I'm a maker and system builder focused on real, working projects that combine
hardware, firmware, and web-based control interfaces.
I don't chase green GitHub squares.
I design systems, validate ideas, and turn them into something that actually runs.
- 🧠 System & feature design
- defining functionality, workflows, and hardware interaction
- 🔍 Debugging & problem analysis
- build errors, logic flaws, version conflicts
- 🤖 AI-assisted development
- using multiple AI tools as accelerators and reviewers
- validating, testing, and refining results myself
- 🧩 Hardware & embedded projects
- ESP32-based systems, displays, sensors, battery operation
- 🧱 CAD & fabrication
- enclosure design, 3D printing, mounting solutions
- 🔌 Hands-on work
- wiring, soldering, assembly
- 🎨 Iterative UI/UX
- simple HTML mockups → refinement → functional interfaces
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🖨️ MakerWorld
https://makerworld.com/de/@user_617096205
Enclosures, mounts, and custom parts for my projects -
🎥 One-off build video (DE)
Custom wooden play gym with self-designed 3D-printed parts
https://www.youtube.com/@CRMabrouk2022
Programmable ESP32-S3 based macropad with display, menu navigation, RFID access and battery operation.
- custom firmware
- web-based configuration (PWA)
- hardware + enclosure design
PC hardware monitoring solution designed to feed external dashboards and embedded displays.
Local network dashboard for home and lab environments (security-focused, offline-first, non-cloud).
I focus on clarity over volume:
- I know what I want to build
- I can describe problems precisely
- I research and validate solutions
- I use AI as a tool, not as a replacement for thinking
If something runs reliably and is maintainable, it's a success.
- ESP32 / Embedded systems
- Web (HTML, CSS, JS, PWA)
- Hardware monitoring & data pipelines
- CAD & 3D printing
- AI-assisted development workflows
Most of my work lives in private repositories or on my workbench.
Public repositories represent polished or shareable parts of larger projects.