Raisbeck Aviation High School

Raisbeck Aviation High School (RAHS) is one of the premier STEM schools in the nation. The aviation-themed school is part of Highline Public Schools and located on the Museum of Flight campus adjacent to the King County International Airport (Boeing Field) in Tukwila, Washington. RAHS is a school of choice serving 400 students in grades 9-12. The journey from the initial vision for RAHS in 2000, to the opening of the new school in 2013 began with an extraordinary public/private partnership program that has helped the aviation and aerospace-focused school prepare students for a future rich with opportunities. From its inception, RAHS has welcomed students from nearby counties (19 school districts) with innovative recruitment strategies to ensure that the student body reflects the broad diversity of the communities served.

RAHS was the first small learning community developed and implemented within Highline Public Schools as part of a reform effort to connect student interests and motivation with engaging educational programs that are personalized, rigorous, and relevant. The goal was to keep students in school and prepare them for college, career, and citizenship. The theme for RAHS grew out of the District’s proximity to a growing aviation industry that was experiencing a shortage of technical workers and career specialists in the profession.  

Learning at RAHS is inquiry-based with an emphasis on students presenting and defending their work in front of industry experts. By sophomore year, each student is paired with a mentor from one of the school’s professional partners who works with them until graduation. The mentor advises the students on coursework and career paths and assists with the selection of internships with local companies. Mentors and industry partners also advise RAHS faculty on the appropriateness of projects and their application in real-world settings.

The new school embodies the culmination of the program’s evolution - from the curriculum to the site design. Its location on the Museum of Flight campus provides the opportunity for RAHS and the Museum to share educational programming and volunteer opportunities. The nearly 200 industry partners in the vicinity provide a steady stream of mentors. The iconic design feature of the three-story, 72,000 square foot building is its form - a curved cross-section inspired by the leading edge of a wing. Spaces within the building support teamwork, project-based learning, student presentations, and a highly personalized journey of discovery.

The process of programming and design involved extensive research, community engagement, and concept testing to balance the lofty aspirations of engaged, student-focused learning with the complex demands of budget and schedule on a contaminated brownfield site. The outcome is a vital school environment that supports exploratory learning; celebrates the students, staff, and volunteers who engage in the journey; and inspires everyone who walks through the doors.

Project Team

Bassetti Architects (Architect)

Porter Brothers (Contractor)

PCS Structural Solutions (Structural)

Hargis Engineers (Mechanical, Electrical, Communications Systems)

KPFF (Civil)

The Robinson Company (Cost Control Consultant)

SiteWorkshop LLC (Landscape)

Sparling (Acoustics)

JLR Design Group (Food Service)

Heffron Transportation (Traffic)

GeoEngineers (Geotech)

Adams Consulting (Hardware)

Photography

Benjamin Benschneider

Highline Public Schools in Tukwila, Washington took advantage of its close proximity to the aviation industry in the area and pushed for a new high school that would focus on a science, technology, engineering and mathematics (STEM) oriented education. Bassetti Architects designed the 72,000 SF structure for Raisbeck Aviation High School, which accommodates 400 students. The new high school is located near the Museum of Flight, which helped to serve as inspiration for the design of the building. The sleek look of the school was intended to evoke the lines found in aerodynamic design and reflects the shape of an airplane wing. 

The school’s exterior metal wall panels on the front side move up and over the structure, turning into the roof in one continuous motion. Bemo USA supplied aluminum curved panels to create the shape of the building and provide the necessary weather performance characteristics. Producing panels with long straight legs that then transition into a tight smooth curve is one of the specialized applications that Bemo equipment and operators are able to produce. The metal panels are coated with Sherwin-Williams Fluropon® Classic II – in the color Cool Zactique – which completes the look and feel of the building.