“…conveys both the value and limitations of science in the world where our graduates live and work.”
Design for Integration
The University’s commitment to a high level of conservation and environmental preservation is supported by the design of this academic building which delivers a unique green design and energy-efficient technology that exceeds the University’s initial LEED target, achieving LEED Gold.
A curved perforated stainless-steel environmental screen reflects the sun’s heat from the building’s south facade while allowing natural light to filter in. A concrete roof overhang between the metal screen wall and the building facade provides additional shading for the building and outdoor walkway. Both features significantly reduce energy load demands for the classrooms and labs.
Design for Ecology
Preserving and enhancing the natural beauty of the hilly terrain and side-sloping gradient was an important aspect of the design.
Over 48% of the project site is dedicated to open space, comprised primarily of native or adapted planting. The building footprint occupies 29.6% of the site, 13,669 SF less than its open space.
The building appears to be nested into the landscape while maintaining a strong architectural presence.
View corridors are carefully choreographed through building placement and massing to frame the beauty of the surrounding natural environment—ocean, coastal vegetation, sun/sky—as seen from multiple perspectives.