Inspired by Sea Foam

Inspiration By observing the inherent randomness of sea foam, we identify these non-uniform units as the foundation for modular creation, embracing their irregularity to influence our design process.

Creating Form vs. Extrusions Within these organic forms, we extract the predominant polygonal shape and meticulously map out the folding routes required for module generation, balancing between the natural and the geometric.

Applying Uniformity to the Non-Uniform To translate these irregular modules into a functional structure, we unify five sides of a heptahedron. This approach not only harmonizes the form but also enables the structural integrity needed for load transfer between neighboring modules.

Triangulating Polygonal Surfaces Triangulation becomes a crucial technique as we manipulate the polygonal surfaces from a central point, allowing for the strategic push and pull of fragmented faces. This process generates or fills voids within the module connections, adding depth and complexity to the design.

Connecting Modules Through triangulation, we can maintain the module's heptahedron form or expand it into a decahedron, contingent upon the internal circulation requirements. This flexibility in form allows us to explore both uniform and non-uniform spatial arrangements.

Internal Core vs. Hive Structure We now consider two assembly strategies: attaching the heptahedron and decahedron modules to an internal circulation core with uniform floorplates or arranging them in a hive-like structure with non-uniform floorplates. Both methods create intentional voids between modules, further emphasized by the triangulated surfaces.

Solid vs. Opaque Surfaces Finally, we assign open, solid, and opaque surfaces based on programmatic needs and performance criteria. These surface treatments not only define the visual language of the design but also enhance the interaction between the built environment and its occupants.

In our ongoing exploration of volumetric relationships, we now draw inspiration from the organic and fluid forms found in nature, such as sea foam and bubbles. These naturally occurring non-uniform modules serve as the basis for this week's design investigation. As we continue to explore the interplay of natural inspiration and geometric precision, this investigation invites a deeper understanding of how modularity, form, and space converge to create innovative architectural solutions. Join us as we push the boundaries of design, where nature and geometry meet in dynamic new ways.

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