I would like to share this great news with you and use this only opportunity to thank John Bell, Ed Selous, and Irina Dubrovina for their support.
early diagrams exploring the relationship between interior-exterior and strips -programmes
the building is split, as initially indicated by the Rhinoceros 3D model, into three separate programme areas
these diagrams have been gradually evolved through physical models 2 and 4
initial approximation of the inhabitalbe area are displayed
development of folded topography_digital
the developement of the swelling topography was explored through the use of ‘T-Splines’ plug-in in ‘Rhinoceros 3D’ modelling software. the ground was extruded at areas of highest strip density and molded creating a gradual incline and enclosed space. subsequently, the t-spline model was converted into ribs spanning in both directions for the purpose of laser-cutting components for model 3. this has consequently proved to be a succesful solution to the superstructure, which, as the physical model 3 began to demonstrate, did not require for additional vertical support structure.
development of folded topography
the ‘material systems’ exercise has encouraged contemplation of the transformation of a single surface. this began the development of the warsaw inclination swelling and folding out of the ground (the surface of the existing site) at the point at which the strips converge. this enabled for acces to the elevated park on the roof and enabled the aesthetic of the proposal the quick explorations on the right began to speculate the shape and form of folded topography on site.
