Rhoda Hass Goldman Plaza UC Berkeley Basketball Arena
Discover the benefits of structural precast risers at the Rhoda Hass Goldman Plaza in UC Berkeley’s Basketball Arena. Designed by AECOM and built by Cahill Contractors, this project highlights the efficiency and strength of precast concrete in creating durable stadium seating.
U.S. Oakland Ice Center
Explore the innovative use of structural precast risers in the U.S. Oakland Ice Center project. Designed by Bottom Divivier and constructed by Swinerton & Walberg, this facility showcases the efficiency and durability of precast solutions in creating comfortable and durable stadium seating.
Oracle Park
Discover how Willis Construction transformed Oracle Park with innovative architectural precast concrete and thin brick solutions. This iconic San Francisco Giants stadium, designed by HOK Sports and constructed by Huber Hunt & Nichols/Kajima JV, features durable and aesthetically pleasing precast elements. Learn about the meticulous design process, the benefits of using precast concrete, and how these elements contribute to the stadium’s lasting legacy and visual appeal.
UC Berkeley Memorial Stadium
Discover how UC Berkeley Memorial Stadium was transformed using structural precast planks, providing a seismically upgraded and beautifully renovated home for the Cal Bears football team. Learn about the innovative design and swift construction process that brought this iconic stadium back to life.
CSU San Marcos Library
Discover the innovative design and durability of the CSU San Marcos Library, featuring Glass Fiber Reinforced Concrete (GFRC) panels. This project exemplifies how GFRC enhances both aesthetics and functionality in educational buildings.
USC Social Sciences Interdisciplinary Bldg.
The USC Social Sciences Interdisciplinary Building, also known as Dr. Verna and Peter Dauterive Hall, exemplifies the timeless elegance of Italian Renaissance architectural style achieved through the innovative use of Architectural Precast and Glass Fiber Reinforced Concrete (GFRC). This project underscores the significance of large precast elements in expediting installation while enhancing the building’s aesthetic and functional integrity.
Christopher High School
The Christopher High School project in Gilroy, CA, designed by BCA Architects and constructed by Gilbane Inc. and Swinerton, exemplifies the innovative use of Architectural Precast and Glass Fiber Reinforced Concrete (GFRC) panels. This project features a sophisticated blend of multiple mix design colors, simulated stone form liners, and a focus on durability, aesthetics, and cost-efficiency.
UC Davis Physical Science
The UC Davis Physical Science building in Davis, CA, exemplifies the cutting-edge use of Glass Fiber Reinforced Concrete (GFRC) in academic construction. Designed by Perkins + Will and constructed by Flintco, this project highlights the benefits and versatility of GFRC.
Ohlone College Center for Health Sciences and Technology
The Ohlone College Center for Health Sciences and Technology in Hayward, CA, showcases the versatility and aesthetic appeal of Glass Fiber Reinforced Concrete (GFRC). Designed by MBT Architecture and constructed by Turner Construction, this project demonstrates the effective use of GFRC in modern educational facilities.
Sutardja Dai Hall
Sutardja Dai Hall at UC Berkeley exemplifies cutting-edge precast concrete design, seamlessly integrating traditional aesthetics with modern technology. Designed by Smith Group and constructed by Hathaway Dinwiddie, this project highlights the innovative use of Glass Fiber Reinforced Concrete (GFRC) to meet both budgetary and aesthetic goals. Recognized with the 2009 PCI National Award, Sutardja Dai Hall is a testament to the enduring quality and versatility of precast solutions.