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UNIVERSITY OF
CALIFORNIA, LOS ANGELES, CALIFORNIA
Desirable for its low cost, durability and tectonic expression, all gravity-resisting elements are comprised of exposed steel, whereas the shear resisting elements were built using fully grouted concrete masonry walls. This allowed for quick erection of the frame, but a variable pace for the installation of the concrete masonry. To add visual interest for the large masonry expenses, Steven Ehrlich Architects worked directly with the CMACN concrete masonry block manufacturer to develop a unique process for creating an offset split face unit. The splitting blade was moved by a quarter of an inch to yield a half-inch overall offset, and units were erected in a random pattern. The collaborative process provided a product with enhanced texture and visual appeal, but at no extra cost for the manufacturer. Steel columns and beams were painted using a warm charcoal color that contrasted with exposed metal decks painted in light colors. Other portions of the exterior are clad with a corrugated, insulated and painted steel panel. Guardrails and balustrades are constructed of a common painted steel accented with brushed stainless steel handrails on two exterior stories that animate the campus with people in motion.
ARCHITECT: Steven Ehrlich Architects Steven Ehrlich, FAIA OWNER: University of California, Los Angeles |
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JURY
COMMENTS:
The Jury
felt the off-set, split-face of the concrete masonry units
showed exemplary craftsmanship and innovation. We liked how
color was used to clearly show the building’s entry and
throughout the interior as an organizing element. Overall,
the sleek steel and glass against the rough concrete masonry
made this project “sing.”
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