Lunar orbit propagation and preliminary mission analysis with high-fidelity gravity, perturbations, terrain, stability, targeting and coverage.
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Updated
Sep 8, 2026 - Python
Lunar orbit propagation and preliminary mission analysis with high-fidelity gravity, perturbations, terrain, stability, targeting and coverage.
A suite of tools for orbital spaceflight simulation and mission analysis.
A modular, professional-grade digital engineering and trajectory propagation platform for spacecraft propulsion systems. Includes high-fidelity physics models (Hall effect, gridded ion, chemical, nuclear, and VASIMR engines), multi-node thermal LPN solvers, power simulation, state estimation (EKF), and automated engineering advisor analytics.
Port-Hamiltonian spacecraft attitude dynamics and control. Reference implementation for IAC-26-C1.1.
Reconstructed MATLAB/Octave spacecraft dynamics: two-body propagation, ground tracks, observer geometry, and deterministic tests.
🛰️ 3D Interactive CubeSat AOCS & LEO Flight Simulator (Three.js, RK4 Dynamics, B-dot, Reaction Wheels, Aalborg Ground Station)
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