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'''How can we make housing cheaper, more personalized and able to adapt through time.How can a 150m3 house perform spatially as a 300m3 house?''' | '''How can we make housing cheaper, more personalized and able to adapt through time.How can a 150m3 house perform spatially as a 300m3 house?''' | ||
− | '''A Housing system which links fabrication and | + | '''We Propose A Housing system which links fabrication and assembly with the ever-changing client profile and desires''' |
[[File:gr5BUILDING BEHAVIOURwiki.jpg|850px]] | [[File:gr5BUILDING BEHAVIOURwiki.jpg|850px]] |
Revision as of 19:14, 26 June 2013
Contents |
29th June 2013
Sponsored by:
Scope
Why are we investigating the notion of adaptability in dwellings?
How can we make housing cheaper, more personalized and able to adapt through time.How can a 150m3 house perform spatially as a 300m3 house?
We Propose A Housing system which links fabrication and assembly with the ever-changing client profile and desires
Case Chosen: Profile Inputs
DIAGRAMS SHOWING THE CLIENT PROFILE INPUTS
Case Chosen: Layout Generation
The user Interaction (SPACE AND COMPONENTS)
DIAGRAMS SHOWING HOW THE SPACE IS BEING USED IN PARTICULAR MOMENTS. THE ADDED VALUE :) THE WINDOW AND FURNITURE COMPONENT BEING USED INSIDE THE HOUSE.
COMPONENT DETAILS - THE RObow-tie structural system
TECHNICAL DETAILS AND FABRICATION PROCEEDURE. 3D INTERLOCKING SYSTEM - WAYS OF ASSEMBLE AND FLEXIBLITY OF ADAPTING THE HOUSES OVERALL FORM.
Adaptability in an urban scale, RObow-tie in its surroundings
The structure enables the creation of new communities in unused urban spaces. The conglomeration of individual bone structure can lead to a new urban scale typology by itself.