Design: quotes, facts and reflections - Page 3

In this room

Follow the subject sideways.

Cards are connected by subject and by mood. Move through the complete sequence below, or cross into a neighbouring part of the archive.

40Drive

22Stillness

57Wonder

Q1897

DriveDesign

The Ulm School of Design joined form-making to science, sociology, communication and industrial systems, helping define a rigorous postwar model of design education.

Founded in 1953 by Inge Scholl, Otl Aicher and Max Bill, the school grew from an ethical question: what kind of designed world should follow fascism and war? Its studios increasingly tested objects and messages through research, methods and real industrial constraints. Work connected to Braun and Lufthansa showed how a coherent system could extend across products or public identity. Ulm's lasting provocation is that design is not a surface department. It is a way institutions decide how they will behave.

Ulm School of DesignRead card

Q1898

DriveDesign

Poka-yoke mistake-proofing changes a product or process so errors are prevented, made immediately visible or unable to pass to the next step.

A connector shaped so it only fits one way, a machine that will not run without a guard, a tray that exposes a missing part: each moves reliability out of memory and into form. Associated with Shigeo Shingo and Japanese manufacturing, poka-yoke rejects the fantasy of flawless attention. People tire, hurry and improvise. Good systems respect that reality by catching small errors before consequence enlarges them.

Poka-yokeRead card

Q1900

WonderDesign

Percy Shaw's cat's-eye road stud used glass reflectors in a resilient housing to mark lanes at night, with traffic helping wipe the optical faces clean.

Patented in 1934, the device did not generate light; it practised optical thrift, returning a vehicle's own beam toward its source. The reflectors sat protected in rubber and cast metal, yielding under a wheel so a built-in wiping action could clear their faces. Its intelligence belongs exactly where roads are most dangerous: rain, darkness, fatigue and a vanishing edge. Small infrastructure can be profound when it gives orientation without asking to be noticed.

Cat's eye road studRead card

Q1902

WonderEngineering

The Plimsoll line marks the legal loading limit on a ship's hull, with additional lines accounting for water density and seasonal sea conditions.

Nineteenth-century campaigner Samuel Plimsoll fought the deadly practice of sending dangerously overloaded ships to sea. The mark turns a hidden risk—lost freeboard and reserve buoyancy—into a public threshold visible on the hull, while variants recognise that a vessel floats differently in fresh water, salt water, winter and tropical conditions. It is regulation condensed into graphic design. A few painted strokes give the ocean authority over the manifest.

Plimsoll lineRead card

Q1906

WonderTrade

Medieval tally sticks recorded quantities with notches, then split the wood lengthwise so two matching halves could authenticate the same transaction.

Notch size encoded value, while the irregular split made each pair difficult to counterfeit: wood grain served as a physical checksum. English government used tallies for centuries as receipts and financial instruments. Their afterlife was unexpectedly dramatic; burning obsolete Exchequer sticks in 1834 helped ignite the fire that destroyed much of the old Palace of Westminster. An accounting medium ended by consuming the institution that had outgrown it.

Tally stickRead card

Q1908

DriveBusiness

Double-entry bookkeeping records each transaction as corresponding debits and credits, creating a balanced structure that can expose omissions and clarify how value moved.

The method developed in merchant practice before Luca Pacioli described it systematically in print in 1494; he codified it, he did not invent it. By making one account's increase correspond to another account's decrease or claim, the ledger turns relationships into structure. Balance does not guarantee honesty, but imbalance demands explanation. The page becomes more than memory: it becomes a small machine for asking where the money went.

Double-entry bookkeepingRead card

Q1909

WonderTrade

Jingdezhen became China's great porcelain centre by combining local ceramic materials, specialised labour and high-temperature kilns to supply imperial courts and overseas markets.

Across centuries, quarrying, refining, throwing, moulding, painting, glazing, firing and sorting became an urban production system of extraordinary specialisation. Clay and unfinished wares moved between workshops; imperial commissions demanded precision, while export orders multiplied forms and scales of output. Translucence was therefore a civic achievement as much as a material one: geology, furnace control, labour organisation and quality control coordinated across an entire city.

Jingdezhen porcelainRead card

Q1910

WonderArchitecture

Caravanserais placed secure courtyards, lodging, storage and animal space along long-distance routes, giving merchants and caravans a recurring unit of shelter and exchange.

A monumental gate often opened into a protected court ringed by rooms, storerooms and working spaces, with animals and cargo brought inside the perimeter. Repetition mattered: travellers could plan stages because a recognisable type appeared again along the route. Each stop compressed a much larger network into one night of feeding, repair, translation, credit, rumour and sleep. The caravanserai did not merely sit beside trade; as a distributed architectural system, it made distance operational.

CaravanseraiRead card

Q1955

StillnessArt

In the 1920s, Yanagi Sōetsu, Kawai Kanjirō and Hamada Shōji coined mingei for everyday folk craft, arguing that useful objects made outside elite art could possess profound beauty.

Mingei redirected attention from the signed masterpiece toward pottery, baskets, textiles, woodwork and tools shaped by repetition and use. Yanagi founded the Japan Folk Crafts Museum in 1936 and collected not only Japanese work but Korean, Ainu and Taiwanese objects, placing the movement inside Japan's complicated imperial century as well as its design history. Its central question remains fertile and contested: who gets to name the beauty of another person's ordinary object? Looking carefully is valuable; so is examining the power carried by the gaze.

MingeiRead card

Q1961

WonderHistory

Marshallese stick charts encoded how ocean swells bend around islands, using curved ribs for wave patterns and cowrie shells or selected intersections for islands.

Marshallese navigators built charts from coconut ribs, fibre and shells, but their subject was not fixed territory. The curves modelled long ocean swells, currents and the disturbances made by islands. Often studied ashore and committed to memory rather than carried at sea, each chart trained a body to feel a moving landscape beneath the canoe.

Marshall Islands stick chartRead card

Q1965

WonderHistory

The Tabula Peutingeriana compresses the Roman road network into a long strip, sacrificing geographic shape so routes, stations and distances remain legible.

The surviving parchment is a medieval copy of an ancient model, now arranged in eleven sections. Seas become narrow seams and whole regions elongate, because the map's true subject is movement through the cursus publicus: roads, staging points and towns. Read from end to end, the strip behaves less like a portrait of land than an itinerary: the order of stops matters more than their shape.

Peutinger MapRead card

Q1967

WonderDesign

Buckminster Fuller's Dymaxion map unfolds Earth from an icosahedron, keeping continents unbroken in its principal layout while concentrating interruptions in the oceans.

Fuller developed the projection from the 1930s and later refined it with Shoji Sadao. Its triangular faces can unfold in several arrangements rather than centring one nation or dividing the globe into customary hemispheres. In the best-known layout, the cuts fall mainly through oceans and the continents remain visually continuous around the Arctic. The geometry also makes an argument: political borders need not dictate how a planet is framed.

Dymaxion mapRead card

Q1968

WonderDesign

A cartogram deliberately distorts geographic area or distance so a variable such as population, travel time or emissions becomes the map's scale.

Conventional maps give visual power to physical size: large territories dominate before the data is read. A cartogram changes the contract. It may swell a small, crowded region or shrink an enormous, sparsely populated one, trading recognisable outlines for proportional evidence. The unfamiliar geography asks a useful question: what, exactly, deserves to occupy the page?

CartogramRead card

Q1969

WonderArt

Albert Munsell organized colour by hue, value and chroma, separating what family a colour belongs to from how light and how intense it appears.

Munsell's early twentieth-century system imagined colours in an irregular three-dimensional solid. Hue circles the centre, value rises from dark to light, and chroma extends outward with saturation. Because equally numbered steps aimed to look perceptually even, artists, soil scientists, conservators and manufacturers gained more than names: they gained coordinates for comparing what eyes see.

Munsell color systemRead card

Q2007

WonderArt

Introduced commercially in 1907, Autochrome Lumière used a microscopic mosaic of dyed potato-starch grains over a photographic emulsion to record colour on glass.

The Lumière process spread millions of tiny red-orange, green and blue-violet starch grains across a glass plate, filling the gaps with lampblack and coating the screen with light-sensitive emulsion. After reversal processing, the finished transparency needed transmitted light to glow. Long exposures softened movement and the irregular mosaic lent images a pointillist atmosphere: modern colour arriving through an unexpectedly edible material.

Autochrome LumièreRead card

Q2008

WonderScience

Photogrammetry finds matching points in overlapping photographs and uses camera geometry and parallax to calculate distance, shape and three-dimensional coordinates.

A feature shifts within an image when the camera moves; that apparent disagreement carries geometric information. With known or recoverable camera positions, software traces corresponding points through several views and triangulates where they sit in space. The result may be a map, a building survey, a terrain model or a record of an object too fragile to touch. Here the camera is a measuring instrument disguised as an image-maker.

PhotogrammetryRead card