Mind at Play

Tessellation art

Tessellation art

CostLow

Includes: paper, pens, tracing paper, ruler, stencil tools Example: you can start for free; books and apps run €10–€50

What it is

Only three regular shapes can tile a flat surface completely on their own, with no gaps and no overlaps: the equilateral triangle, the square, and the hexagon. That hard mathematical limit, proven by simple angle arithmetic, is the foundation that tessellation art both rests on and rebels against. Tessellation art is the practice of creating patterns where shapes interlock to cover a surface with no gaps or overlaps, repeating in a way that could in principle continue forever, and the art lies in pushing past those three simple tiles into shapes far more elaborate.

The technique that makes the famous interlocking-animal tessellations work is deceptively simple. You start with a shape that tiles, a square or hexagon, then modify one edge and repeat that exact modification on the opposite edge, so what you push in on one side you push out on the other, and the area stays constant. Do this with care and a plain square slowly becomes a bird, a fish, a lizard, that still fits its neighbours perfectly. The maths guarantees the fit. The artistry decides what the shape becomes.

The honest difficulty is that designing a tessellation that is both mathematically sound and recognisable as something, a creature, an object, rather than an abstract blob, is genuinely hard. The constraints fight you. Every change to make the shape look more like a fish risks breaking the interlock. This tension between geometric necessity and representational ambition is exactly what makes good tessellation art impressive rather than merely decorative.

The practice spans wildly different tools and traditions. Some work it out on graph paper with pencil and ruler. Some use software that enforces the symmetry rules. Islamic geometric art developed staggeringly complex tessellations centuries before the mathematics describing them was formalised, purely through craft and geometric intuition. However you approach it, the moment a hand-designed tile clicks into an endlessly repeating pattern delivers a particular satisfaction, the sense of having touched something infinite with a finite shape.

How it works

Begin with a shape you already know tiles the plane, a square or a regular hexagon, because that guarantees your finished pattern will fit together no matter what you do to it. This is the secret behind the famous interlocking-animal designs: they all start from a boring shape that tessellates, then get modified in a way that preserves the fit. Skip this and freehand a shape you like, and you will spend hours discovering it leaves gaps.

Use the cut-and-translate method for your first one. Take a square, cut a curve or bump out of one side, and slide that exact piece across to the opposite side and tape it on. Whatever you removed from the left edge you add to the right, so the area stays identical and, crucially, the modified left edge still matches the modified right edge perfectly. Do the same top to bottom. The square is now an irregular blob, but it still tiles, because every edge still mates with its opposite.

Then find the creature in the blob. This is the artistic leap and the genuinely hard part: turning your abstract interlocking shape into something recognisable, a bird, a fish, a lizard, by adding eyes, fins, and details within the silhouette without changing the tiling edges. The constraints fight you, because every change that makes it look more like a fish risks breaking the interlock, and managing that tension is exactly what makes good tessellation art impressive rather than merely decorative.

Tile it across the page to check and complete the pattern. Trace your finished shape, then trace it again interlocked with the first, and keep going, and any gap or overlap reveals an error in the edge-matching you can go back and fix. Graph paper helps keep the grid honest. Software that enforces the symmetry rules exists, but doing the first one by hand teaches the underlying logic in a way that clicking never will.

Benefits

Creativity Problem Solving Relaxation Focus Training Enjoyment / Fun

What you need

Here's what to gather before you start. The essentials are marked.

Some links below are affiliate links. As an Amazon Associate, trylii.com earns from qualifying purchases, at no extra cost to you.

Paper (plain, graph, or tracing)

SuggestedAffiliate

Assorted craft paper pack

View on Amazon
Pencil, pens, coloured pencils or watercolor

SuggestedAffiliate

Pencil

View on Amazon
Ruler, compass, stencils

SuggestedAffiliate

Ruler

View on Amazon
Digital tools (optional: Procreate, Tesselmania, Illustrator)

FAQs

Art built from a shape repeated over and over to tile a surface with no gaps and no overlaps. Think of M.C. Escher's interlocking lizards and birds. The mathematical idea is simple, the shape fits its own copies perfectly, but the artistry is in designing a tile that is both a clean fit and a recognisable thing.

No, though a little geometry helps. You can create tessellations by hand using a cut-and-slide method, snip a piece off one edge of a square and tape it to the opposite edge, and the shape still tiles perfectly. The maths is doing the work invisibly. You just follow the method and decorate the result.

After making your tile fit, study its outline and ask what it suggests, a bird, a fish, a face, then add interior detail to bring that out. The trick the masters use is letting the shape tell you what it wants to be rather than forcing a chosen image onto it. The interlocking comes first, the recognition second.

Card for making a sturdy template tile, plus paper, pencil, and whatever you like to colour with. Tracing one template repeatedly across a page is the core technique, so a firm, accurately cut tile matters more than fancy materials. Graph paper helps keep regular tessellations aligned while you are learning to keep the repetition even.