Interactive spacecraft rendezvous & proximity operations mission planner with 3D visualization. Implements Koenig-Guffanti-D'Amico (2017) state transition matrices for ROE propagation with J2 and drag perturbations.

A collection of Python projects that explore astrophysics concepts through simulations, data analysis, and code.

Astrodynamics toolkit for rendezvous and proximity operations (RPO) mission planning in Rust

OrbitLab – Interactive orbit simulator exploring numerical integration methods (Euler, RK4) for celestial mechanics. Built with Python/Pygame for Gymnasiearbete. Features real-time visualization, multi-planet support, and comprehensive data analysis tools.

Simple orbital mechanics simulator

A Python-based 6-DOF physics engine simulating a satellite in Very Low Earth Orbit (400 km). Includes realistic disturbance torques, active attitude control systems, and 3D visualization. The reference material is added as a website link below.

🪐 Simulate orbital mechanics and N-body scenarios, benchmark energy drift, and explore numerical integrators in a clean, reproducible physics sandbox.

An open-source scientific instrument for simulating, analyzing, and sonifying orbital dynamics and multi-body chaos.

simulador de sistemas N-corpos que calcula interações gravitacionais e permite visualizar trajetórias, energias e conservação do sistema. Ideal para estudos acadêmicos, demonstrações e experimentos numéricos.