Hands-on engineer in the making. I design, build, and fly things — from RC aircraft and robots to ANSYS simulations and custom flight controllers. Currently heading to Tsinghua University for Mechanical Engineering.
From foam RC planes to brushless submarines and custom PCBs — built with limited resources and unlimited curiosity.
Designed and built multiple fixed-wing RC aircraft from scratch using foam, thermocol, and 3D-printed parts. Experimented with wing configurations, flight controllers, and control surfaces — including a custom ESP32-based flight controller I programmed in C/C++.
Home-built flight controller using ESP32, MPU-6500 IMU, and a barometer. Programmed in C/C++ for sensor fusion, servo control, and short-range stabilization experiments. Custom PCB designed in KiCad.
2-degree-of-freedom robotic hand controlled with computer vision and Arduino UNO. All parts fully 3D printed and assembled by hand — servos respond to real-time visual input.
Fully 3D printed food dispenser with servo actuation and Arduino control. Accessible from anywhere in the world over Wi-Fi — controllable remotely via web interface.
Brushless-powered RC submarine in Fusion 360 with thrust vectoring for 3D maneuvering. Modeled with real material thicknesses, buoyancy balance, and weight distribution for future physical build feasibility.
Designed the frame, wired all electronics, and wrote the control firmware for a fully functional CNC machine built from scratch. Every component chosen, assembled, and coded by hand. Fully documented on GitHub.
I'm a high school student at Pôle Academy, Casablanca, completing my Baccalauréat in Physics & Mathematics — heading to Tsinghua University for Mechanical Engineering.
Self-taught in electronics, aerospace, and mechanical design. I follow open-source forums and technical channels obsessively, and I learn best by building real things — even if I have to build the tools to build them first.
Interested in UAVs, rockets, product design, astronomy, optics, and entrepreneurship.
A mix of professional-grade software, embedded platforms, and hands-on manufacturing — all learned by building real things from scratch.
Open to engineering collaborations, mentorship, internship opportunities, or just a great conversation about aircraft, rockets, or robots.