I am an Electronics and Communications Engineering student at Cairo University, specializing in end-to-end embedded hardware design—from schematic capture and PCB layout to firmware implementation.
Because I approach hardware as an embedded software engineer, I design boards that aren't just routable, but fully optimized for real-world functionality, signal integrity, and firmware deployment.
Hardware & PCB Design Experience (KiCad):
Automotive Brake Actuation Node: Designed a 2-layer PCB featuring an STM32 microcontroller to manage vehicle braking actuation and power distribution.
Smartwatch System: Designed a compact, low-power PCB built around an AVR microcontroller architecture.
Core Technical Stack:
EDA Tools: KiCad (Schematics, Stackup, DRC, Footprints, Gerber generation)
Microcontrollers: STM32 (ARM Cortex-M), AVR (ATmega)
Embedded Software: C/C++, Drivers, Peripheral Interfacing, System Logic
Whether you need a custom PCB layout, an embedded control node, or hardware-software integration for your prototype, I bring both engineering rigor and hands-on design experience to your project. Let's bring your hardware idea to life.