Marysville, Washington

People and Products

On a misty Pacific Northwest morning, teenagers quickly shuffle along raised boardwalks among five school buildings with hovering roofs vaguely evocative of the bungalows common to the West Coast. Adjacent to a suburban development, the campus, tucked into the tall firs and hemlocks of a second growth forest, makes Marysville Getchell High School in Marysville, Washington, feel more like a college than a high school. Sixteen-year-old senior Louie Vital says, “It makes me feel mature in a setting like this.”

To walk around the campus, about an hour's drive north of Seattle, you wouldn't guess that during the last decade the district suffered a 49-day teachers' strike, dismal graduation rates, and overcrowding.

Before Marysville Getchell opened in the fall of 2010, the 11,000-student district had four high schools, including Marysville Pilchuck High School. Pilchuck was built in 1971 for 1,850 students, and by the mid-2000s it was bursting with 3,000. “It's hard for a principal to focus on instruction while managing a small city,” says superintendent Larry Nyland. In 2006, the school board voted to create Small Learning Communities (SLCs) to organize the overcrowded Pilchuck. These offer academic tracks based on specific interests like science or languages. But the small academies struggled to find coherence. Happily, the district passed a bond in 2006 to build a new high school. The Seattle office of DLR Group designed a campus that would accommodate the SLCs and 1,600 pupils in grades 9–12. There are four SLCs at Marysville Getchell, each with its own building: School for the Entrepreneur, Bio-Med Academy, Academy of Construction and Engineering, and International School of Communications. The Campus Commons contains a gym, dining room, and fitness room that puts most health clubs to shame.

The buildings' identities are transmitted through bright-colored accents and subtle graphics. Structures rise from masonry bases, while exposed steel beams and abundant windows create levity. The expansive windows also mean that students and teachers have constant views—of the woods and of one another. Exteriors are clad in aluminum, fiber cement, and high-efficiency glass. Forest shade and operable windows replace a mechanical cooling system.

Craig Mason, DLR's principal in charge of design, has been designing schools for 20 years. Working with the community and a design committee made up of school and district administrators, teachers, and parents, he and his team developed flexible learning spaces that don't respond to a particular curriculum, but instead support the district's five guiding principles, including “relationships at the center,” “community,” and “accountability.” Classrooms with moveable walls are set around common areas for research, projects, interdisciplinary work, and interaction. There are no hallways. Some classrooms remain empty, and outdoor patios can be enclosed if necessary; there's room to grow. Says Mason, “Almost every school we work with is looking at how you change classroom instruction,” which informs classroom design. “It's not a stand-and-deliver anymore.” On the ground floor of each SLC, a social commons abuts a specialized learning area. At the International School of Communications, students produce a daily newscast that airs on a local television channel. In the Academy of Construction and Engineering, the woodshop is on display.

While students played ping-pong during lunch in the Academy of Construction and Engineering, social studies teacher Frank Monkman discussed the transformation of the community after its move from Pilchuck, which is still in use but benefits from a smaller student body. “There are some tougher kids here [in Construction and Engineering], kids who would have dropped out of high school. They were marginalized in a larger school, and now they have accomplishments on their résumé they wouldn't have had,” he says.

Eighth graders who choose an SLC at Marysville Getchell and are unhappy after their freshman year can often switch to a different SLC for their second. “We don't get a lot of changes,” says Nyland, even when students aren't thrilled with their choices. When asked why not, Nyland says that the students report, “The teachers know who I am.”

So far, the school has been met with excitement. Graduation rates district-wide have improved, from 50 percent in 2007 to a projected 89 percent in 2011. Still, some challenges remain. Vital pointed out the difficulty in creating a sense of school-wide community when students are physically segregated. But for the most part, says Nyland, “The comments from the community truly reflect what we wanted to build”—a family atmosphere. “Now principals can put time and attention into building relationships and instruction. The buildings didn't make that happen…” He corrects himself: “But, they did.”


Marysville School District

DLR Group
901 5th Avenue, Suite 700
Seattle WA 98164
206/461-6000 (phone)
206/461-6049 (fax)

Personnel in architect's firm who should receive special credit:
Craig Mason, AIA, LEED AP – Principal in Charge, Design

Dan Munn, PE, SE, LEED AP – Principal in Charge, Engineering
Todd Ferking – Project Manager, Design

Project Team:
Michael Janes, RA, LEED AP
Vern Wigen, AIA, CCS, LEED AP
Margot Van Swearingen, LEED AP
Kelley Tanner
Erica Loynd, AIA, LEED AP
Surrander Naganathan, PE
Dan Luzius, LEED AP
Michael Ziemann, PE

Architect of record:
DLR Group

Interior designer:
DLR Group

Mechanical, Structural: DLR Group

Electrical: Coffman Engineers

Civil: SCE, Inc.

Landscape: Cascade Design Collaborative

Lighting: Coffman Engineers

Acoustical: BRC Acoustics

Architects of Achievement (Educational Strategist);
BrainSpaces (Educational Planner);
Construction Services Group – ESD112 (Project Management firm)
The Robinson Company (Cost Estimator)
Osborne+Marsh (Graphics)

General contractor:
ABSHER Construction

Chris J. Roberts, 206/365
Kelley Tanner, DLR Group, 206/461-6000
Marysville School District, 360/653-0846

DLR Group

CAD system, project management, or other software used:
AutoCAD 2007, Sketchup, Microsoft Project


Total construction cost:

$68 million



195,000 square feet


Completion Date:

August 2010



Structural system
Steel and concrete brace framed and concrete sheer wall, Type IIB

Exterior cladding
Masonry: Exposed cast-in-place concrete

Metal/glass curtain wall: EFCO

EIFS, ACM, or other: James Hardy Matrix System

Moisture barrier: Cetco Voltex

Built-up roofing: Soprema

Tile/shingles: Owens Corning Asphalt Shingles

Metal frame: EFCO

Glass: PPG

Skylights: Sunoptics

Metal doors: EFCO, VT Industries, Stiles Custom Metal, Pemko, Medeco, McKinney, Sargent, Trimco

Fire-control doors, security grilles: Mobilflex

Locksets: EFCO, VT Industries, Stiles Custom Metal, Pemko, Medeco, McKinney, Sargent, Trimco

Closers, Exit devices, Pulls: same as above

Interior finishes
Acoustical ceilings: Armstrong, Snaptex

Suspension grid: USG (metal ceiling panel)

Cabinetwork and custom woodwork: Genothen, LLC

Paints and stains: Sherwin Williams

Wall coverings: 3M

Paneling: Genothen, LLC (birch plywood paneling)

Plastic laminate:  Formica

Special surfacing: Certi-Shine (polished concrete)

Floor and wall tile: Daltile, Royal Mosa

Resilient flooring: Action Floor Systems, Mondo U.S.A.

Carpet: C & A Industries

Office furniture: Kelly, Bank and Office

Reception furniture: Kelly, Bank and Office; Millwork by Genothen, LLC

Fixed seating: Interkal (stadium seating)

Chairs: Kelly, Bank and Office; Virco

Tables: Kelly, Bank and Office; Virco

Upholstery: Kelly, Bank and Office; Virco

Interior ambient lighting: Cooper Lighting, SPI Lighting

Downlights: Cooper Lighting, SPI Lighting

Exterior: Cooper Lighting

Dimming System or other lighting controls: Lutron

Elevators/Escalators: Thyssen Krupp

Kohler, Chicago Faucets, Bradley

Energy management or building automation system: Delta