Degrees & Jobs

As a Full Stack Developer, I work on both cloud-based and embedded IoT solutions, taking charge of development, maintenance, and adaptation of the system's software architecture, both of which follow a PUB/SUB (message-driven) architecture.

For the cloud solution, I handle the backend using PHP and C++ and the frontend with Angular, ensuring a responsive and user-friendly experience. The system is monitored using ELK (Elasticsearch, Logstash, Kibana) and Grafana to maintain high levels of supervision and reliability. Additionally, I manage codec processing using JavaScript, Python, and PHP, and implement a JSON-to-JSON templating system using Twig.

On the embedded solution side, I work primarily with C++ for backend development, incorporating various communication libraries such as Modbus, BACnet, and MQTT to facilitate efficient data exchange. Output control is managed through C and C++ to handle the embedded hardware communication seamlessly.

As a Full Stack Developer apprentice, I worked primarily on embedded IoT solutions, contributing to the development, maintenance, and adaptation of the system's software architecture, which followed a PUB/SUB (message-driven) architecture, while also supporting cloud-based components.

For the cloud solution, I worked on the backend using PHP and C++ and the frontend with Angular. I used ELK (Elasticsearch, Logstash, Kibana) for monitoring, handled codec processing with JavaScript, Python, and PHP, and implemented JSON-to-JSON templating with Twig.

On the embedded solution side, I primarily worked with C++ for backend development, incorporating various communication libraries such as Modbus, BACnet, and MQTT to facilitate efficient data exchange. During my apprenticeship, I focused mainly on expanding the embedded solution by adding a new output option through BACnet integration, utilizing C++ to seamlessly manage communication with the embedded hardware.

During my internship, I developed a mobile application called "Meterscope Mobile", designed to monitor and track IoT equipment. This was my first professional experience abroad. This new application was a modern continuation of an older, existing version, aimed at enhancing both functionality and user experience. My role involved conducting a detailed analysis of the initial application to identify key requirements and improvements. For the development process, I utilized React Native and Expo, ensuring the app was versatile and compatible across platforms. Finally, I successfully deployed the application on both Android and Apple devices, making it accessible to a wide range of users.

During my recent internship, I worked on the digitalization and automation of the quality control process for Parc Relais. My main responsibilities involved analyzing the current procedures and developing automated workflows to enhance efficiency. Specifically, I digitized forms using Kizeo Forms, allowing for seamless data collection, and created an advanced analysis tool in Excel to facilitate more effective data interpretation. This project also gave me the opportunity to simulate direct interactions with customers, enhancing my communication skills. By the end of the internship, I successfully implemented a fully automated process that covered everything from data entry to analysis, significantly improving the efficiency of the quality control system.

During my internship, I was responsible for implementing a new production system, a project that allowed me to apply a range of technical and collaborative skills. I developed a production program using Python, focusing on creating efficient and scalable processes. To ensure effective progress, I utilized the Agile methodology for project management, which facilitated iterative improvements and regular feedback. Additionally, I played a key role in designing and establishing the production processes, ensuring they aligned with the company's needs. My work also involved close collaboration with an external audit firm, which enriched the project with expert insights and strengthened the overall design. The outcome of my efforts was a scalable production tool that was ultimately adopted by the company, significantly improving their production efficiency.