I am a first-year SIIoT master's student and an industrial wiring and test technician at Sagemcom, building a transition toward embedded software engineering.

My work focuses on the boundary between hardware and software:

• Register-level firmware and MCU peripherals
• Embedded Linux, build systems, system services, and cross-compilation
• FPGA RTL design and hardware/software communication
• ROS 2 interfaces for robotics and physical-AI systems
• Engineering tools for code generation, static analysis, testing, and quality workflows

I am developing my portfolio around systems that can be built, tested, measured, documented, and explained—not only conceptual demos.

Become a professional Embedded Linux / Firmware Engineer, with strong foundations in:

Embedded C/C++      Linux systems       STM32 / RTOS
Yocto and BSPs      Debugging           Build systems
FPGA integration    Software quality    Hardware bring-up

• Linux processes, threads, signals, IPC, sockets, and system calls
• Make, CMake, linking, loaders, ELF, and cross-compilation
• Systemd services and Linux debugging
• Yocto layers, recipes, packages, images, and SDKs
• U-Boot, device tree, kernel modules, and BSP fundamentals
• Networking and broadband-device software

• STM32 register-level drivers
• UART, SPI, I²C, timers, PWM, ADC, DMA, and interrupts
• Linker scripts, startup code, memory sections, and boot flow
• FreeRTOS tasks, queues, semaphores, timing, and synchronization
• Defensive embedded C and MISRA-oriented workflows

• Synthesizable VHDL
• Testbenches and Python golden models
• UART and AXI4-Lite hardware/software interfaces
• Streaming datapaths and INT8 arithmetic
• Timing/resource reports and physical-board validation
• PCB schematic capture, layout, bring-up, and revision control

• CAN, CAN FD, ISO-TP, UDS, and DBC
• AUTOSAR concepts and automotive software quality
• ROS 2 nodes, interfaces, launch systems, and ros2_control
• Sensor-to-actuator integration and safety-oriented design

• A Yocto-based Embedded Linux image with a custom layer, recipe, C/C++ service, systemd integration, and SDK
• A complete STM32 bare-metal platform with UART, SPI, I²C, DMA, interrupts, and hardware measurements
• A UART/AXI bridge connecting ROS 2 software to real FPGA logic
• A custom PCB combining MCU, sensors, power, debug, and communication interfaces
• Automotive communication labs covering CAN, ISO-TP, and UDS
• Stronger CI, static analysis, unit testing, and technical documentation across all flagship projects

I am targeting junior and graduate opportunities in:

• Embedded Software and Firmware Engineering
• Embedded Linux / BSP Engineering
• Embedded Validation and Integration
• Automotive Embedded Software
• FPGA / Hardware–Software Co-design
• Robotics and IoT Systems

I am especially interested in engineering environments where I can work on real products, improve my debugging skills, and grow from hardware/test experience into embedded software ownership.

Build it.
Test it.
Measure it.
Document it.
Understand every layer.

I value technically honest projects: prototypes are labeled as prototypes, hardware claims require measurements, and analyzer output is treated as engineering evidence rather than automatic certification.

• LinkedIn: lamouchi-med-bayrem-6b4a452a0
• Email: lamouchibayrem555@gmail.com