claim

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claim:successful-group-consensus-on-complex-design-is-achieved-not-by-choosing-among-alternatives-but-by-resolving-a-long-sequence-of-very-small-particular-questions-one-at-a-time-in-the-right-order

Successful group consensus on complex design is achieved not by choosing among alternatives but by resolving a long sequence of very small, particular questions one at a time in the right order

Alexander's solution to the 'elephant designed by a committee' problem.

Neighborhood — ranked by edge-count

Claims (1)

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Choice among alternatives as a group design strategy does not work realistically because alternatives differ on too many dimensions simultaneously for consensus to form
extends
Alexander's critique of conventional democratic design processes based on multiple-choice selection.

Questions (1)

question

How is it possible to have cooperative, communal decision-making of the kind needed to deal with decisions in a town, neighborhood, or public building?
answered_by
The central problem of collective design that Alexander addresses with the incremental question method.

probe (1)

probe

Bench facing view probe
grounds
Alexander uses this as an exemplar of how the incremental group-consensus method works — one question at a time produces settleable answers.

Chapters (1)

chapter

Chapter 11: How Living Processes Must Generate Necessary Further Dynamics of Any Neighborhood Which Comes to Life
introduces
The working unit being extracted; covers dynamic neighborhood generation, structure-preserving transformations, and case studies in Colombia, Venezuela, Israel, and San Francisco.

Related by similarity (8)

cosine ≥ 0.65 · no typed edge

Entities in the same semantic neighborhood but without a typed relation to this one — candidates for new edges or unrecognized duplicates.

How could one possibly succeed in design, doing one thing at a time, since a complex whole is a unitary undivided whole which cannot be separated into parts?question0.799
Rhetorical question embodying the conventional wisdom that Alexander challenges by showing that unfolding sequences solve exactly this problem.
Is the way that we view design, planning, and construction—in all the spheres mentioned, ecosystems, buildings, communities, objects, computers and computer software—the right way to produce sufficient complexity, and does what we are doing have a chance of success?question0.776
Opening rhetorical question that frames the problem of creating complexity.
What makes design so very difficult for most people is that they do not use a generative sequence; instead they try to design all at once, in a jumble.claim0.774
Diagnosis of why conventional design methods produce struggle and chaos, contrasted with the ease of proper sequence.
A complex object will only be successful if it is generated.claim0.772
Generalization from organisms to software and buildings; used to argue against mere assembly.
A fixed generative sequence, when interacting with a variety of contexts, yields essentially infinite unique designs.claim0.769
Refutes the charge that generative sequences produce uniform results; the Pasadena examples show organic variety without modular repetition.
A well-constructed process virtually guarantees that each person will be able to make a coherent design.claim0.768
Asserts that the step-by-step unfolding method prevents incoherent results.
In modern architecture, neither design nor construction typically works step by step; instead there is a fixed end-state produced without realistic feedback.claim0.765
Contrast between living process and current architectural practice.
The process to design for is not stability or predictability, but promoting natural processesclaim0.765
Key design philosophy of the talk, rejecting engineered stability in favor of dynamic, process-driven restoration.