Speculative Mars Simulation Museum for NASA
Winner of Plan-B at UNI.xyz: a speculative NASA space museum in Houston that uses algorithmic pathfinding and spatial interconnection to simulate life and adaptation on Mars.
A speculative space museum for NASA, exploring how architecture can simulate life and adaptation on Mars. My role led the form generation, computational structure, and Grasshopper-based modeling, while contributing to conceptual design and visualization.
The Ares project visualizes a computational narrative for a Mars simulation museum, where interactive experiences are defined through algorithmic pathfinding and spatial interconnection. The design utilizes point-interconnection algorithms to ensure efficient circulation between experience labs, ramps, and observation pods, mimicking the network logic of space infrastructure.