In the nearly five decades since its founding, in 1969, HMFH Architects, Cambridge, Mass., has established itself as one of the leading education-sector design firms in New England. The 45-person firm does its share of university work, but Pre-K to Grade 12 is its bread and butter. HMFH-designed schools dot the landscape from Rhode Island to New Hampshire, with the heaviest swath cutting through Boston and environs.
HMFH has been an innovator in K-12 work, using design to bring communities into the schools, mix vocational and academic programs in a single building, and experiment with nontraditional grade configurations. The firm has designed schools with fabrication labs and maker spaces. It is known for the joyous use of color in its K-12s.
A few years ago, the superintendent of a client school district described the concerns being raised by the teaching staff: Having to use the cafeteria for large-scale, hands-on activities. Students sitting on the floor in the corridors to work on group projects. Insufficient space in school libraries for big, collaborative activities. No place to properly display completed work.
The client challenged HMFH Senior Principal Laura Wernick, FAIA, REFP, LEED AP, and her colleagues to consider a radical proposition: learning happens everywhere, not just in the traditional classroom or school library. It was time for a fresh look at how spaces in schools could be used to encourage new learning modalities in elementary education.
HMFH picked up the gauntlet and designed three elementary schools based on the premise that project-based activities promote engagement, critical thinking, creativity, and collaboration.
The physical outcome of the design process was a learning commons in the core of each of the three new schools. Each commons was a collection of interconnected spaces:
Project areas equipped with sinks, storage areas, and flexible seating could be used for large-scale activities (book making, science projects). These works-in-progress could be left up for several days at a time.
Amphitheaters for student skits, guest speakers, or large-group discussions.
Storytelling rooms to host quiet reading or “buddy reading,” where older students read to their young charges.
Breakout spaces for individual students to catch up on work, or for small-group work under teacher supervision. Special-needs teachers could use these spaces for isolated one-on-one support with a child. The breakout spaces are located between every pair of classrooms and also open into the learning commons.
A media space, a book-collections room, and spaces with dedicated resources for reading, speech, and other special needs were also provided. Traditional classrooms surround the commons.
Project area in an HMFH-designed school, one of three that were the subject of a post-occupancy evaluation. Response to the learning commons from educators was ‘overwhelmingly positive,’ but there was room for improvement. Photo: Ed Wonsek.
HMFH also relied on research that showed physical movement to be integral to learning. Providing a variety of spaces would get students up off their duffs and moving around. A change in environment for loud, hands-on activities would, it was believed, help students recalibrate on a topic and find a new focus for the work at hand.
The three schools—two K-5s and a Pre-K-2—opened in 2013, but HMFH was not done with them. Last spring, the firm hired an outside research firm, Community Circle, Lexington, Mass., to conduct a post-occupancy evaluation to determine what was working well, what could work better in the learning commons—information that the firm hoped would help it design even better learning commons in the future.
The consultant, Daphne Politis, AICP, a city planner and architectural studies professional, conducted written surveys and interviews with teachers, principals, and specialty educators. She observed how the spaces were being used at each school for a full day.
Her 97-page report confirmed the validity of many of the premises on which HMFH based its designs for the learning commons. But the research also unveiled a number of small surprises—and one big one—that will inform HMFH’s work in the future.
passing WITH FLYING COLORS
The chief finding of the POE report: the response to the learning commons was “overwhelmingly positive.” The project areas were the most used, and the story rooms proved to be a big hit. “I love the learning commons,” said one teacher. “We are so lucky.” Teachers liked the variety of spaces, especially for small-group projects and “alternative spaces” for “special activities.”
But noise and visual distraction created by the more open environment were cited as negatives by many teachers and principals. “The noise level from the learning commons areas can be an issue for the surrounding classrooms and office spaces,” said one faculty member. A second-grade teacher said, “It is a little too open. We sometimes have small staff meetings in the project areas. If we as adults can’t focus, I know the kids can’t focus.”
Some teachers suggested putting in physical partitions; others said that would spoil the openness of the project areas.
Other key findings:
• Most teachers used the spaces that were closest to their classrooms, regardless of design intent or the ability of the space to support a specific type of activity. This was particularly true for teachers of younger children, who felt the need to keep an eye on their students.
• The need for supervision was greater than anticipated. Teachers expressed concern that their charges were spending too much time playing games on their iPads (all students had them), not enough on the subject matter. “The younger kids cannot be left alone,” one teacher said. “It is our responsibility to supervise them.”
• Project areas were deemed too small by some teachers who wanted to be able to take the entire class into the space so they could keep an eye on all their children.
• More innovative uses of the spaces evolved over time as principals encouraged teachers to experiment, and teachers observed how others were using the spaces.
• Teachers really got into the weeds with suggestions: “More storage.” “Put Eno boards in all spaces.” “Provide a mix of child-sized and adult furniture.” “Don’t put the amphitheaters in the center of the learning commons.” “Better sight lines.”
Circular reading room. Photo: Ed Wonsek / Courtesy HMFH Architects.
The big surprise of the study—and it’s a good lesson in why POEs can be so valuable—is how student demographics affected the use of the learning commons. In two of the schools, spaces designed for group learning were being used for collaboration, particularly by “high-functioning” and older children. In the third school, which had the highest level of special-needs students and English language learners, collaborative spaces were being devoted to one-on-one tutoring, calming a student, or providing a quiet space in which to focus.
Even though these spaces were not being used primarily as designed, “they were still deemed useful,” the consultant stated in her report. But she also recommended providing adequate spaces for special-needs learners and one-on-one tutoring so that faculty didn’t feel compelled to use breakout rooms for such purposes, rather than for their intended use.
LOOK BACK AT YOUR WORK
The HMFH study reminds me of something I asked three years ago in an editorial (http://bit.ly/2aHM1gs): Why aren’t more AEC firms doing POEs? I suggested that Building Teams need to make a regular practice of going back to their projects to see how well they’re working: Did you get the indoor comfort right? How’s the daylighting? Are the occupants satisfied? A site visit should be the minimum. An arm’s-length POE conducted by an outside consultant, like the one HMFH did, would be the ideal.
Wernick and her colleagues stuck their necks out by commissioning the POE, but they learned some valuable lessons in the process—lessons they would never have garnered without the research. Thanks to that enlightenment, the firm will design even better learning commons in the future.
First-floor plan shows the position of the learning commons vis à vis classrooms (“CR” ). “We want our students to be able to spread out,” said one principal. Image courtesy HMFH Architects.
Related Stories
| Nov 20, 2012
PC Construction completes Juniper Hall at Champlain College
Juniper Hall is on track for LEED Gold certification from the U.S. Green Building Council.
| Nov 11, 2012
Greenbuild 2012 Report: Higher Education
More and more colleges and universities see sustainainably designed buildings as a given
| Oct 4, 2012
2012 Reconstruction Awards Gold Winner: Wake Forest Biotech Place, Winston-Salem, N.C.
Reconstruction centered on Building 91.1, a historic (1937) five-story former machine shop, with its distinctive façade of glass blocks, many of which were damaged. The Building Team repointed, relocated, or replaced 65,869 glass blocks.
| Sep 7, 2012
Net-zero energy pioneers on the el-hi frontier
Getting to net-zero is not easy, but the promise of eliminating energy bills and using state-of-the-art technology as a learning lab can make a compelling case to reach for net-zero.
| Aug 30, 2012
John S Clark Co. completes teaching lab at UNC Wilmington
Three-story building provides offices, classrooms, and labs.
| Aug 15, 2012
Skanska to build the Beacon High School in New York City
The Beacon High School will be located in the Hell’s Kitchen neighborhood of Manhattan.
| Aug 7, 2012
Shedding light on the arts
Renovating Pietro Belluschi’s Juilliard School opens the once-cloistered institution to its Upper West Side community.
| Jul 25, 2012
KBE Building renovates UConn dining hall
Construction for McMahon Dining Hall will be completed in September 2012.
| Jul 20, 2012
2012 Giants 300 Special Report
Ranking the leading firms in Architecture, Engineering, and Construction.
| Jul 16, 2012
Business school goes for maximum vision, transparency, and safety with fire rated glass
Architects were able to create a 2-hour exit enclosure/stairwell that provided vision and maximum fire safety using fire rated glazing that seamlessly matched the look of other non-rated glazing systems.
