A tool requested by the French Chamber of Agriculture of the Hauts-de-France to help farmers manage their fields

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This project was done in collaboration with the French Chamber of Agriculture of the Hauts-de-France. The goal was to create a tool to help farmers manage their fields. Farmers can answer questions to various quizzes and then obtain a tailored diagnostic on their installation's biodiversity. The backend is a REST API written in TypeScript with Express and a MySQL database. The frontend is a multi-page application created with SvelteKit and Bootstrap.

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A work-in-progress visual Docker orchestration system written in Rust

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Docker is a widely used technology allowing system administrators to more easily run applications. However, Docker can be quite difficult to use on its own, especially for beginners.

To solve this, I, with 5 other students, are working on a tool to make Docker easier by creating an interactive visual control panel to manage Docker images, containers, volumes, and networks. The frontend uses Svelte as UI framework and the backend is written in Rust with Clickhouse as a database to create statistics. The ultimate goal of the project is to visualize and manage a Docker network's topology with a graph interface.

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A system to federate and analyze grades which has been used by hundreds of students of my school

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Junianalytics is an applicated I developed on my own to allow students of my school to have statistics on their grades since my school does not provide them natively. Each student can opt-in to share their grades with the system, once done, all data is aggregated on a central server I control, the system then generates statistics like averages, medians, quartiles and provide each user with their global rank to help gain a clearer picture of their academic performance.

This system has then been added to Mauria, a widely used unofficial client for my school's portal used by thousands of students, available in the Play Store and in the App Store!

At the time of writing (March 2024), there has been 700 unique students who used the system at least once for a total of 100,000 grades.

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A 2.5D isometric web-based city builder game à la SimCity

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CIRvilization is a web-based city builder "serious game" developed by a team of 6 students over the course of a month. This is a 2.5D isometric game where the player has to manage a city by building roads, houses, work building, factories, wind turbines, nuclear powerplants... The player also needs to manage the city's budget, water and electricity production as well as the city's pollution. All 3D models have been specifically created for this project using Blender and integrated into the game using Three.js. The UI has been created with Svelte.

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A system to manage rooms and their reservations with support of user-provided plans

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This project has been created by 7 students in 5 days. This is a web application which manages rooms and their reservations. It allows building administrators to upload plans of their building and allow them to define which room is available in the system by drawing countours on the plan using a built-in editor. Once the setup done, the application then allows regular users like students to explore the plan, see which rooms have already been reserved and then place reservation orders on a room within a time-frame of their choice. Technically, the D3.js library has been used to create an interactive experience with the plans. The front-end has been written in TypeScript with Svelte and the back-end is a REST API written in TypeScript with Express and a MongoDB database.

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A tower defense game implemented in C and plain JavaScript

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PolygonTD is a tower defense game developed by a team of 5 students over the course of three weeks. The game is a classic tower defense game where the player has to strategically place towers to defend against waves of enemies. One of the constraints of the project was to write a solver for the game in the C language. As such, the game is playable in the browser through a web UI but the player can get a solution by making an API call to the C solver.

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A basic chat with a full-blown monitoring setup with Grafana and Prometheus within a Docker network

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This project is a web chat with a database and a powerful monitoring system. Both the front-end and back-end have been written specifically for this project. While the chat itself isn't very complex, the goal was to illustrate how to properly monitor a Node.js application and mimic a somewhat realistic production environment, configuring Prometheus, Grafana, Nginx, Postgres, and two Node.js applications to all work together within a Docker network can actually be surprisingly time-consuming, this project was meant to be a blueprint and experiment with a non-trivial production-like setup.

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A toy programming language with an interpreter written in C++ able to simulate Conway's Game of Life

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The goal of this project was to create a programming language with the only constraint being that the language had to be in French. This language is of course Turing-complete with support for conditional and loop statements among other things. The language is interpreted and executed in a small custom virtual machine written in C++ using the Flex and Bison tools. I also added graphical support to the language to be able to simulate Conway's Game of Life using SDL2 bindings as the ultimate proof of concept!

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Web interfaces using Three.js to explore various well-known rendering algorithms

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This project is a collection of small labs in which we had to implement some of the fundamental computer graphics algorithms we normally take for granted in JavaScript using the highly versatile Three.js library. Most notably, the user can visualize and interact with the different rendering methods for Bézier curves and B-Splines curves.

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