Jos Lichtenberg is Hoogleraar Produktontwikkeling TU/e Bouwkunde en oprichter/directeur van Slimbouwen.

1. Slimbouwen®
in
search
for
Dynamic
Architeture
=
Dynamic
Industry
Jos Lichtenberg, Slimbouwen Foundation & Eindhoven University of Technology

2. From Cost to Value driven

3. De supply chain before the Industrial Revolution
Principal
Master Builder
CarpenterMaisons
Stone Sculptors
Glazier
Blacksmith

4. Todays supply chain

5. Owner
User/tenant
Developer
manager
Builder
Trader Building
materials
Manufacturers
and assemblers
of parts
Financier/Bank
Manufacturers of
components
Resources
Architect
Advisors
Conventional supply chain
Sub contractors

6. Owner
User/tenant
Developer
manager
Builder
Trader Building
materials
Manufacturers
and assemblers
of parts
Financier/Bank
Manufacturers of
components
Resources
Architect
Advisors
Owner
User/tenant
Developer
manager
Builder
Trader
Financier/Bank
Manufacturers of
components
Resources
Resetting the supply chain
Facilities
Conventional supply chain
Sub contractors
Manufacturers and
assemblers of parts
Architect
Advisors

8. Conventional building process
structure
envelope
services
interior delivery

9. structure
envelope
services
interior
delivery
Slimbouwen process
integral
design

10. Kraanspoor Amsterdam
La Fenêtre Den Haag Rode Haan Delft
Slimbouwen in practice

11. Venco Campus,
Eersel

12. • Reduction of failure costs > 7%
• Process efficiency, reduction > 10%
• Savings on reduced building time > 5%
• Reduction on tailor made advise and consultation ca 3%
• Reduction of volume and material > 5%
• Total > 25%
Slimbouwen besparingen1
Slimbouwen
cost
reduc1on

13. Slimbouwen,
space
for
value

14. Slimline Buildings
Wingfloorslab
Leidingvloer FlexCasco
Slimbouwen,
product
development

15. Cable Stud (Gyproc)
Slimbouwen
product
development

16. House of Tomorrow Today (HoTT),
experiment, demo and testing
Process Material
User
HoTT

17. House of Tomorrow Today (HoTT)
Foto’sDickHolthuis

18. House of Tomorrow Today (HoTT)
Energy surplus
FotoDickHolthuis

19. Turning
point
From
here
to
the
next
level

20. In search for future solutions

21. In search for future solutions
Four case studies
regarding space reduction by dynamic solutions

22. 1 Karel Kammans’ oneman house

23. 1 Karel Kammans’ oneman house

24. 2 Joost Kanters’ elevator house

25. 3 KAW/e Dynamic School

26. 3 KAW/e Dynamic School

27. 4 Raoul Borgans’ Aging in Place House

28. Statement from these four case studies
Dynamic solutions
Are able to induce a reduction of building volume (and material use) by
approx. 40-50 %
This means that the budget for the remaining building volume roughly
could be doubled up, without loosing functionality
In the operation only half the volume will generate only about half of
the operational costs incl. energy.
On the other hand mechatronic technology will require extra
maintenance and energy.
All in all these thoughts are not unrealistic beforehand and
deserve further research

29. Slimbouwen®
Flexibility and Economy hand in hand