Fabritecture USA delivered a custom single-skin ETFE roof system for Sarofim Hall at Rice University, forming a signature daylighting feature within the building’s central atrium. The canopy spans large triangular and trapezoidal bays, creating a bright, open environment that supports the university’s arts and teaching programs.
Working alongside Diller Scofidio + Renfro, Fabritecture USA completed the delegated design, engineering coordination, fabrication, and installation of the ETFE system using Nowofol 300-micrometer membrane, fabricated by Fabric8 Membrane Services.
Covering 7,879.2 sqft | 732.0 m², the roof blends transparency, geometric precision, and lightweight performance to enhance the building’s architectural expression.
Daylight as a design strategy:
The ETFE canopy draws natural light deep into the atrium, circulation areas, and studios, creating an uplifting and energy-efficient learning environment.
Geometric precision:
Triangular and trapezoidal roof bays required custom membrane patterning and cable layouts to maintain crisp, uninterrupted lines.
Lightweight transparency:
The single-skin ETFE appears as a floating plane above the timber soffit and glazed façade, balancing structure with visual openness.
Performance from day to night:
During the day, the canopy filters soft, diffuse light; at night, the roof becomes a softly illuminated lantern for the campus.
Refined detailing:
Long-span cable-supported engineering integrates seamlessly with the steel frame for a clean, minimal aesthetic.
The ETFE canopy at Sarofim Hall supports Rice University’s long-term sustainability goals through high daylight transmission, lightweight structural demand, and reduced maintenance requirements. ETFE’s recyclability and long service life further contribute to lower environmental impact over the project’s lifespan.
The finished canopy transforms Sarofim Hall into a luminous hub for arts and education. The ETFE roof enhances comfort, visibility, and architectural clarity, while contributing a new visual landmark within Rice University’s campus.
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