I am a Physics student at UNED and a Software Engineering student at 42 Madrid, having recently completed the Common Core curriculum. My work focuses on low-level system programming, computational physics, and infrastructure. I am particularly interested in understanding system internals, efficient algorithm design, and how numerical methods can simulate physical phenomena.

• Systems & Low-level: C, C++, Rust, Bash. Focus on memory management, process synchronization, and Unix internals.
• Infrastructure & DevOps: Docker, Linux administration, secure configurations, and self-hosted environments.
• Computational Physics: MATLAB, Python, LaTeX. Numerical solutions and scientific data visualization.
• Web & Scripting: JavaScript, Python.

• minishell – A lightweight Bash-like shell featuring parsing, pipe implementation, and process execution. (with adpedrer)
• philosophers – Multithreading and process synchronization modeling the dining philosophers problem.
• pipex – Recreation of Unix piping mechanisms.
• get_next_line & ft_printf & Libft – Standard C library reimplementations and file stream handling.

• push_swap – Number sorting algorithm constrained by limited operations and stack usage.
• PiscineCPP – Deep dive into C++98 OOP fundamentals, memory allocation, and polymorphism.

• Inception – System administration project orchestrating multiple services (Nginx, WordPress, MariaDB) using Docker and docker-compose.
• ft_irc – Fully functional IRC server written in C++98 handling multiplexing and client-server communication. (with adpedrer & acaro-su)
• ft_transcendence – Multiplayer real-time pong game and social platform. (with jrubio-m, dyanez-m & jonjimen)

• miniRT – Ray Tracer written in C for rendering primitive geometric objects and lighting. (with adpedrer)
• fract-ol – Interactive fractal explorer demonstrating complex math rendering.

• push_swap_performance_tester – Python-based graphical tester and performance analyzer for the push_swap project.

• Spherical Harmonics – MATLAB visualization of atomic orbitals adjusting quantum numbers.
• 1D Schrödinger Solver – Numerical solution for energy levels under various potential configurations.

• antiWuolah – CLI tool to remove ads from Wuolah PDFs.