Geometric Patterns
These patterns are built from a single tile — a fundamental shape that, when repeated, fills a plane seamlessly. The tile is the seed. The arrangement determines the character. The result is a pattern that is both ancient and completely original.
The same tile can produce radically different patterns depending on how it's repeated — rotated, mirrored, slid into place. Each arrangement has its own feel.
The traditions behind this work run deep: Islamic geometric art, Japanese kumiko and sashiko, Celtic interlace, Art Deco, Art Nouveau, Moroccan zellige, Gothic tracery. These aren't reproductions — they're new designs informed by centuries of pattern-making knowledge, generated computationally and cut from metal.
By aesthetic category
A pattern can belong to several categories at once. The catalog grows as new designs are added.
Art Deco
Stepped forms, fan motifs, and the geometry of early-20th-century ornament.
4 designs →
Art Nouveau
Curving, organic linework drawn from turn-of-the-century botanical ornament.
2 designs →
Botanical
Plant-derived forms — leaves, branches, growth.
6 designs →
Celestial
Moons, stars, and circular forms.
4 designs →
Celtic
Interlace and knotwork, the woven geometry of Celtic ornament.
1 design →
Constructivist
Pure geometric form — triangles, squares, hexes — drawn from the early-twentieth-century constructivist tradition where shape is the subject and nothing represents anything outside itself.
6 designs →
Gothic
Tracery, trefoils, and the geometry of cathedral stone.
1 design →
Islamic
Star patterns, Girih tiling, zellige, and the wider Islamic and Mediterranean geometric tradition.
7 designs →
Japanese
Kumiko, sashiko, and pattern grammars from Japanese craft tradition.
7 designs →
Mid-Century Modern
Breeze blocks, stepped forms, and the geometry of mid-century architecture.
8 designs →
Textile
Patterns built around weaving, braiding, and other fiber traditions.
3 designs →At jewelry scale, these patterns become wearable. At architectural scale, they become screens, gates, facades, and floor tiles. The geometry doesn't care about size — it works at every resolution.