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Highly complex designs can be described as layered objects whose parts are all related symmetrically. Meier offers an architecture that presents itself as a system of systems of a hyper-refined construction. Such a design exemplifies formal qualities of abstraction, layering, complexity and depth, all appearing impenetrable to any analysis using the existing methods. The representational model is built upon abstraction, projection, weighting and layering. The wall functions as a distributor of the forms of architecture: the articulation in relief and the organizational scaffolding . A new…mehr

Produktbeschreibung
Highly complex designs can be described as layered
objects whose parts are all related symmetrically.
Meier offers an architecture that presents itself as a system of systems of a hyper-refined
construction. Such a design exemplifies formal
qualities of abstraction, layering, complexity and
depth, all appearing impenetrable to any analysis
using the existing methods. The representational
model is built upon abstraction, projection,
weighting and layering. The wall functions as a
distributor of the forms of architecture: the articulation in relief and the organizational
scaffolding . A new layering strategy borrows
elements from both and organizes the whole construct
along the premises of group theory. Such a synthesis
articulates the partial order lattice of the
configuration and carries through the computation.
Design is a mode of computation that explicitly
exercises both imagination and reason. A major
challenge is the degree to which the decompositions
provided prove visually the established discourses on
the subject. That s an aspect of further critical
research on the ability of this methodology to align
itself with existing analytical discourses and prove
them or not.
Autorenporträt
Edouard Din is Associate Professor/ Director of Digital Tech at
Tuskegee University. He
is a graduate of architecture at Federal Institute of Technology,
a master s of
mathematics at University of North Carolina, and a PhD in Design
Computing at
Georgia Institute of Technology. He excels in group theoretical
approach of modern
architecture.