Feometry Design

This thesis by Patrik Schumacher, tries to appraise how, in recent years, our discipline’s problem solving capacity has been advanced, and might be further advanced, through the advancement of its geometric resources.

Table of Contents

The Progress of Geometry as Design Resource

Patrik Schumacher, London 2018
Published in: Log, Summer 2018, Issue on Geometry

 

Feometry DesignWhile the design of the building’s geometry, in distinction to the building’s materiality with its tactile and visualatmospheric values, does not comprise the whole of the design task, geometry is certainly centrally involved in most of architecture’s relevant design decision tasks. Starting with Alberti architectural design has indeed often been identified with geometry – the distribution of lines and angles – in contrast to the builder’s concern with material realisation.

Feometry DesignThe use of geometry as such is the first stage in the story which therefore starts with ancient Egypt. The ancient Greeks achieved considerable advancement and refinement in both the science of geometry and its architectural application, but development slowed afterwards. Euclid’s Elements remained a standard up to the 19th century.

Feometry DesignThe expanded geometric ontology of Parametricism includes the new (related) geometric entities of splines, nurb surfaces, and blobs, and allows for operations like lofting (morphing) and the compositional principle of affiliative- 7 adaptive deformation. This radical ontological shift might be characterized as the shift from typology to topology.

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