anas SAUFI

Skills: Ingénierie · Conception de logiciels · Ingénierie des systèmes logiciels · OpenTelemetry · C++ · Intégration continue et livraison continue (CI/CD) · jaeger · Elasticsearch · JavaScript · Administration de bases de données

This project uses surveillance cameras to capture and analyze in real time the motion of a permanently installed Foucault pendulum. Three strategically positioned cameras provide a comprehensive view of its oscillation. Captured data is processed to measure the angle, rotational speed, and amplitude of the pendulum, enabling continuous and precise visualization of the physical phenomenon that illustrates the Earth's rotation. Technical Features: Pendulum Dimensions: 20-meter length with a thin, high-tensile steel cable Video System: Three cameras for real-time capture Advanced Sensors: Accelerometers, gyroscopes, and magnetometers for in-depth motion analysis Visualization Table: Equipped with distance sensors and a LED ring to display the rotation plane Technologies Used: OpenCV for video capture and image processing Matplotlib for dynamic real-time graphing Arduino programming for initial LED-based motion tracking Objectives: Capture and analyze the pendulum's oscillations in real time Generate live graphs of rotational speed, period, and amplitude Provide an interactive and visual demonstration of Earth's rotation

As part of my final-year internship, I contributed to the development of a smart fire detection system aimed at improving safety through automation and real-time monitoring. -Designed and implemented autonomous intervention mechanisms, enabling the system to react quickly in case of fire detection without manual input -Built and maintained a real-time database to collect and store detection signals from various sensors across the environment -Developed a dynamic web application that displays detection alerts and sensor data in real time, improving user visibility and enabling faster responses -Ensured end-to-end integration between hardware (sensors, microcontrollers) and the web-based frontend through a reliable communication architecture This experience strengthened my skills in IoT integration, web development, and real-time data visualization, and taught me how to deliver a functional, user-friendly system under time constraints.

During this internship, I led the design and development of a web application to digitize and streamline the internal mail management process for the provincial administration. Conducted a full needs analysis, including stakeholder interviews, to understand business workflows and constraints Drafted and validated both general and technical specifications to ensure alignment with institutional requirements Designed and implemented a custom web application to manage incoming and outgoing correspondence, improving efficiency and traceability across departments Delivered a user-friendly interface with role-based access, document tracking, and reporting functionalities This project gave me hands-on experience in full-stack web development, requirements engineering, and working within a public-sector IT environment.

This project focused on developing a smart parking system aimed at optimizing urban mobility and improving traffic safety. Provided real-time data on available and occupied parking spots using sensors and integrated monitoring systems Enhanced traffic flow and safety for both drivers and pedestrians by reducing congestion and guiding users to free spots Contributed to increased urban activity and mobility, allowing users to navigate and park more efficiently within the city The project combined IoT concepts, smart city innovation, and real-time data processing to deliver a practical solution for modern urban challenges.