My experience

Since 2024, I have been leading the digital evolution of the AI for Good platform, transforming complex event data into clear, impactful, and accessible web interfaces. As a designer with a computer engineering background, I bridge the gap between creative vision and technical feasibility. I specialize in building structured, mobile-friendly user journeys that prioritize both high-end aesthetics and long-term technical performance.

I'm currently working towards my engineering degree, covering a wide range of subjects.
The classes provide in-depth knowledge in computer science and also touch on important areas like math, accounting, English, laws, company management, and project management.

Pixacare is a MedTech startup transforming smartphones into medical devices for wound-healing monitoring and photo management. Having progressed from an intern to a full-time engineer, I now lead key technical and design initiatives within a dynamic engineering team.

My recent work includes leading the development of Topocare, an advanced 3D anatomical localization system. Using Three.js and React Three Fiber, I implemented an interactive 3D body surface layer that allows clinicians to precisely map wounds and define anatomical zones directly on a human model. This involved solving complex challenges in mesh-based interaction, real-time performance optimization, and data persistence.

As the primary designer, I also architected the company’s design system and spearheaded a complete UI overhaul of our web platform. My contributions span the full stack, from implementing offline-first synchronization for our mobile app to developing core features like our form engine and chat solution. Working in a small team allows me to bridge the gap between complex 3D engineering, UI/UX design, and scalable API development.

Tech Stack: Angular, React Native, Three.js, React Three Fiber, TailwindCSS, Figma, .NET Core, Express, TypeScript, MongoDB, Azure DevOps.

The Sélestat Alsace Handball (SAHB) is a significant French handball club that goes back and forth between the first and second national divisions.

By the end of 2020, when France declared a curfew, the season continued behind closed doors. To help out, my friends and I volunteered to stream these matches on the club's social media.

We started from scratch with just my laptop and a cheap camcorder, facing the challenge of creating something good with almost no budget. In less than a month, I wrote some software to stream the scoreboard and match stats live. The beginning was tricky, with unexpected issues, but we quickly adapted.

With over 2000 live viewers, pre-match activities, booth commentators, communication with the control room, on-field interviews, and halftime commercial breaks, the quality of our production improved as my skills grew. The club also partnered with local companies for better audiovisual and audio equipment.

In the next season, I collaborated with the French national handball league to meet their new, more demanding standards for live broadcasts.

In a surprising turn in June 2022, the club won the league final and moved up to the first division. However, this also meant the end of our live broadcasts as beIN Sports got exclusive rights for the first division.

I’ve explored a wide range of computer science subjects in depth, with a focus on maths.
Opting for the scientific specialization, I’ve learned some advanced concepts such as AI, 3D imaging, image processing, and GPU programming.

SAHB eSports made history as France's first eSports team integrated with handball. We organized casual "esports evenings" where visitors could try new games, join tournaments, and connect with others.

In early 2020, we hosted our biggest event, the SAHB eSport Day, drawing participants from across France for gaming tournaments sponsored by local companies.

Unfortunately, further events had to be canceled due to the impact of COVID-19.

I'm there on match nights for logistical support, welcoming spectators, running stands, managing LED advertising displays.