Catalyst UI to support multiple AI providers and models, with a vendor-agnostic architecture.

Industrial-grade desktop studio for label and tag design, built with Electron, React, and Konva. Drag-and-drop workspace with pan/zoom, layers, transparency, multi-select, smart alignment guides, and undo/redo. Code 128B / Code 39 / QR barcodes, CSV & Excel data-merge with N-up sheet layout for batch runs, and one-click export to PDF, PNG, SVG, and ZPL with native output for Trotec laser, Panduit, Roland print/cut, and Zebra thermal printers.

Lineage: Started as Barcode Label Gen — a single-purpose Python/CustomTkinter tool for generating Code 128B barcode labels as PDFs. Forked into a Panduit Easy-Mark edition for CSV export to Panduit printers. Then rebuilt from scratch as Tag Studio with Electron, a full canvas editor, multi-printer support, and signed installers.

2009 Honda Civic SI (FG2) K20Z3 build — tracked in git. Covers bolt-on modifications, maintenance scheduling, install guides, and part research from intake and exhaust to ECU calibration with Hondata FlashPro, flex fuel, and full suspension overhaul. Includes a Python PDF generator for printable build documentation.

No predecessor — started directly as a git-tracked build log to document the car from stock through every modification.

Zero-dependency Node.js hook system for Claude Code. Manages context window compression across Stop, PreCompact, and PostCompact events with automatic session state tracking, transcript vault backups, and configurable thresholds. Installs directly into the Claude Code hooks API.