I am Maximilien, a computer science student combining theory with applied engineering (C++ systems, Julia/Python scientific computing). Open to internship opportunities in R&D, scientific computing and software engineering, based in Geneva, Switzerland.

• wildfireSim - An ecosystem simulator that models vegetation growth with a stochastic cellular automaton, wildfires triggered by lightning strikes, and predator–prey interactions.
  Keywords: Julia, Modeling, Stochastic cellular automata, ODE discretization, predator–prey dynamics, multi-scale system, Percolation Theory.

• DEBUG_MODE — Lightweight C++ debugging helper with variable tracking; non-intrusive and easy to integrate for faster iteration.
  Keywords: C++, Preprocessor metaprogramming, System design.

• Maze Generator With Cellular Automaton — Cellular automaton that converts random noise into maze structures.
  Keywords: Java, Cellular automata, Emergent structures.

• Mandelbrot Set — High-resolution smooth-color renderer of the Mandelbrot set in Julia.
• Quantum Teleportation — 1‑qubit implementation of the quantum teleportation protocol using Qiskit.

(1) An interactive ecosystem simulator that models vegetation growth, wildfires, and predator–prey interactions. (2) An radiation shielding simulation where the cube is the shield. (3) Mandelbrot set fractal renderer. (4) Cellular automaton that generate a maze from noise.

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(4) 1-qubit quantum teleportation circuit.

  (5) Climatic seasons & GDD clustering (wine-production analysis)..

 (6) Sierpiński triangle generated by rule 90 (elementary cellular automaton).