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.

• KnotLib — Experimental C++20 library for computational knot theory; implements core invariants and explores efficient representations bridging math and code.

• DEBUG_MODE — Lightweight C++ debugging helper with variable tracking; non-intrusive and easy to integrate for faster iteration.
• Maze Generator With Cellular Automaton — Cellular automaton that converts random noise into maze structures.
• Cellular_Atomaton_Framework - A framework for building cellular automata in Java.

• 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) Mandelbrot renderer (2) Cellular Automato Maze generator. (3) 1-qubit quantum teleportation circuit.

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

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

• Focus & Goal: Quantum Algorithms and Quantum Simulations.
• Learning: quantum mechanics foundations and quantum information theory.

• Focus & Goal: numerical simulation.
• Learning: Julia programming basics and scientific Python tooling.

• Focus: lightweight libraries and performance.
• Learning: modern C++ (C++20/23).