1.3 World Architectural History: Classical Through Modern Movements

World Architectural History: Classical Through Modern Movements

Ancient and Classical Architecture

Ancient Egyptian architecture relied on massive post-and-lintel stone construction and monumental scale to express religious and political permanence, from the pyramid tombs at Giza to the columned hypostyle halls of temples such as Karnak, where dense forests of stone columns supported heavy flat roofs.

Ancient Greek architecture refined trabeated (post-and-lintel) construction into a codified system of orders — a temple's column, base, and entablature proportions — that remains the reference vocabulary for classical detailing on the ALE:

Roman architecture built on Greek trabeation by mastering the arch, vault, and dome, enabled by Roman concrete (opus caementicium). The Pantheon's coffered, unreinforced concrete dome and oculus remains a benchmark of ancient structural engineering, while the Colosseum stacked all three Greek orders (Doric, Ionic, Corinthian) across its arcaded facade. Roman infrastructure — aqueducts, basilicas, and bridges — also established building types, particularly the basilica plan, later adapted for Christian church architecture.

Medieval Architecture: Romanesque and Gothic

Romanesque architecture (roughly 1000-1150) is characterized by thick load-bearing masonry walls, small window openings, round arches, and heavy piers supporting barrel or groin vaults — a solid, fortress-like massing dictated by the limits of masonry-only construction.

Gothic architecture (roughly 1150-1500) resolved Romanesque's structural limits with three interlocking innovations: the pointed arch, the ribbed vault, and the flying buttress. Together these elements redirected roof and vault loads outward and downward through exterior buttressing rather than through thick continuous walls, freeing wall surfaces for the large stained-glass windows and greater interior height associated with cathedrals such as Notre-Dame de Paris and Chartres.

Renaissance Through Neoclassical Architecture

The Renaissance (14th-16th century, originating in Italy) revived classical Greco-Roman proportion, symmetry, and the orders as a conscious rejection of medieval building logic. Filippo Brunelleschi's dome for Florence Cathedral (completed 1436) remains a landmark engineering achievement of the period, while Andrea Palladio's villas and treatises later codified classical proportioning systems that influenced Western civic architecture for centuries — including, indirectly, the neoclassical civic buildings of the American colonial Philippines covered in Section 1.2.

Baroque architecture (17th-18th century) reacted against Renaissance restraint with dramatic movement, dynamic curves, deep light-and-shadow contrast, and elaborate ornamentation, exemplified by Gian Lorenzo Bernini's and Francesco Borromini's work in Rome. The Philippines' own "earthquake baroque" churches (Section 1.1) are a regional adaptation of this same European Baroque vocabulary, modified for local seismic conditions.

Neoclassical architecture (18th-19th century) followed as an Enlightenment-era return to strict classical symmetry and orders, deliberately rejecting Baroque excess; it became the default idiom for government and civic buildings worldwide, including the American colonial-era buildings discussed in Section 1.2.

The Modern Movement

The Industrial Revolution introduced iron, steel, plate glass, and later reinforced concrete as structural materials, freeing buildings from load-bearing masonry and enabling new forms and scales — long-span train sheds, exhibition halls such as the Crystal Palace (1851), and the first steel-framed skyscrapers of the Chicago School.

The Bauhaus, founded by Walter Gropius in Weimar in 1919, relocated to Dessau in 1925 — where Gropius's own school building demonstrated hallmark modernist features (steel-frame structure, glass curtain wall, asymmetrical plan) — before closing under Nazi political pressure in 1933. The school's teaching, unifying art, craft, and industrial technology under a "form follows function" ethos, shaped a generation of modernist architects.

That movement was formally named in the 1932 Museum of Modern Art (MoMA) exhibition "Modern Architecture: International Exhibition," curated by Henry-Russell Hitchcock and Philip Johnson, which coined the term International Style to describe the shared vocabulary of volume over mass, regularity over symmetry, and rejection of applied ornament found in the work of architects including:

• Le Corbusier — articulated the "Five Points of Architecture" (pilotis, roof garden, free plan, ribbon windows, free facade) and described a house as "a machine for living in."
• Ludwig Mies van der Rohe — associated with the maxim "less is more" and refined steel-and-glass construction (Barcelona Pavilion, Seagram Building).
• Frank Lloyd Wright — pursued "organic architecture" integrating buildings with their natural sites (Fallingwater), and developed the Prairie and Usonian house styles.

Postmodernism and Contemporary Trends

By the 1960s-1980s, Postmodernism reacted against International Style modernism's perceived austerity, reintroducing historical reference, ornament, color, and symbolic wit — captured in Robert Venturi's counter-slogan "less is a bore" and realized in buildings such as Philip Johnson's AT&T Building with its ornamental pediment. Contemporary global practice has since broadened further toward sustainable and green design, computational and parametric design methods, adaptive reuse of existing buildings, and climate-responsive regionalism — a trend directly relevant to Philippine practice, where tropical design strategies rooted in vernacular precedent (Section 1.1) remain central to sustainable design today.

For the ALE, this history is tested at the level of period recognition and defining characteristics — correctly identifying an order, structural system, or movement from its description — rather than deep art-historical analysis.