The mass production paradigm that characterized early 20th century
prefabrication induced building systems based on repetition and stringent
modular grids. Industrialized building largely connoted a lack of systemic
variability. Within this pattern of continuous production, industry and
architecture looked at prefabrication and industrialisation from two diverging
points of view: Industry from efficiency and architecture from universal
variability. The two diverging viewpoints contributed to two accounts of
prefabrication.
The exploration of open systems and universal space by modernist
architects challenged the basic mass production model with component systems
based on modular coordination rather than complete factory produced volumes. The
continuous production of integrated pieces and panels would allow an architecturally
designed standardized specificity to deal with architecture’s essential cultural
content.
Walter Gropius, a master of modern architecture and a politically
charged architect, envisioned industrial production that served quality
architecture for the masses. His writings and teachings on mass production and
industrial building influenced a generation of modernists. Manufacturing could
be leveraged toward individually designed types. His theories prefigured today's
open building theories and in this respect foreshadowed John Habraken's
infrastructure versus infill conceptual model of collective housing. This
open building framework induced a plethora of Concrete skeletal systems.
Although only one prototype was produced, Logikit was somewhat
emblematic of these variable industrialized building systems. Designed for a
1973 competition for «construction kits» in France, this concrete post and beam
frame system was articulated to user interaction within a rigorous modular
frame.
Infill of the skeletal frame could be industrialized, architecturally
designed or conceived from off the rack building products. The dry assembled parts
included a cruciform elaborately shaped node element to which posts and
beams could be bolted. The simple orthogonal based grid system was designed to
be deployed horizontally or vertically for single family or multiple
family dwelling. An example of the universal modular coordination present in
most of its contemporaneous experiments, the necessary infrastructure and
service elements were absent. The Logikit lacked the potential for
wiring, ducts and systems coordination, which were becoming a large part of
20th century building construction and its amenities. The skeletal frame in
this respect exemplifies a recurring problem with prefabrication: the lack of a
totally integrated building strategy.
The Logikit components |
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