Una presentazione di 30 minuti tenutasi durante il laboratorio di co-progettazione XYZ 2016 a Bari, organizzato da La Scuola Open Source.

1. paolo cascone /COdesignLab
www.codesignlab.org

3. methodology
parametric
design
community
oriented
design as a process
architectural
fabrication

4. premise

5. We do not lack communication.
On the contrary, we have too much of it.
We lack creation.
We lack resistance to the present.
(G. Deleuze)

6. “over the past 30 years Earth has warmed by about 0.6 degrees
Centigrade or 1.08 degrees Fahrenheit.”
NASA says

9. how contemporary architecture responds to dynamic microclimatic changes ?

10. chicago = beijing = dubai

12. the ecological shift

13. « I suggest that a healthy ecology of human civilization would be defined as follows:
a single system of environment combined with high civilization in which
the flexibility of the civilization shall match that of the environment
to create an ongoing complex system,
open ended for slow change of even basic hard-programmed characteristics »
(Gregory Bateson)

14. The comprehension of complex ecosystems requires an adequate theoretical and
interdisciplinary background that involves philosophy, biology and technology to
approach problems and to evaluate solutions.

15. Hill, B. 1999. Naturorientierte Loesungsfindung. Renningen: Expert Verlag
Biological
System
What for?
Purpose!
Behavioural
Bionics
How?
Function!
Functional
Bionics
What?
Structure!
Structural
Bionics
Why?
Organisation!
Organisational
Bionics
Where to?
Evolution!
Evolution
Bionics
Where from?
Historicity!
PalaeoBionics
Physiology
Molecular Biology
Biophysics
Biochemistry
Anatomy
Morphology
System Theory
Cybernetics
Synergetics
Palaeobiology
Ontogeny
Morphology
Ethology
Ecology
Phylogeny

19. towards a sustainable design process
for performative design

21. "Ecological understanding must be ecological."
Gregory Bateson

22. data processing and generative diagrams

24. climate analysis_wind
• The wind temperature ranges from 25 C° to 40 C°.
• Highest temperatures are observed during January, February and March,
• Lower temperatures during the raining period.
• The faster the wind the warmer it becomes which is due to less humidity being
present to cool the air
WIND TEMPERATURE

25. P O L L U T I O N D E L ’A I R
(monoxyde de carbon)

26. CONFIGURATION 3 SIMULATION VENT DOMINANT +0.00

30. material organisation and form-finding

31. “How does a surrounding element, with its various specific characteristics,
affect the general form we have been studying?
How does the form, both determined and a determinant, assert itself against these
elements?
What manner of hard parts, soft parts, interior parts, and exterior parts are created in the
form by this effect?
And what is wrought by the elements through all their diversity of height and depth,
region and climate?”
Johann Wolfgang von Goethe

32. eglise st eustace - paris

33. pioneers of performative architecture
Antoni Gaudi Buckminster Fuller

34. Cedric Price - London

35. Frei Otto - Stuttgart

36. design trough scripting
‘atelier cascone structuresgenerative scripts
'Script written by taichi sunayama ecole speciale d'architecture
'Script version lundi 12 mai 2007 18:32:03
Call HighRise()
'------------------------------------------------------------------------
Dim strPtCloud : strPtCloud = rhino.Getobject ("select Pointcloud" , 2)
'------------------------------------------------------------------------
Dim strSite : strSite = rhino.GetObject("selection de site" , 4) '
Dim dblHigh : dblHigh = rhino.RealBox("hauteur de gabarit" , 50)
'------------------------------------------------------------------------
Dim arrEnv : arrEnv = FormGenerator(strPtCloud , dblHigh , strSite)
Dim strVlEnv : strVlEnv = arrEnv(0)
Dim strPtEnv : strPtEnv = arrEnv(1)
End Sub '"Intention de forme"
Sub Route5()
Dim strPtEnv : strPtEnv = rhino.Getobject ("select Pointcloud" , 2)
Call Rhino.MessageBeep (5)
Dim strVlEnv : strVlEnv = rhino.GetObject ("selection volume" , 16)
Call Rhino.MessageBeep (5)
'-----------------------------------------------------------------------
Dim arrBbox : arrBbox = rhino.BoundingBox(strPtEnv)
Dim dbldiagonale : dbldiagonale = Rhino.Distance(arrBbox(0), arrBbox(6))
'------------------------------------------------------------------------
Dim arrPtEnv : arrPtEnv = Rhino.PointCloudPoints(strPtEnv)
'------------------------------------------------------------------------
Dim arrType : arrType = array("aligneXY" , "aligneXYZ" , "normal")
Dim strType : strType = rhino.ListBox(arrType , "Type de cell" )
Dim arrPts
Select Case strType
Case "aligneXY"
arrPts = AlignXY(arrPtEnv)
Case "aligneXYZ"
arrPts = AlignXYZ(arrPtEnv)
Case "normal"
arrPts = arrPtEnv
Case Else Exit Sub
End Select
'------------------------------------------------------------------------
Dim arrCells : arrCells = VoronoiCell(arrPts , dbldiagonale , strVlEnv)
End Sub '"Creation de module"

44. performative testing

49. COdesignLab

51. form finding

52. form finding and
structural simulations

54. design to manufacture and eco_logic prototyping

56. sustainable construction

57. sustainable construction

67. advanced fabrication technologiesadvanced fabrication technologies

68. advanced fabrication technologies

75. architectural fabrication technologies

76. advanced fabrication technologies

77. advanced fabrication technologies

78. advanced fabrication technologies

79. advanced fabrication technologies

80. sustainable construction

81. sustainable construction

82. sustainable construction

83. sustainable construction