Description

Ingénieure en systèmes embarqués avec une expérience en environnement automobile safety-critical, je conçois et développe des logiciels embarqués en C/C++ pour des ECU temps réel, depuis la phase de design jusqu’à l’intégration système.

J’interviens également sur des environnements RTOS et microcontrôleurs ARM (STM32), avec une forte expérience en debugging bas niveau et en interfaces matérielles (I2C, SPI, UART, GPIO).

Aujourd’hui, je m’oriente vers des projets à l’intersection des systèmes embarqués et des technologies de data et d’intelligence artificielle, notamment autour de l’intégration de solutions d’IA dans des environnements contraints (edge computing, traitement de données embarquées, systèmes connectés).

Mon objectif est de contribuer à des projets techniques complexes en combinant expertise systèmes, compréhension hardware/software et approche orientée intégration de solutions intelligentes.

Industry field of expertise

Languages

French
Native or bilingual
English
Native or bilingual

Workplace preferences

Can work on-site

Charenton-le-Pont (up to 50km)

Robert Bosch France
Embedded Software Engineer (Automotive Systems)
January 2023 - Today (3 years and 5 months)
• • Implemented embedded software components in C/C++ for safety-critical braking ECUs, from design to system integration, under real-time constraints.
• • Designed and implemented wake-up and power management mechanisms across multiple ECU genera tions, handling system states, wake-up sources, low-power modes, and memory-related concepts in close collaboration with hardware teams.
• • Developed and maintained the CAN communication layer, covering configuration, message security, and integration up to application-level components.
• • Performed multi-level testing (unit, component, integration) and collaborated with integration and vali dation teams to define test strategies and support long-term maintainability.
• • Acted as a key technical interface between software, hardware, and validation teams, contributing to system-level design decisions.
Valeo
Embedded Software Engineer Intern
June 2022 - September 2022 (3 months)
• • Developed embedded firmware for a steering wheel prototype running on an RTOS, interfacing with an I2C sensor on an ARM-based STM32 platform.
• • Implemented MISRA-compliant C code and contributed to system-level debugging and validation activ ities.
• • Performed low-level hardware debugging using logic analyzers and an I2C/SPI host adapter (Aardvark) to validate timing, data integrity, and bus behavior.
SARL Satori
Computer Engineering Intern
May 2021 - September 2021 (4 months)
• • Developed an embedded solar panel monitoring system using LoRaWAN to collect and transmit sensor data to a remote backend.
• • Designed and integrated hardware interfaces for multiple sensors using I2C, SPI, UART, GPIO, and ADC/DAC peripherals.