Numerical simulation of orbital dynamics under the Moon's non-uniform gravitational field (J2, mascons).

lunar landing simulation for X

This project aims to build a dynamic simulation model for a spacecraft's journey from a Low Earth Orbit (LEO) to a stable lunar orbit, based on classical physics laws.

A MBD-FEM-SPH co-simulation framework for crewed lunar vehicle, with instance of Lunar Rover Vehicle (LRV)

An autonomous lunar rover ros-gazebo based simulation

A simulation in the style of Lunar Lander that uses a genetic algorithm to train

Direct collocation is used to obtain an optimal trajectory for a lunar lander simulation.

Pure Java implementation of an uprated Lunar Lander style game, with more realistic physical simulation.

OpenGL lunar lander simulation game

Project site

Software for calculating lunar orbital simulations for the Lunar Numbat project.

The Lunar Energy Simulation Software LES3 has been developed as a sequential and independent set of python modules, enabling the simulation of space Electrical Power Systems EPS featuring various complexity levels.

Lunar Lander simulation environment with Reinforcement Learning techniques in C++ with SFML, Box2D, and LibTorch.

A lunar ISRU manufacturing simulation with a structured KB of machines, materials, and processes to model self-replication.

This project focuses on using Deep Q-Learning (DQL) to teach an AI agent how to control a spacecraft and perform a successful lunar landing. The simulation is built in Gymnasium's LunarLander-v2 environment, which replicates real-world physics to create a challenging and realistic scenario.

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Lunar simulation (launch, orbit, and descent) programmed in MATLAB with the use of numerical methods and differential equations that evolve over time. Documented with LaTeX.

Lunar Landing Simulation written in C++ using OpenGL and OpenFrameworks libraries

Simulating a Lunar Landing

Moonlander is a modular C++ lunar landing simulation with a Qt frontend and threaded backend. It models spacecraft physics, thrust, and environment, visualizes telemetry via cockpitPage and landingView, and allows controller testing and debugging in a fully extensible simulation framework.

This simulation project uses Pyomo and a simple model of a rocket to compute a control policy for a soft landing, helping further missions.

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Very simple lunar-lander-like physics "simulation"

A personal AR project displaying a realistic 3D model of the moon with 8K texture mapping. Built with Swift, ARKit, and SceneKit for a highly immersive visual experience.

This repository contains the MATLAB code used as part of my masters thesis using a novel patched conics approximation method the V infinity Sphere, for earth-earth lunar gravity assists

A Website that represents the lunar landing simulation

A cartoonized physics simulation of trans-lunar injection

Simulation of a lunar slingshot launcher using a tether

Code currently being developed for PyCBC lunar-GW detection simulation