BUSE YILMAZ/RE-POROSITY: Infiltrating the Monolith Through Missing Tracks

RE-POROSITY: Infiltrating the Monolith Through Missing Tracks 

Re-Porosity is a master studio (ARCH 502) project, establishing a generative, data-driven framework designed to counteract the morphological fossilization and loss of threshold caused by modernist residential blocks. Focusing on the standardized T9 housing towers in Kayseri, Turkey, the design utilizes urban memory as an active physical manual for surgical architectural intervention. By algorithmically cross-examining 1970 historical street layouts against contemporary 2026 solid block configurations, the project identifies precise structural collision points where lost pedestrian connections are entombed beneath modern property boundaries. 

To operationalize these friction zones, a systematic bivariate matrix is developed. It categorizes interventions through two independent parameters: Infiltration Intensities (I₁ to I₃, ranging from superficial shell stretching to deep mass splitting) and Urban Void Characters (V₁ to V₄, moving from narrow linear junctions to hyper-porous clusters). When applied on-site, this systematic logic creates twelve distinct spatial scenarios. These typologies physically carve out complex, three-dimensional activity voids or social organs directly from the monolithic concrete cores.

Rather than adopting an empty formalist layout, the project transforms these carved interventions into vital community destinations. A lightweight, exterior parasitic circulation network weaves the blocks together, allowing the public to climb from the ground plane into elevated student co-labs and neighborhood yards without breaching residential privacy. At the ground plan, all asphalt parking buffers are replaced with non-engineered social green spaces. By shaping the topography into soft lawn mounds and timber deck platforms, the site acts as an adaptive urban porosity that maximizes social interaction and restores microclimatic comfort. Ultimately, the project demonstrates that high-density housing can be surgically open to the city, successfully transitioning from a sterile, hermetic enclave into a porous, lively, and socially sustainable democratic space.