OMAR KOLIBENGINEERING PORTFOLIO

HARDWARE DESIGN ENGINEER

Omar Abdelaziz
Kolib.

MECHATRONICS ENGINEER

I design electronic hardware and connect it with firmware and control, from the first prototype to production.

Explore my work Get in touch
Currently atEl Sewedy Electrometer
HARDWARE·EMBEDDED SYSTEMS·CONTROLSCROLL TO EXPLORE

BUILDING A SMARTER TOMORROW

Hardware
Embedded systems
Robotics
Renewable energy
Mechatronics

01 SELECTED WORK

From circuits.
To complete systems.

Product hardware, power electronics,
and motion control. Engineering that
connects the parts to the whole.

SIGNAL TO SYSTEM
SENSE
PROCESS
CONNECT
Metering · Processing · Communication

01 / HARDWARE2024–PRESENT

Energy-meter
hardware

Mixed-signal electronics for commercial metering platforms, from schematic design and PCB layout to prototype bring-up and production support.

Altium DesignerMixed-signal designHardware validation
Engineering approach
  • Mixed-signal schematics and PCB layout.
  • Power supplies, sensing, and circuit protection.
  • Prototype bring-up, hardware validation, and production support.
El Sewedy Electrometer
PRECISION IN EVERY OUTPUT
2–35VVOLTAGE RANGE
0.1–5ACURRENT RANGE
CV / CC regulation Wi-Fi enabled

02 / POWER ELECTRONICS2023

Programmable
bench power supply

Switching architecture, protection circuits, and isolated feedback for a Wi-Fi-enabled supply, followed by functional testing and thermal analysis.

Power electronicsFeedback control110 / 220 V AC input
Engineering approach
  • Constant-voltage and constant-current regulation.
  • Switching architecture, isolated feedback, and protection.
  • Functional testing and thermal analysis.
Brightskies Inc. · Internship
CLOSED-LOOP MOTIONSense → Compare → Adjust

03 / EMBEDDED CONTROLPROJECT

SCARA robot
motion control

STM32F4 firmware, two DC motors, and an MPU6050 motion sensor brought together with PID feedback for closed-loop joint and motion tracking.

STM32F4Embedded CPID control
Engineering approach
  • STM32F4 firmware written in Embedded C.
  • Integration of two DC motors and an MPU6050 motion sensor.
  • PID feedback for joint-position and motion tracking.
Sensing, actuation & control

02 EXPERIENCE

Built for the
real world.

From the first prototype
to the production line.

2024 — PRESENT

Hardware Design
Engineer

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.

1M+

Annual platform production

6

Countries of deployment

4

Manufacturing facilities supported

~20%

Shorter hardware development cycles

The engineer

Curiosity across
disciplines.

I'm Omar Abdelaziz Kolib, a mechatronics engineer interested in how electronics, software, and control work together.

I build hardware for energy-meter platforms. Alongside my professional work, I explore embedded control and postgraduate research in renewable energy systems.

Explore my engineering toolkit

Engineering toolkit

Different disciplines.
One systems mindset.

The tools I use to connect electronics, firmware, and control. Applied in projects, developed through practice.

01

Electronic hardware

From a schematic to hardware that is ready for the production line.

  • Altium Designer
  • Analog & mixed-signal
  • PCB layout
  • Power supplies
  • Design for manufacture & test
Energy-meter platforms
02

Embedded systems

Connecting the physical world with purposeful, reliable firmware.

  • STM32 / ARM
  • Embedded C
  • I²C · SPI · UART
  • Sensors & actuators
SCARA motion control
03

Control & validation

Modelling, testing, and refining how a complete system behaves.

  • MATLAB & Simulink
  • Dynamic modelling
  • PID control
  • Hardware bring-up
  • Root-cause analysis
Control projects & research

Practical experience. Continuous learning.

Training & credentials

Continuous learning

The knowledge behind the work.

Engineering training, academic recognition, and professional development. Explore 9 credentials and 11 original documents.

Explore credentials

04 LET'S CONNECT

Building a
smarter tomorrow.

For engineering opportunities and conversations about hardware, embedded systems, and control.

EXPLORE•CONNECT•COLLABORATE

Omar Abdelaziz Kolib

HARDWARE DESIGN · MECHATRONICS

EMAILo.kolib21@gmail.com
WHATSAPP+20 100 659 8269