Move with Design
DESIGN
IS EVERYWHERE.
Learn how humans turned problems into objects, images, spaces, interfaces and experiences — from stone tools to generative AI.
Explore History
From stone tools to AI
c. 2.6 million years ago
Early Human Tools
Stone tools allowed access to new food sources (marrow, tougher plant fiber, butchered meat), which some researchers link to changes in early hominin diet and brain development over subsequent hundreds of thousands of years.
c. 3,500 BCE
The Wheel
Wheeled transport lowered the cost of moving mass, and everything scaled with it. Surplus could be gathered from a wider hinterland, which allowed larger cities; stone and timber could be brought from farther away, which allowed larger buildings; armies could carry supply, which allowed longer campaigns. It also created a demand that reshaped landscapes, since a cart needs a graded surface, and the road network — later perfected by Rome — exists because wheels do. In parallel, rotary motion became a general-purpose mechanical idea. The potter's wheel, the millstone, the pulley, the windlass, the water wheel, the spinning wheel and eventually the gear train all descend from the recognition that continuous rotation can be harnessed, stored and redirected.
c. 2560 BCE (Great Pyramid of Giza)
Ancient Monumental Architecture
These structures demonstrated that large-scale, coordinated design and engineering could produce buildings lasting thousands of years, and established architectural forms (columns, domes, arches) that shaped Western building design for millennia.
c. 7th century CE onward; the Diamond Sutra dated 868 CE
East Asian Woodblock Printing
Woodblock printing made the reproducible page a normal object across East Asia centuries before Europe, supporting mass religious distribution, standardized state editions, commercial publishing and a genuine popular print market. It also established the division of labor that industrial print would later formalize: in Edo-period ukiyo-e production, the publisher commissioned and financed, the artist supplied the drawing, a block cutter carved, and a printer inked and pulled the impressions, with color separated across multiple blocks. That is a production pipeline with distinct specialist roles and a commissioning client — recognizably the structure of a modern studio. Cheap ukiyo-e prints later reached Europe as packing material and as collectibles, and their flat color, asymmetric cropping and bold outline directly shaped Japonisme, Art Nouveau and poster design.
c. 1440–1450
The Printing Revolution
Printing dramatically reduced the cost and time required to reproduce text, enabling much wider circulation of the Bible, scientific works, and later pamphlets and newspapers, and is widely credited with accelerating the spread of literacy, the Reformation, and the Scientific Revolution in Europe.
c. 1798–1900
Lithography and Mass Advertising
Color lithography turned the street into a designed environment. Chéret's posters were followed by work from Henri de Toulouse-Lautrec, whose Moulin Rouge sheets of the early 1890s used flat color areas, radical cropping, and hand-drawn lettering integrated into the image rather than applied to it; Alphonse Mucha, Eugène Grasset, and Théophile Steinlen extended the vocabulary. The influence of Japanese woodblock prints, newly circulating in Europe, is visible throughout in the flat planes and asymmetric composition. The poster boom created professional demand for artists who could work at scale and in series, which is one of the practical origins of graphic design as a paid occupation. It also fed directly into Art Nouveau, which took the poster as a principal form.
c. 1950–1990
Broadcast and Television
Design acquired time as a material. A designer now had to think about sequence, duration, pacing, entrance and exit, and synchronization with music and speech — properties with no equivalent in a poster. Broadcast also imposed the first true technical constraint system on graphics: title-safe and action-safe areas, minimum stroke weights to survive interlacing, restricted saturated reds that would bleed on NTSC, and minimum type sizes tied to typical viewing distance. These were specified, published, and enforced, and they trained a generation to design within hard device limits. The channel ident established the idea that an identity could be a behavior rather than a mark: something that moves in a recognizable way. That idea is now central to interface motion, where transition and easing carry brand as much as color does.
1989–present
The World Wide Web
The web forced a fundamental change in what a design deliverable could be. Print and even early software design assumed a known canvas of fixed dimensions. A web page was delivered to an unknown screen size, an unknown font availability, an unknown connection speed, an unknown browser with its own interpretation of the specification, and increasingly an unknown input device and assistive technology. Designers could specify intent but not outcome. The profession's response ran through a sequence of strategies — fixed-width layouts, table-based layouts, liquid layouts, and from Ethan Marcotte's 2010 article the responsive approach of fluid grids, flexible images and media queries — each an attempt to design a system of behavior rather than a picture. John Allsopp's 2000 essay A Dao of Web Design made the argument early and directly: the flexibility of the medium is a feature rather than a limitation.
Design Movements