The San Carlos (Calif.) School District was in the midst of implementing its master plan when it awarded Quattrocchi Kwok Architects (QKA) and Blach Construction a $30 million contract to build a new 44,000-sf, two-story classroom building at Central Middle School, and remodel the existing building.
That project became the testing ground for Folia, an economical method for school construction that QKA, Blach, and structural engineer Gregory P. Luth and Associates had been working on since 2011.
Building K-12 schools in California poses two problems: it takes forever and it costs a fortune. The San Carlos School District needed to accommodate a student population that’s projected to grow to nearly 4,000 students by 2020, from 3,400 today. Given the high cost of real estate in northern California’s Bay Area, the district chose to optimize its existing properties to address its capacity needs.
Folia, which derives from the Greek word meaning “nest,” provides an alternative to traditional steel-framed classroom construction. Unlike modular construction, the Folia system offers design flexibility for any campus or classroom configuration.
A key to Folia is customized pre-engineering within standardized parameters, says Steve Kwok, a AIA, Partner with QKA. For example, all braced frames are 10 feet wide. The width of the foundation is the same for all school models. Blach produces the building’s braced frames and 10x30-foot exterior steel wall panels in its shop and delivers them to the job site.
Kwok estimates that a Folia school costs about $400 per sf, compared to $500-plus for a traditionally built school. As important, the Building Team took 10 months to complete Central Middle School, which Kwok says is much faster than conventional building methods.
A Folia school is designed to exceed California’s Green Building Code and Energy Code standards. In June, The Division of the State Architect pre-checked a Folia two-story
L-shaped prototype with 12 classrooms. A DSA pre-check shaves months off the design and construction time.
Read about more innovations from BD+C's 2016 Great Solutions Report
Related Stories
Great Solutions | Nov 8, 2018
Public canopy system can be reconfigured by drones on the fly
The installation combines cyber-physical building materials constructed from lightweight carbon fiber filament with a collection of autonomous drones.
Great Solutions | Sep 28, 2018
When pigs fly? How about when cows float?
Merwehaven Harbor in Rotterdam will be home to the world’s first floating farm.
Great Solutions | Sep 17, 2018
Curtain walls go circadian
Catering to our natural circadian rhythm is a task designers are taking to heart.
Great Solutions | Aug 8, 2018
Warehouses rise up to serve downtown
Multistory industrial buildings provide the best chance at keeping up with the rapid growth of e-commerce in North America.
Great Solutions | Jul 13, 2018
Fungus may be the key to colonizing mars
A Cleveland-based architect and a NASA Ames researcher have a novel idea for building on Mars.
Great Solutions | May 14, 2018
It’s not Ripley’s loader, but this industrial exoskeleton makes physical labor a breeze
SuitX modules can be used separately or combined to form a full-body exoskeleton.
Great Solutions | Apr 5, 2018
IAQ monitoring for all
San Francisco startup Bitfinder debuts a commercial-grade version of its air quality monitoring system.
Great Solutions | Mar 9, 2018
Forget the wall thermostat: Wear one on your wrist instead
The Embr Wave Wristband acts like a personal thermostat and could become a user-friendly component in building energy-saving strategies.
Great Solutions | Feb 8, 2018
Stackable steel modules speed building core construction
With this patented, steel-and-concrete hybrid system, the service core will no longer be the schedule bottleneck on new construction projects.
Great Solutions | Jan 10, 2018
Blue lagoon technology brings the beach anywhere in the world
From coastal resorts to inner cities, these large-scale clear-water lagoons offer a slice of paradise.
