Engineering the frontier of scientific simulation — from nuclear fission on the Moon to autonomous lunar rescue, rover navigation on Mars, and Falcon 9 booster landings.
An interactive simulation of nuclear fission reactor systems powering a lunar base. Explore reactor dynamics, power management, and safety protocols in a 3D Moon Base environment.
Plan and execute rover missions across procedurally-generated Mars terrain. Real A* pathfinding, live telemetry, slope-aware navigation, and mission analytics in an interactive 3D environment.
AI-driven simulation platform for autonomous rescue missions on the lunar surface. Hyper-realistic 3D terrain, real-time astronaut health prediction, multi-vehicle pathfinding, and mission planning powered by NASA open data.
Real-time 2D simulation of a SpaceX Falcon 9 booster — from launch through stage separation, boost-back burn, re-entry, and precision landing. Mach-dependent physics, live telemetry, mission callouts, and a scored landing debrief.
The next simulation is being engineered. Stay tuned.