Hire the Best Embedded Systems Engineers
in Egypt

As a recent graduate with a Bachelor's degree in Communication and Electronics Engineering, I am a passionate and highly motivated professional who has cultivated a strong foundation in the field of embedded systems. I am available to help you translate your ideas into professional projects.

I am senior embedded software engineer with more than 6 years of experience in automotive industry. * Experience in C/C++ development, Data structures and Algorithms. * Experienced in full software development life cycle as per ASPICE process and worked in performing feasibility study, analyze customer specifications, design, implement, integrate then test the final software to ensure the consistency with the customer specifications. * Experienced in safety development and functional safety activities compliance with ISO26262. * Experienced in AUTOSAR architecture and stacks (Com, Diagnostics, Memory, IO hardware abstraction, Cybersecurity, RTE and Os, etc.) * Experience in Embedded Linux development and Yocto. * Experience in QNX development. * Instructor and conducting technical trainings for AUTOSAR and Embedded systems inside and outside my company in training centers.

more10 years of expertise in embedded systems and IoT. My skills encompass both software and hardware aspects of embedded systems, including: Raspberry Pi, ESP32,Yun, among others. In terms of hardware, - I have knowledge and experience in PCB prototyping and production. This includes designing and manufacturing . - I have a strong understanding of digital transformation and how it applies to various industries. On the software side, - I have proficiency in developing mobile applications for both iOS and Android via React native or thunkable. - I have a diverse range of programming skills, including Node.js, PHP, HTML, CSS, C++, nodejs, Bash. - mange servers and networks, ensuring the smooth operation and connectivity of various systems. I am eager to take on creative challenges that allow me to showcase my expertise while making a meaningful impact.

I am an Embedded Systems Engineer with strong hands-on experience in designing and developing complete embedded and IoT solutions—from hardware design to mobile applications. I specialize in working with microcontrollers like STM32 and AVR, and I build scalable IoT systems using ESP platforms and Raspberry Pi. I also develop mobile applications using Flutter to create fully integrated smart systems. 🔧 Technical Skills: • Programming: C, C++, C# • Microcontrollers: STM32, AVR, ARM, PIC • Embedded Platforms: Arduino (Uno, Nano, Mega) • ESP Platforms: ESP8266, ESP32 (ESP-IDF, Framework IDE) • Single Board Computers: Raspberry Pi (Linux-based systems, interfacing, automation) • Mobile Development: Flutter (Android Applications & IoT Control Apps) • Circuit Design & Simulation: Proteus (ISIS & ARES) • PCB Design: Altium Designer • Development Tools: Visual Studio, Eclipse, MATLAB/Simulink • CAD Software: AutoCAD, CREO, Pro-E, Unity 3D, Autodesk VRED 🚀 Projects: • 3D Printer (Full System Design & Control) • Water Detection System with Alerts • POV (Persistence of Vision) Clock • IoT-based systems with mobile app control 💡 What I Can Do For You: • STM32 & Embedded Systems Development • Arduino Programming • ESP32/ESP8266 Development using ESP-IDF • Raspberry Pi Applications & Automation • Flutter Mobile App Development for IoT • PCB Design & Circuit Simulation • Smart Systems Integration (Hardware + Software) • Debugging & Optimization I focus on delivering reliable, efficient, and scalable solutions, and I am always ready to turn ideas into real working products. Let’s build your next smart system!

If you're building a robotics system, an autonomous vehicle simulation, or an embedded Linux product, I've been working on automotive embedded hardware and autonomous vehicle simulations for over 4 years. Skills: C/C++ · ROS · SLAM · CARLA Simulation · Yocto · Embedded Linux · Qt/QML · MIPI CSI-2 Linux · QNX · RTOS AUTOSAR Classic/Adaptive · CAN · SOME/IP · Ethernet · STM32 · PIC · I2C · SPI Docker · Git Key areas of expertise include: • Robotics, SLAM & Simulation: Developed, tuned, and evaluated SLAM and perception pipelines (ORB-SLAM, ROS/ROS2, OpenCV - using Python) for autonomous vehicles in simulated (CARLA) and research environments, achieving robust multi-weather localization. Published author in top-tier engineering conferences and journals (DOI:10.1088/1742-6596/2811/1/012029). • Embedded Linux - Raspberry Pi car dashboard with live camera stream: Built a car dashboard on a custom Yocto Linux image (Scarthgap 5.0 LTS), cross-compiling a Qt 6.8/QML frontend and ROS 2 Humble backend via the Yocto SDK, running on a Raspberry Pi 4. MIPI CSI-2 camera bring-up (Sony IMX219) over on the custom image using libcamera, wrote a C++ capture program that JPEG-compresses each frame and publishes it over ROS 2, and integrated the live stream into the dashboard. Cross-compiled for the Pi via the Yocto SDK. Self-directed engineering project; full source and engineering notes on GitHub. • Automotive Embedded Software Engineering: Developed and debugged production-grade AUTOSAR software in huge projects, covering BSW, RTE, and service/communication layers. Integrated and optimized automotive communication stacks (CAN, Ethernet, SOME/IP), improving system stability and reliability. How I can help: Whether you need end-to-end solutions for automotive and robotics systems, robust embedded firmware or advanced perception pipelines, I’m ready to deliver results that meet your standards for safety, reliability, and innovation. Let’s discuss how I can bring your next project to life.

I specialize in hardware design, embedded systems architecture, and professional PCB layout. My primary focus is translating system requirements into reliable, manufacturable, and industrial-grade hardware. While my core day-to-day work involves embedded hardware and robust PCB design, I also have a solid background in high-speed digital design principles. I approach every board with strict attention to Signal and Power Integrity, EMI/EMC mitigation, and Design for Manufacturing (DFM). Core Capabilities: Embedded Hardware Design: Designing solid hardware architectures around microcontrollers (STM32, ESP32, AVR), including power regulation systems, communication interfaces, and sensor integration. PCB Layout & DFM: Expertise in designing multi-layer boards using Altium Designer. I design strictly for the factory floor, adhering to IPC-2221/IPC-7351 standards to ensure your design is fabricated and assembled without technical hold-ups at houses like JLC or PCBWay. High-Speed & Mixed-Signal: Capable of handling complex constraints when a project demands it, including impedance matching, length tuning, and differential pair routing for FPGAs and memory interfaces (DDR). Power & Analog Electronics: Experience with switching regulators (SMPS), high-current drivers, and low-noise analog front-ends. Technical Toolkit: EDA / PCB Design: Altium Designer (Advanced constraints, xSignals, 3D modeling). Simulation & Analysis: LTspice, Proteus (Transient, AC/DC analysis). Standards: DFM, DFA, EMI/EMC best practices. What You Receive: Clean, hierarchical, and readable Schematics. Optimized PCB Layouts tailored for thermal dissipation and signal integrity. Complete Manufacturing Pack (Gerbers, NC Drill, Centroid/Pick & Place, and BOM). 3D STEP files for seamless mechanical and enclosure integration. If you are looking for a practical, detail-oriented hardware engineer who speaks the language of datasheets and delivers ready-to-manufacture designs, let's discuss your project.