rafael vinoly architects: UCSF stem cell building

rafael vinoly architects: UCSF stem cell building

navigating the form of the sloping hillside, the project offers a continuous laboratory space that steps down the topography's descent to create four split-level areas.

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‘ray and dagmar dolby regeration medicine building’ by rafael vinoly at the university of california, san francisco all images courtesy rafael vinoly architects photographer: bruce damonte

the university of california’s ‘ray and dagmar dolby regeneration medicine building’ designed by world-renowned firm rafael vinoly architects has celebrated its official opening. located on a sloping urban hillside in san francisco, the continuous structure navigates the uneven site, responding with a serpentine form that is supported by a system of steel space trusses.

rafael vinoly architects: UCSF stem cell building - 1 steel column supports

hugging the curve of the topography and pre-existing site conditions, the building rests lofted on an organization of steel supports which branch out from concrete piers, minimizing excavation as well as incorporating seismic base isolation. the single-stretch structure accommodates one continuous laboratory on its main floor which steps down a half-storey to create four split-level areas. each level features an office cluster and a green roof with wildflowers and plants.   a system of exterior ramps and stairs provide circulation between floors while an elevated pedestrian bridge connects the building to three nearby research facilities and UCSF medical center.  

rafael vinoly architects: UCSF stem cell building - 2 aerial view

rafael vinoly architects: UCSF stem cell building - 3 green roof terrace

rafael vinoly architects: UCSF stem cell building - 4 pedestrian bridge

rafael vinoly architects: UCSF stem cell building - 5 exterior stairways

rafael vinoly architects: UCSF stem cell building - 6 night view

rafael vinoly architects: UCSF stem cell building - 7 street view

the transitional space between the split levels become a hub for activities, featuring break rooms and common areas for an open interface for communication and a cross-pollination of ideas.  largely outfitted with interior glazing, the laboratories further promote collaboration with an open-floor plan and a flexible casework system that can be quickly reconfigured to accommodate the programs’ needs.

rafael vinoly architects: UCSF stem cell building - 8 interior

rafael vinoly architects: UCSF stem cell building - 9 lab room

rafael vinoly architects: UCSF stem cell building - 10 site