OMAR KOLIBENGINEERING PORTFOLIO

Mechatronics engineer

OMAR
KOLIB.

Omar Abdelaziz Kolib Hardware Design Engineer

Hardware.
Embedded systems.
Precise control.

I turn circuit designs into working hardware, connecting electronics, firmware, and control from the first prototype to production.

Explore selected work Get in touch
Hardware Design Engineer · El Sewedy ElectrometerAltium / STM32 / MATLAB & Simulink

01 / Selected work

From circuits to systems.

Three projects across product hardware,
power electronics, and motion control.

01Professional work · 2024–Present

Energy-meter
hardware

Mixed-signal electronics for commercial metering platforms. My work covers schematics and PCB layout, power supplies, sensing and protection, prototype bring-up, and production support.

Altium DesignerMixed-signal designHardware validation

At El Sewedy Electrometer

Engineering approach
  • Mixed-signal schematics and PCB layout.
  • Power supplies, sensing, and circuit protection.
  • Prototype bring-up, hardware validation, and production support.
01 / Metering architectureRepresentative reference design
Smart electricity meter architectureProtected line and neutral inputs feed voltage and current sensors, then a precision metrology analog front end. An isolated data link connects to a host microcontroller for billing, power quality, local interfaces, tamper control, and wired or wireless utility communications. A protected AC to DC supply powers the system.ISOLATED DATA LINKGRID INPUTL / NProtection + EMISENSORSVoltage dividerCT / shuntCurrent channelMETROLOGY AFE24-bit ΣΔ ADCFiltering + DSPHOST MCUBilling + controlPower quality · DLMSSAFETYTamper + relayDetect · disconnectLOCAL INTERFACELCD · RTC · memoryDisplay + event logUTILITY LINKPLC · RF · RS-485AMI / concentratorPOWERProtected AC–DCLOW-VOLTAGE RAILS

Sense → Isolate → Calculate → Communicate

Architecture informed by TI metering reference designs and ST smart-meter solutions.

02Hardware internship · 2023

Programmable
bench power supply

A Wi-Fi-enabled power supply with constant-voltage and constant-current control. I designed the switching architecture, protection circuits, and isolated feedback, then carried out functional testing and thermal analysis.

Power electronicsFeedback controlWi-Fi integration

At Brightskies Inc.

Engineering approach
  • Constant-voltage and constant-current regulation.
  • Switching architecture, isolated feedback, and protection.
  • Functional testing and thermal analysis.
02 / Programmable outputProject specifications
2–35VVoltage range
0.1–5ACurrent range
CV / CC regulation110 / 220 V AC input

Power conversion with isolated feedback control

03Embedded control project

SCARA robot
motion control

A closed-loop control system for a two-axis robotic arm. I combined STM32F4 firmware, two DC motors, and an MPU6050 motion sensor with PID feedback to improve joint-position and motion tracking.

STM32F4Embedded CPID control

Sensing, actuation, and control in one system

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.
03 / Closed-loop controlSystem overview
SCARA feedback loopA target feeds the PID controller on STM32F4, which drives two DC motors. Motion feedback returns through the MPU6050 sensor.TargetPID controlSTM32F42 DC motorsMotionMPU6050

Sense → Compare → Adjust

02 / Experience

Designed for the real world.

2024 — Present

Hardware Design
Engineer

El Sewedy Electrometer

I contribute to energy-meter platforms manufactured at more than one million units annually and deployed across six countries.

From mixed-signal design and PCB development to debugging and production release, I work with firmware, mechanical, manufacturing, and quality teams to turn engineering requirements into reliable products.

  • Support design transfer across four international manufacturing facilities.
  • Helped reduce hardware development cycles by approximately 20% through reusable circuitry and design standardization.
  • Support component selection, design changes, and hardware verification throughout the product lifecycle.
1M+

Annual platform production

6

Countries of deployment

4

Manufacturing facilities supported

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 / Contact

Let's connect.

Emailo.kolib21@gmail.com WhatsApp+20 100 659 8269

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