Mohammed Daoudi

• Ensured conformity of Stellantis automotive electronic boards with CE and FCC regulatory requirements, including EMC Directive (EMCD) and Radio Equipment Directive (RED). • Verified and supported EMC compliance testing, covering EMI and EMS according to automotive standards. • Participated in radio-electronics testing, including validation of wireless communication performance and compliance.

Maintenance Internship – Fujikura Automotive (Kenitra) Developed a predictive maintenance solution using a Raspberry Pi and various sensors to enhance the monitoring and performance of production equipment. Designed and implemented a Grafana interface for real-time visualization of production data (object count, speed, direction). Programmed in C to process sensor data and store it in a PostgreSQL database, enabling performance tracking of production systems across different time slots. Integrated real-time patches into the Raspbian kernel to improve measurement accuracy and system responsiveness in a critical environment. Designed a PCB in Altium Designer, incorporating high-frequency signal traces for communication and data processing within the project. Used MQTT for sensor data transmission to dashboards and set up an architecture with InfluxDB for historical data storage. Optimized preventive maintenance processes by automating data collection and providing key performance indicators for the maintenance team.

We embarked on a challenging mission to create an innovative electronic card based on NodeMcu ,dedicated to monitor power efficiency for solar panels. Our toolkit included Altium Designer-23 for the Electronics/Hardware part and Rust for the Firmware/Software aspect. This project not only challenged me to apply my knowledge of electronics and embedded systems but also deepened my understanding of sustainable energy and how technology can contribute to a greener future. For a deeper dive into the project's software and hardware details, and also for the Source Code visit my GitHub repository: https://github.com/7emoutyX/PowerMonitornigSystem.