HARDWARE DESIGN ENGINEER
MECHATRONICS ENGINEER
Turning ideas into working hardware.
Connecting electronics, embedded systems,
and control to create real-world impact.
BUILDING A SMARTER TOMORROW
01 SELECTED WORK
Product hardware, power electronics,
and motion control. Engineering that
connects the parts to the whole.
Mixed-signal electronics for commercial metering platforms, from schematic design and PCB layout to prototype bring-up and production support.
Switching architecture, protection circuits, and isolated feedback for a Wi-Fi-enabled supply, followed by functional testing and thermal analysis.
STM32F4 firmware, two DC motors, and an MPU6050 motion sensor brought together with PID feedback for closed-loop joint and motion tracking.
02 EXPERIENCE
From the first prototype
to the production line.
2024 — PRESENT
El Sewedy Electrometer
Electronic hardware. Product development.
Engineering collaboration.
I develop the hardware behind energy-meter platforms used across six countries.
My work connects mixed-signal design, PCB development, debugging, and production release. I work with firmware, mechanical, manufacturing, and quality teams to turn engineering requirements into reliable products.
Schematics, PCB layout, power supplies, sensing, and protection.
Component selection, design changes, and hardware verification.
Prototype bring-up, design transfer, and manufacturing support.
Annual platform production
Countries of deployment
Manufacturing facilities supported
Shorter hardware development cycles
03 THE ENGINEER
I'm Omar Abdelaziz Kolib, a mechatronics engineer interested in how electronics, software, and control work together.
Alongside my hardware work, I explore embedded control and postgraduate research in renewable energy systems.
Cairo University
Metaheuristic optimization and optimal control for renewable energy systems.
Tanta University
MY ENGINEERING TOOLKIT
Altium Designer · Analog & mixed-signal circuits · PCB layout · Power supplies · Design for manufacture and test
STM32 / ARM · Embedded C · Sensor and actuator integration · I²C, SPI & UART
MATLAB & Simulink · Dynamic modelling · PID control · Hardware bring-up · Debugging & root-cause analysis
04 LET'S CONNECT
For engineering opportunities and conversations about hardware, embedded systems, and control.
EXPLORE•CONNECT•COLLABORATE
