Sunday, July 22, 2007

Emergent Density Final Review

Final review of the Emergent Density module. Friday 20th of July 2007:
The last weeks of work culminated in the final review. The board of critics included Oliver Bertram, head of the company Different Futures and Assistant at Greg Lynns studio of the Angewandte and Rainer Zettl, Assistant at W.D. Prix studio and main coordinator of Urban Strategies. The allover quality of the body of work was appreciated by the board, and some good advises were given about possible further proceedings with the learnt design strategies. It was interesting to see that despite the general design strategy the final results formed a variety of possible solutions. Some projects approched the problem by creating an allover connected architectural entity. Other approaches included the dissolving of mass in fibrous entities, and the creation of cellular aggregations.

Friday, July 20, 2007

GroupPresentation

Chfwu79 Pres




















Miha Volgemut pres







TOPOLOGY















One continuous surface

EXTENSIVE vs. INTENSIVE










Building is not measurable, it is configurated with changeable parameters.

STRATIFICATION













Interdependent layering of floors - usable outside area of floors.

EMERGING POPULATION






































MANIPULATION MAP

































TOPMOD SCREENSHOT













PROJECT

Deformation of topology



















Creating architectural condition














Urban body...interiorization of streets...redefining the communication corridors














Researching urban anatomy...area of the site: 700x450m














Section 1 - urban scale











Section 2 - architectural scale



















Cityscape










































3D print













ReinhardPres




Gradient
















Stratification












Topology
















AbstractMachines























Analysis

















Analysis














Strategie for the final result


















Final result














Model

























Aspern area