Shape As Structure

Structure is not only created only through the strength of a material. It can also emerge from how forces are organised within a form.

For example: an eggshell is extremely thin, yet surprisingly strong because its curved shape distributes compressive forces across its surface. The strength comes less from the material itself and more from how those forces are arranged aka it’s shape.

In this way, shape can make a material work against itself, work with a load, or behave in more complex ways. Form becomes an active participant in structure.

This can feel counterintuitive because most of the built environment relies on a limited set of geometries – flat planes, right angles – and on the inherent strength of materials like steel, concrete and plastics. Even natural materials are typically processed into these simplified forms, which reduces our sensitivity to what shape alone can do.

Nature, by contrast, develops structure through form. A spider’s web, for example, achieves strength through tension and geometry rather than thickness.

Bamboo makes this especially clear. It is strong along its fibres, weak across them, and inconsistent from piece to piece. Its joints are never perfect. Because of this, you cannot rely on uniform material strength. You are pushed instead toward designing with shape.

In contemporary bamboo construction, this leads to forms that distribute forces across multiple elements: hyperbolic paraboloids, where straight members create a stiff curved surface; reciprocal frames, where each element supports the next; and bundles or weaves, where strength emerges collectively rather than individually.

If shape carries structure, then meaning can also be embedded in how something stands or holds together – not just in what it represents.

An object’s coherence is not purely visual. There is always a real, physical logic holding it together. That logic may be distributed, partially hidden, or not immediately legible—but it is present, and it can be felt.