Title: Extending science
1Extending science
- Prof.dr.ir. Taeke M. de Jong
- TUDelft Faculty of Architecture
- Dep. Urbanism
- Chairs Technical Ecology Regional Design
- assignment methodology
- 2005-02-24
Imaginable
2Creativiteit volgensHerman Hertzberger
- Een eenvoudig recept voor creativiteit komt van
architect Herman Hertzberger (1999, 2000, 2002) - verbreek het cliché,
- verzamel veel beelden,
- plaats ze in een andere context en
- ga ze dan bewerken.
3Verbreek het cliché
Robert Delaunay (1913)
4Wijzig context (bijv. museum)
Marcel Duchamps (1917)
5Combineer, laat weg, bewerk
Pablo Picasso (1942)
6Referentiebeelden bewerken
7Verwerken in een compositie
- Verdelen (dividing)
- Geleden (articulating)
- Tailleren (tailoring)
- Detailleren (detailing)
8Verdelen, Geleden
9Tailleren, Detailleren
inpassen in context
componenten en aansluitdetails
10Compositie
- Componenten afbakenen, hun variatie en
Karakteristieke details, - Aansluitdetails tussen componenten,
- Cruciale details in de compositie,
- Markante details bepalen.
1110m
1230m
13100m
14Varying components
15Composition
16Larger scale as context (museum, movement)
Marcel Duchamps
17Limits of scope (object and context)Scale
paradox
18Unravelling scale
19social andphysical Contexts
Spatial object in
20Ways to study and researchurban, architectural
and technical design
- Prof.dr.ir. T. M. de Jong
- Dr. D.J.M. van der Voordt
21Context sensitivity of our design object
Preface by Rector Fokkema Within the range of a
technical university the object of design in
terms of (urban) architecture and technique is
the design subject that is amongst all others
most sensitive to context. The programme of
requirements is not only derived from an
economical and technical context, but also from
contexts hailing from political, cultural,
ecological en spatial considerations on many
levels of scale.
22Ways to Study and Researchurban, architectural
and technical design
Empirical research
extending science
Study by design
23Subtracting futures
- Field of problems Probable - Desirable
- Field of Aims Desirable - Probable
24Probable future
25Probable futures
There are more and less probable futures
26Probability core of classical science
s 68, 2s 95, 3s 99.7 chance
27Possible futures
Anything probable is per definition possible but
not everything possible is also probable. The
probable future could be predicted. The
improbable possibilities cannot be predicted you
only can explore them by design.
28Make probable by causes Make possible by
conditions
Not every condition is a cause, but every cause
is a condition for something to happen
29Unravelling condition and cause
30Desirable futures
Ir. Drs. Mr.
31Obvious and Impossible futures
32Field of problems, field of aims
33Undesired, improbable possibilities
Are they relevant as long as nobody wants them?
34Unexpected inventions
Yes
35Changing desires
36Domains of future
37Domainsin design science
38Ways to Study and Researchurban, architectural
and technical design
- CONTENTS
- Introduction
- Naming and describing
- Design research and typology
- Evaluating
- Modelling
- Programming and optimising
- Technical Study
- Design Study
- Study by design
- Epilogue
Empirical research
Study by design
39Operational study proposals
- y(x)
- landscape( villa)
- villa( landscape)
- villa( landscape( water system))
- urbanity( liveliness, choice)
- ( liveliness, choice)( density, variety)
40Operations (functions) y f(x)
- intuitive f(x) associated with x
- conditional f(x) possible by x
- set-theoretical f(x) part of x, encloses x,
without x ... - logical f(x) if x, not x ...
- mathematical f(x) xx , x2...
- causal f(x) caused by x
- temporal f(x) preceded, followed by x
- spatial(formal) f(x) near to, contiguous to,
surrounded by x ... - structural f(x) connected with x, seperated
from x ... - combinations a box of boards connected by
nailsbox(boards, nails)
41Valid, Reliable
42Subtracting futures
- Field of problems Probable - Desirable
- Field of Aims Desirable - Probable
43Future impact