1 November 2017 — The school campus that comprises Mae Jemison High School and Ronald McNair Junior High School in Huntsville, Ala., is a study in contrasts: the traditional and the modern, the old and the new, the past and the future. But mostly this place is about the future and about the possibilities that the future holds.
Jemison and McNair were pioneers. Jemison was the first African-American woman to fly in space. McNair, who was killed in January 1986 when the Challenger Space Shuttle exploded during launch, was the second African-American man to fly in space.
As it turns out, naming a school after astronauts has a special meaning in Huntsville, because it’s the home of NASA’s George C. Marshall Space Flight Center. It’s where the Apollo and Space Shuttle launch vehicles were developed, and it’s where part of the International Space Station was designed and assembled.
What’s required in such a school (in a neighborhood in which a number of parents are not only as smart as rocket scientists, they ARE rocket scientists) is a focus on STEM (science, technology, engineering and mathematics.) The school is home to the Greenpower program, which allows students to build their own electric-powered race cars and race them on a track that’s part of the school campus.
The school building itself carries an environmental theme. Although not formally classified as a green building, the design team did use best environmental practices in the mechanical and electrical systems, as well as using local and sustainable building materials. The most prominent material specified was brick from Pine Hall Brick Co., which because of its longevity and durability will add significant value now and in the future, according to Robert Mercer, AIA, of the Huntsville-based architecture firm Chapman-Sisson Architects.
The schools opened in 2017 for the first time. The 57-acre campus features more than 300,000 square feet of learning space, a 650-seat auditorium, two collaborative cyber-media cafes and two competitive gymnasiums. Although the schools share the same site, they operate independently of each other and are separated by a large wooden canopy, which doubles as an amphitheater serving both schools.
Mercer said that clay brick from Pine Hall Brick Co. was the first choice for the exterior of the school because it accomplished the design goals of blending with the surrounding residential neighborhood and provided a more natural appearance when coupled with stone and wood elements. The massing of the brick design was done on purpose to tie the two schools together, utilizing similar elements so that the junior high students feel that they are part of the high school campus. The brick was also versatile in that it came in several colors, which were used to highlight lintels, pilasters, columns and the building base, while maintaining a consistent look throughout the campus.
Mercer said that, unlike many building products, brick has an aesthetic of scale. This enabled the architects to break down the mass and scale of the high walls with recessed courses and alternating colors. That was possible because brick is modular and can be manipulated in different ways.
“Even though brick is a centuries-old product, the design team worked to use the product to express a modern style that would endure for the life of the building,” Mercer said in a prepared statement.
Brick was also chosen because the intention was to build a building that would last more than 50 years and would evoke a timeless style and character that would endure far into the future. Mercer said that brick allowed for relatively simple forms that were both welcoming and familiar.
The forms are also useful, in more ways than one. It’s long been a theory in the design of educational facilities, in both K-12 and higher education, that students rise to the level of their surroundings. In this place, for these students and in this town where finding ways to conquer space travel is a leading industry, the sky’s the limit.
Walt Steele is paver business manager for Pine Hall Brick Co. Steele can be reached at waltsteele@pinehallbrick.com. For more information, visit www.PineHallBrick.com.
