001 SYSTEMS ENGINEER / EGYPT
فكّك المشكلة
Break the problem down.Your hardware idea.A prototype ready to test.
I build connected systems from physical signal to useful interface. Embedded hardware, robotics, applied AI, and the tools that make the work easier to repeat.Firmware, connected electronics, and usable interfaces. I bring the pieces together so you can test your idea in the real world.
فكّك المشكلة. وابني الحل.
53 tools live on this site right now - calculators, generators, and guided workflows you can actually run, not a roadmap.
Open the tools index002 SELECTED EVIDENCE
Systems in the field.
Natural project colour carries the evidence. Gold marks the identity and the path through it.
01Engineering & IoT / 2024
AgriBot Architecture
Joint first place / Delta Region Environmental Forum 2026
02Engineering & IoT / 2024
Wireless ROV Control System
Bidirectional telemetry and control
03Engineering & IoT / 2023
Multi-MCU Security Lock
Separated control and interface logic003 WORKBENCH / LIVE
Tools built from the work.
Practical helpers for calculations, code generation, and engineering decisions. Each tool explains what it assumes.
UTILITY / Delta tested
Gradify: GPA & Graduation Planner
Calculate university GPA, plan a target, and explore grading scales. Includes Delta engineering transcript import, prerequisite checks, semester planning, and PDF reports.
UTILITY / Most substantial
AI Script Generator
A guided, step-by-step builder that generates a complete, runnable Python training project - not a snippet - for YOLO detection, sensor time-series, and edge image classification.
UTILITY / Most substantial
Security Mission
Build, validate, and learn security-tool commands for authorized labs - 22/22 eCPPT objectives covered, with safe shell quoting and secret redaction built in.004 FIELD NOTES
A working digital brain.
Walkthroughs, programming notes, electronics, Linux, networking, and reusable prompt guides.
005 OPERATING METHOD
Question
I start by asking what the system needs to do, what already exists, and where the constraint actually lives.
Learn
I find the gap between what I know and what the problem needs, then close it through documentation, experimentation, or teaching myself the missing piece.
Build
I build the smallest version that proves the idea works, keep notes on what breaks, and iterate until the system behaves consistently.
Test
I verify the result against the original goal, document failure modes, and check whether someone else can understand and use what I made.