"Topology: Hanok is an experiment that develops a topological design workflow using AI to reinterpret the sectional logic and spatial continuity of traditional Korean architecture beyond mere formal reconstruction or structural reproduction. Rather than directly restoring the structural joints or framing system of traditional Hanok, the project focuses on its nonlinear spatial organization, the fluidity of curves, and the continuous transitions between interior and exterior."
"Topology: Hanok is an experiment that develops a topological design workflow using AI to reinterpret the sectional logic and spatial continuity of traditional Korean architecture beyond mere formal reconstruction or structural reproduction. Rather than directly restoring the structural joints or framing system of traditional Hanok, the project focuses on its nonlinear spatial organization, the fluidity of curves, and the continuous transitions between interior and exterior. These characteristics are gradually transformed through an AI-based three-dimensional mapping algorithm that interprets sequences of images as evolving forms."
Topology: Hanok develops a topological design workflow that leverages AI to reinterpret sectional logic and spatial continuity of traditional Korean Hanok beyond formal reconstruction. The design prioritizes nonlinear spatial organization, fluid curvature, and continuous interior-exterior transitions instead of restoring structural joints or traditional framing systems. An AI-based three-dimensional mapping algorithm interprets sequences of images as evolving forms, gradually transforming traditional characteristics into new topological geometries. The approach encodes sectional continuity into evolving three-dimensional forms, producing spatial outcomes that reference Hanok logic while generating novel, nonliteral formal and spatial expressions.
Read at www.archdaily.com
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