During my internship in the United States, I had the opportunity to discover the current IT architecture of Thuasne USA and the challenges and obstacles related to migrating to a common domain when small companies are acquired by larger ones.

During my stay, I had the opportunity to train a colleague on Azure & IoT technologies. I also worked with the company's teams on a potential project to equip shoes with IoT sensors and transmit data to the Cloud Azure.

Additionally, I worked on a project to digitalize the production line, aiming to replace paper documents with electronic documents accessible via SharePoint. I designed and implemented an Azure architecture that allows for dynamic QR codes. This was essential because orders and other printed documents change daily. Since the nature of a QR code is immutable, it had to be made dynamic.

Finally, I was able to provide a detailed documentation on this work, its functioning, and how to deploy it. I was able to follow and work with my colleague, Solution Architect, and I saw the challenges related to communication with colleagues. It is essential to understand the needs of the company, follow the processes, and manage resistances to change. I understood that digitalization can be a way to reduce costs and improve efficiency, but it is also important to take into account the needs and preferences of employees.

Thus, this internship allowed me to develop my skills in technology, communication (especially in English), and collaboration, and I returned with an enriching experience and reinforced skills.

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During my apprenticeship at Thuasne, I had the opportunity to work on a wide range of projects, many of which were related to IoT (Internet of Things) and heavily reliant on cloud technologies. For application deployment on Azure, I learnt and used Kubernetes and Docker, ensuring efficient and scalable solutions. I also undertook pure development tasks, taking an existing application and migrating it to the latest versions of Vue and Loopback. My work spanned across various programming languages, including Python, Java, PHP, and JavaScript, showcasing my adaptability and versatility in tackling diverse technology stacks.

I also worked on a project to develop an application using FHIR (Fast Healthcare Interoperability Resources), which involved creating a REST API to manage patient data. The whole project idea was to create an end-to-end platform where IoT devices datas are ingested and integreted to the patient workflow. Making the data visible on the cloud by doctors and patients themselves. This project was particularly challenging, as it required me to learn a lot including FHIR, health data reglementations, cloud good practices, and the ability to deliver a high-quality code and architecture.

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I completed an internship at Ciril Group where I developed an application using Scrapy in Python. This application was designed to automatically retrieve addresses of retail outlets from the internet. It had a predefined list of retail chains and would navigate to each chain's website to extract all store addresses. Subsequently, the addresses were processed, cleaned, and stored for future use and mapping. This experience enhanced my proficiency in bweb scraping and data processing, as well as my ability to create practical solutions for real-world business needs.

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