Marysville Getchell High School

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Marysville Getchell Campus
File:Marysville Getchell Campus 01.jpg
"Home of the Chargers"
Address
8301 84th Street NE
Marysville, Washington 98270
United States
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Information
Type High School
Established 2010
School district Marysville School District
Enrollment 1,350 (approx.) in 2011[1]
Color(s) Forest Green, Vegas Gold and Black             
Mascot The Charger
Principal Shawn Stevenson
(Academy of Construction and Engineering)
Principal Angela Delgado
(Bio-Med Academy)
Principal Shawn stevenson
(International School of Communications)
Principal Dave Rose
(School for the Entrepreneur)
Website

Marysville Getchell High School is a public high school in Marysville, Washington, USA, located east of Marysville with quick access to Highway 9. It is part of the Marysville School District. The campus has a student capacity of 1,600 in grades 9-12 organized into four separate schools, small learning communities (SLC's), or academies, each with its own principal: the Academy of Construction and Engineering (ACE), the Bio-Medical Academy (BIO-MED), the International School of Communications (ISC), and the School for the Entrepreneur (SFE).[2] Monday through Thursday, the school hours are 7:25-2:10 PM. On Fridays, the school day ends just over two hours earlier, at 12:10 PM. This is a change new to the 2015-16 school year; previous to this, the normal school day was 7:10-1:50. Each grade has its own separate color, Freshman are green, sophomores are gold, juniors are yellow, and seniors are black. The four schools were previously operated as academies within Marysville Pilchuck High School (MPHS), which had a student population of nearly 3,000.[3] The campus opened in 2010 and was funded from a bond passed in February 2006.

Facilities

The campus facility spans approximately 192,000 square feet (17,800 m2) in five buildings: one for each of the four small learning communities (or SLC's), plus a shared commons building that accommodates administration, gymnasium, physical education, cafeteria, and other services for the campus.[2][4] Each academy/school occupies its own building which is organized with classrooms surrounding commons areas used for research, project-based study, interdisciplinary work, and interaction. To accommodate future expansion, extra classrooms were added to each building and outdoor rooftop decks were designed to permit enclosure. With Washington's cold weather in mind, the railings throughout Marysville Getchell Campus are heated, which are an extra feature that the students may enjoy.

The facility has received several design awards, including the 2011 Council of Educational Facilities Planners International's James D. MacConnell Award, an international award for excellence in school design.[5][6][7] The architects for the campus were DLR Group.[8]

Design and green features

The buildings' identities are transmitted through bright-colored accents and subtle graphics. The structures rise from masonry bases, while exposed steel beams and abundant windows create a sense of lightness. The expansive windows provide views between interior spaces and to the forests outside. The building exteriors are clad in aluminum, fiber cement board, and high-efficiency glass. Environmentally friendly features include skylights to bring natural light into the building to reduce daytime artificial lighting and using the forest shade and operable windows in lieu of a mechanical cooling system. West of the new football field are the remaining evergreen trees in a protected wetland. A natural area to the north of the school still exists as protected wetland with several mature trees. The buildings have been recognized by the Public Utilities District as being energy efficient.[9] Some features that contribute to lowering overall energy costs:

• Interior lighting that beats Code by 24 percent.

• Interior day lighting features and light fixtures with automatic dimmable ballasts.

• Exterior lighting that utilizes a mix of LED and ceramic metal halide lamps.

• Heating and ventilation measures including variable flow motors and pumps, and vacancy sensors to control fans.

Collectively, these measures represent projected annual savings of nearly 353,000 kilowatt-hours and projected annual savings of $27,705 in electricity costs.

References

External links