PCB design & fabrication
Schematic capture and layout in KiCad, desktop prototyping on the Voltera V-One, and production runs through JLCPCB.
Al Hufūf, Saudi Arabia · Available for hardware work
I lead the Electronics & Programming Section at Fab Lab Al-Ahsa — taking ideas through KiCad, the Voltera V-One, and JLCPCB into working prototypes for embedded systems, biomedical devices, and IoT.
I'm an Electrical Engineer with a first-honors degree from King Faisal University and a professional accreditation from the Saudi Council of Engineers (no. 1072727). My interests sit at the intersection of circuits, embedded systems, and power systems.
My focus is the full hardware loop — schematics, PCB layout, firmware, and the small web platforms that let a device be useful. I've built a multi-sensor infant-monitoring system, a wearable biometric wellbeing device with a companion web app, and the Fab Lab's own digital management platform.
Outside of prototypes, I coach students in robotics, embedded systems, and PCB fabrication — and contribute to senior-design projects in biomedical and electrical engineering at KFU.
Schematic capture and layout in KiCad, desktop prototyping on the Voltera V-One, and production runs through JLCPCB.
ESP32 and Arduino systems from sensor integration through networking, plus companion web platforms for control and telemetry.
Coaching students and teams on robotics, embedded systems, and PCB fabrication — from a first schematic to a working prototype.
Reverse-engineered and reproduced a heart-shaped LED lamp: schematic and layout in KiCad, prototyped on the Voltera V-One desktop PCB printer, with a production path to JLCPCB for volume runs.
Architected and shipped the internal platform covering member registration, equipment booking, and component borrowing — 25+ database models and 100+ API endpoints in production.
Senior design project — a CNC diode-laser engraving and cutting machine integrated with an optical scanner, from mechanical design through control electronics and firmware.
A local-network web page that discovers and controls electrical devices around the lab, aggregating their status and telemetry in a single view.
Battery management system and dashboard electronics for the KFU entry across two competition seasons — building a car engineered to travel farthest on the least energy.
A calculator for single- and three-phase systems that solves for the capacitance or inductance required to correct a target power factor — grounded in the math of real-world grid loads.
An op-amp-based analog equalizer controlled with an infrared remote — hands-on exercise in filter design and analog signal path craftsmanship.
An off-grid solar lighting pole with a light-sensor trigger and charging system designed for the thermal and dust conditions of desert deployment.
Fab Lab Al-Ahsa · Al-Ahsa, Saudi Arabia
Fab Lab Al-Ahsa · Al-Ahsa, Saudi Arabia
KFU Electric Car · Saudi Arabia
King Faisal University · GPA 4.83 / 5