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Mechatronics engineer

OMAR
KOLIB.

Hardware.
Embedded systems.
Precise control.

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

Explore my work
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

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.

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

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.

03 / About

An engineer at
the intersection.

I'm Omar Abdelaziz Kolib, a mechatronics engineer interested in how electronics, software, and control work together. I build hardware for energy-meter platforms and explore control systems through embedded projects and postgraduate research.

In progress

M.Sc. in Control Systems Design

Cairo University

Researching metaheuristic optimization and optimal control for renewable energy systems.

2023

B.Sc. in Mechatronics Engineering

Tanta University

What I work with

01

Electronic hardware

Altium Designer · Analog & mixed-signal circuits · PCB layout · Power supplies · Design for manufacture and test

02

Embedded systems

STM32 / ARM · Embedded C · Sensor and actuator integration · I²C, SPI & UART

03

Control & validation

MATLAB & Simulink · Dynamic modelling · PID control · Hardware bring-up · Debugging & root-cause analysis

04 / Contact

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