Fulton County Schools in Georgia teamed with Georgia Tech’s Center for Education Integrating Science, Mathematics, and Computing (which provided curriculum support) and several other partners to develop Innovation Academy, the school district’s latest magnet school.
The 245,000-sf, three-level school—whose construction began in July 2018 and whose ceremonial groundbreaking occurred last Nov. 22—will be located in downtown Alpharetta, Ga., on property that previously housed the old Milton High School. It will open initially to accommodate ninth and 10th graders, but ultimately will serve between 1,500 and 1,600 students in grades nine through 12.
To support the workforce needs of the North Fulton community, the school’s curriculum will focus on Information Technology, Engineering, and Health Sciences, with an emphasis on design thinking and preparing students for a “knowledge economy.” Learning will be demonstrated through projects, portfolios, certifications, business mentorships as well as student created applications and products.
Innovation Academy will take academic concepts and teach them through real-world experiences and hands-on problem solving. Students will work in teams with support from a robust advisory program, with the goal of cultivating the students to become future leaders who can help solve the community’s challenges.
Atlanta-based design firm Cooper Carry brought together its K-12, Higher Education, and Science & Technology studios to collaborate on the design of Innovation Academy, which is centered around a three-story atrium dubbed Touchdown Commons that runs through the building’s spine and will serve as the school’s cafeteria and media center.
This multifunctional space will be outfitted with moveable seating and accessible technology to create an environment suitable for everything from eating lunch to robotics practice. The communal area is designed to connect with an outdoor courtyard and makerspace that’s visible through windows that allow for natural light to come into the classrooms.
Inside, the school’s corridor walls will be manufactured from a combination of glass windows and garage doors to promote transparency. Interior dividers will be made from stud walls. The school’s rooms will be constructed using a planning module with multiples of the same 11-ft wide by 30-ft deep configuration, to allow for user flexibility.
The building’s exterior brick and columns are designed to match the look of Alpharetta City Center, a 26-acre mixed use property that expanded the city’s downtown by six blocks and includes the Cooper Carry-designed Alpharetta City Library, which opened five years ago.
The three-story atrium in Innovation Academy, known as Touchdown Commons, will be a multifunctional space that connects to an outdoor courtyard.
The design plans for Innovation Academy were informed by public outreach sessions with the school’s faculty and local community members.
Cooper Carry is also working with Fulton County Schools to develop a sister STEM school in Fairburn, Ga., which could open during the 2021-22 school year.
Jacobs is the project manager and Barton Malow the GC on Innovation Academy, which is scheduled to open in August 2021, a year later than originally planned.
Superintendent Mike Looney told the Atlanta Journal Constitution last June that his staff needed more time to prepare before the school opened. “I want to ensure that there is a comprehensive educational structure in place before we recruit and place students in this program,” he stated. “If we want students to join a new effort like this, they and their parents deserve a comprehensive and detailed picture of what they will learn as part [of] this experience and how that experience will prepare them for college and a career.”
Indeed, next year Innovation Academy will be used as a hub for teacher and staff training.
Related Stories
| Apr 5, 2013
Snøhetta design creates groundbreaking high-tech library for NCSU
The new Hunt Library at North Carolina State University, Raleigh, incorporates advanced building features, including a five-story robotic bookBot automatic retrieval system that holds 2 million volumes in reduced space.
| Apr 2, 2013
6 lobby design tips
If you do hotels, schools, student unions, office buildings, performing arts centers, transportation facilities, or any structure with a lobby, here are six principles from healthcare lobby design that make for happier users—and more satisfied owners.
| Mar 27, 2013
RSMeans cost comparisons: college labs, classrooms, residence halls, student unions
Construction market analysts from RSMeans offer construction costs per square foot for four building types across 25 metro markets.
| Mar 21, 2013
Are charter schools killing private schools?
A recent post on Atlantic Cities highlights research by the U.S. Census Bureau's Stephanie Ewert that shows a correlation between the growth of charter schools and the decline in private school enrollment.
| Mar 20, 2013
Folding glass walls revitalize student center
Single-glazed storefronts in the student center at California’s West Valley College were replaced with aluminum-framed, thermally broken windows from NanaWall in a bronze finish that emulates the look of the original building.
| Mar 15, 2013
Singapore R&D campus takes top honor in Lab of Year competition
Singapore CREATE R&D campus takes top honor in Lab of Year competition, sponsored by R&D Magazine.
| Mar 14, 2013
25 cities with the most Energy Star certified buildings
Los Angeles, Washington, D.C., and Chicago top EPA's list of the U.S. cities with the greatest number of Energy Star certified buildings in 2012.
| Mar 14, 2013
How to win more work from community colleges
The nation’s thousand-plus community college districts can be a steady source of income for your Building Team—provided you appreciate the special needs of this important sector of the higher education market.
Building Enclosure Systems | Mar 13, 2013
5 novel architectural applications for metal mesh screen systems
From folding façades to colorful LED displays, these fantastical projects show off the architectural possibilities of wire mesh and perforated metal panel technology.