In my Monopoly project, me and some friends developed a multiplayer version called Drunkopoly, adding a lively twist with a focus on drinks. Utilizing Vert.x server for the backend, we crafted an engaging gaming experience, reimagining the classic board game for fun-filled gatherings.
GitHub
In our Mars project, we engineered a warehouse management system using Vert.x server and Gradle for seamless logistics. Our frontend, built with HTML, CSS, and JavaScript, ensures intuitive control, facilitating efficient operations in the extraterrestrial environment.
GitHub
I created a native mobile app using Kotlin, featuring a truth or dare drinking game complete with a scoreboard and customizable questions. This interactive app offers a fun and social experience, perfect for gatherings and parties.
Showcase
I developed a .NET paging application focused on Magic: The Gathering cards, allowing users to browse and select cards to create custom decks. This versatile tool streamlines the deck-building process, catering to players' preferences and strategies with ease.
Showcase
I built this portfolio site using HTML, CSS, JavaScript, and Tailwind CSS, focusing on a clean and responsive design. For my blog, I manage and host the articles myself using Strapi CMS on Heroku, ensuring full control and customization.
GitHub
In just 24 hours at a hackathon, my group and I developed SafeGuard, a concept for a pedophile detection system for schools. This system uses AI to analyze faces and detect potential predators or threats at school entry points, enhancing safety and security for students.
GitHub
During my internship at C&W Logistics in early 2024, I developed a real-time HTML5 web app visualization for scanners and handheld devices. I enhanced the logistics suite with a customizable framework and explored creating an intuitive drag-and-drop tool.
Linkedin
About me
- I am a student at Howest
- I am 20 years old.
- I am a passionate developer.
- I love backend development more than frontend.
- I am a passionate athlete and socializer.
Research Thesis
ML.NET research thesisIn my thesis, I explored the integration of ML.NET to enhance operational efficiency, inventory management, and decision-making processes in WMS environments. By optimizing order picking routes and predicting future order volumes, I demonstrated significant cost reductions and performance improvements.
Fill in the form to start a conversation
