Axel Labre
Embedded Systems Engineer @Fluiidd
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WORK HISTORY
Embedded Systems Engineer @Fluiidd
La Ciotat, FR
Development and optimization of a non-intrusive industrial scanner based on electrical impedance tomography. Avoid costly and lengthy operational shutdowns while enhancing the energy efficiency of industrial processes.Foreign bodies, agglomerates, fouling, blockages, and air bubbles: the industrial scanner Fluiidd detects everything that disrupts fluid flows in industrial processes, at a much lower cost than an X-ray tomograph. Support by more than 10 years of research with the French Atomic Energy and Alternative Energies Commission.
EDUCATION
Institut supérieur d'électronique et du numérique
Diplome d'ingenieur
Kasetsart University
Master 1 (M1), Engineering
Lycee Camille Vernet
Classes préparatoires aux grandes écoles (CPGE), Mathématiques et informatique MPSI/MP
Lycee du Rempart
Baccalauréat scientifique
ABOUT AXEL LABRE
Embedded Software & Hardware Developer | Real-Time Systems | Full-Cycle Technical Project OwnershipI’m an embedded systems developer with a hardware background, working in a fast-paced startup environment where agility, precision, and innovation are key. My role spans low-level embedded software development—primarily on STM32 and ESP32 microcontrollers—with a strong focus on FreeRTOS, low-level communication protocols (UART, SPI, Ethernet), network integration (FreeRTOS+TCP, Wi-Fi), and electronic system design. This cross-functional expertise enables me to contribute across the entire product development lifecycle.I\'m actively involved in PCB design, component selection, prototyping, and manufacturing follow-up with suppliers. I also lead the technical coordination of embedded projects—from early-stage specifications to validation and field deployment—balancing strategic oversight with hands-on execution.I also mentor engineering interns and PhD candidates, providing structured guidance, technical direction, and helping them develop autonomy while ensuring their work aligns with project objectives.Technical Skills- Embedded C development (STM32, ESP32, ESP-IDF, Arduino, PlatformIO)- Real-time systems: FreeRTOS, multitasking, memory management, UART DMA, SPI, I2C- Embedded networking: Ethernet (LAN8742A), FreeRTOS+TCP, Wi-Fi, static/DHCP IP- Hardware design: schematic capture, PCB layout, component selection, DFM best practices- Prototyping, manufacturing supervision, hardware validation- Hardware/software integration and low-level debugging- Tools: VSCode, STM32CubeIDE, Git/GitLab, Altium, ESP-IDFSoft Skills & Cross-Functional Competencies- Technical mentoring (interns and PhD students)- Project ownership: planning, tracking, cross-functional coordination- Autonomy, adaptability, and structured problem-solving- Effective prioritization in evolving environments- Strong commitment to building robust, maintainable, and production-ready solutionsI thrive on embedded projects where tight integration between hardware and software is essential to deliver high-performance, real-world-ready products.
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