[Thesis] - Multiple Berlin

Type Urban Planning Research
Location Berlin | Germany
Size 40.000 sqm
Stage Diploma Thesis
Date WS 09|10

Text The starting point of this project evolved during researching the ongoing conflict between differing social groups regarding their interests in one of the most attractive pieces of fallow land in the heart of Berlin: the Spree riversides located between Friedrichshain and Kreuzberg.



Through iteratively distributing programmatic layers resulting from the surrounding city fabric onto the site and systematically mixing volumes of different social characteristics the motive of a foam structure appears. The quality of formal variety as a consequence within the heterogeneity of the overall system is implied into the arbitrative design methodology called function aesthetics. Focusing onto the space partitioning strategy of Voronoi regions features gradient-driven diversity in creating highly functional orthogonal structures as well as distorted and geometrically complex volumes. Pointclouds generated from early studies of programmatic foam structures are therefore manipulated locally depending on functional-programmatic attributes. Consequently, the result articulates the geometric variety as a foundation for partitioning into Voronoi cells.







The emerging spatial strategy offers interesting interactions within social-territorial typologies which are scenically described and particularly illustrated around the area of the created hybrid-cluster intersecting the existing "Viktoria" storehouse building. Moreover, possible scenarios regarding the social-territorial distribution are demonstrated within milieu maps carrying information about physically and theoretically adoption of space units. Additionally, different concepts are defined for regulating and ensuring social-characteristic diversity within the subsystem of the study area.









Thanks to Romy Heiland and Dimitrie Stefanescu for all your support and feedback.

[Foam] - 3D Voronoi

Text Current studies regarding urban high density space maximization strategies. During the research a foam logic represented through the 3D voronoi diagram emerged. The system is formed by iterative generated pointclouds responding to low-level rules such as functional distribution, lighting demands and context parameters. Entire studies done in Grasshopper for Rhino with using the 3D voronoi strategies from Dimitrie Stefanescu and Vicente Soler. More to come soon.








[Massing] - Configuration

Text During explorations for the current project, several studies for urban massing distribution emerged. These are done in Grasshopper for Rhino. Furthermore the images show different configurations: striped, fieldlined and clustered. Regarding the clustered option, the densifications are responding to each other in growing and shrinking, or even merging together.