The development of architecture as an
autonomous field relating to academia and to design practise is associated with
the social progress of the late 19th and early 20th centuries.
In particular, the two world wars and the transformation of production from craft
to manufacturing set up a new paradigm for the architect. The architect was divorced
from his roots as a master builder which split architecture and building into
two distinct fields.
The combining of innovative
techniques and the city as industrialization’s social framework offered the
modern architect a new and long lasting challenge: mass housing. This challenge
fostered modern architecture’s obsession with technology, mobility, efficiency
of manufacturing and the potential for a factory produced architecture.
The objective of merging architecture
with factory production was imagined in the experiments of Le Corbusier
(Citrohan), Buckminster Fuller (Dymaxion) and even Jean Prouvé (mobile
barracks). These experiments influenced post WWII larger theories involving the
capsules and superstructures that characterize the Japanese Metabolist movement
or Archigram’s graphic representations of experimental cities during the 1960’s.
The mass-produced living unit, capsule or pod inserted into a dense adaptable infrastructure
became an icon for late modern architecture’s theories on mass housing.
Advances in concrete, steel and
particularly innovative uses for polymers in building accompanied the architect’s
view of this highly technological industrialized and decontextualized
architecture. The intake infrastructure and the plug-in capsule assembled from
«ready made» components exemplified architecture as a commodity detached from
the tradition of place.
The «casette prestampate (Italian for pre-printed or pre-molded houses)»
proposed by Cesare Pea an Italian architect is a testament to the far reaching
influence of the capsule or the adaptable pod as an architectural idea in
post-war Europe. Cesare Pea designed an experimental glass fibre reinforced
plastic modular pod for varied organisations.
The pleated stressed skin panel
construction system structured a modular shell, which included a floor, roof,
walls and openings. The modules were organized as cells in a biomimicking
housing system that could expand and contract as needed. The project title (prestampate) connotes the moulded and
pleated panel manufacturing process but also interestingly references the
printing press (stampatore) and
relates the project to the idea of printing a house. The idea of a printed
house conceivable in today’s world lyrically referenced the serial topology
used in Pea’s proposal.
Image form DOMUS no. 334 (1957) |
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