Benjamin Banneker Academic High School 19

Benjamin Banneker Academic High School

Washington, DC

A high-performance, collegiate-like setting for the District of Columbia's brightest students.

Benjamin Banneker Academic High School is the highest-performing public school in DC. Serving students who are typically the first in their families to attend college, Banneker places great emphasis on creating a collegiate ambiance that supports high levels of achievement, while also helping to mitigate stress on these young scholars.

Project Facts

  • Client:

  • DC Department of General Services
  • Architect:

  • Perkins Eastman DC
  • Associate Architect:

  • Perkins Eastman
  • Associate Architect:

  • Moody Nolan
  • Size:

  • 175,000 sq. ft.
  • Sustainability :

  • Net-Zero Ready
  • Services:

  • Architecture, Interior Design, Sustainable + Resilient Design
  • Markets:

  • K-12 Education
  • Region:

  • United States
  • Studios:

  • Washington, D.C.

    Awards

  • Best K-12 Education + Project of the Year, ENR MidAtlantic (2022)
  • Grand Design Award, AIA Baltimore (2022)
  • Excellence in Design + Sustainable & Resilient Design awards, AIA Baltimore (2022)
  • Read More
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    Accordingly, the new building is designed to foster its strong culture, provide state-of-the-art labs and instructional spaces, and create an environment that will help students transition to the next step in their life of inspired learning. The central Learning Commons sets the tone: a dynamic and collaborative evolution of the library, it functions as the literal and figurative heart of the school. Every level of this vertical, four-story campus engages this inspiring space, providing formal and informal places to gather, socialize, and collaborate. As it stacks through the central atrium, it integrates all of the program spaces on every level by providing centrally located, open, and collaborative spaces for study, socialization, and collaboration. This design allows it to become a beacon of natural light into an otherwise deep building footprint. Skylights suffuse each level with natural light and generous interior glazing in adjacent instructional spaces allows natural light to supplement daylight from exterior windows, enhancing the learning environment.

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    The Learning Commons culminates in Skyplace, an open-air roof terrace with views to the Washington Monument and across the city that honors Benjamin Banneker’s achievements as an astronomer and his key role in establishing the plan for Washington. By honoring the school’s namesake, an African-American polymath who acquired great knowledge and skill despite the constraints imposed by an 18th-century society, Skyplace inspires today’s students while also providing a place for respite, renewal, and perspective.

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    The building’s varied massing respects its historic neighbors and creates a balanced streetscape.

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    As the site is also a valued community open space, several existing and cherished features, including a dog park and a skate park, have been integrated to create a campus that is truly the center of its community. A wide plaza connects the school with these attractions, visually knitting the two together.

    Benjamin Banneker Academic High School

     

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    The animated façade—through its fenestration and shading strategies and visible photovoltaic panels—manifests the approaches that will help establish the building as the standard for a healthy, high-performance place to learn. Having benchmarked the school’s prior building on numerous indoor environmental quality (IEQ) factors, the team leveraged a Net Zero Energy (NZE) design process to create an environment that not only conserves resources, but also enhances the performance of the environment—including daylight, acoustics, thermal comfort, and indoor air quality— that we know foster enhanced educational outcomes.

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    The building is paired with John Lewis Elementary School, concurrently designed, which is also targeting NZE and expected to generate surplus energy to allocate to Banneker if necessary. This multi-site approach jumps scales from a single building to the District’s entire inventory, encouraging a citywide approach to radical energy conservation.