Perkins Eastman Tops Out Net Zero Energy High-School Building

Architecture firm Perkins Eastman recently participated in a topping out ceremony for the new facility for Alexandria City High School at its Minnie Howard Campus in Alexandria, Va., according to a news release. The facility will have a capacity for 1,600 students and has an expected completion date of 2025. The building’s design is part of the Alexandria City Public Schools’ Connected High School Network (CHSN) initiative, whose goal is to reimagine high-school education and the city’s capacity needs.

“It is an honor to have worked with the school and community of Alexandria to create a design that celebrates ACHS’ legendary Titan culture while providing a new environment that will inspire more active and experiential learning and promote the health and well-being of students, staff, and the entire community,” said Sean O’Donnell, Perkins Eastman Principal, who leads the group’s K–12 practice. “This new building will complement the existing King Street campus to redefine the high-school experience for future generations of Alexandrians and become a central part of Alexandria’s innovative model for a connected high school network.”

According to the news release, the new school will feature amenities like interdisciplinary communities; labs for science, art, and CTE; a library/learning commons area; and administrative and counseling space. CTE spaces will accommodate subjects like “renewable energy, aerospace, cybersecurity, robotics, nursing, pharmacy, and surgical tech.” The school will also include “Creative Commons” dining areas, two gyms, an aquatics facility, an early childhood center, a teen wellness center, and more.

The facility is also on track to achieve Net Zero Energy and LEED Gold Certification, according to the news release, which bears special mention because of the aquatics facility. The news release reports that sustainable and high-performance design strategies include optimized enclosure designed to minimize energy loss; efficient systems thanks to a geothermal wellfield; Photovoltaic (PV) panels on the roof; low-flow water fixtures; and choice of healthy building materials that minimize the negative impact on the environment.

“The shared vision for this school resulted in a building that will enhance education, enrich Alexandria’s community, and serve as a national model of sustainable, high-performance school design,” said Omar Calderón Santiago, AIA, Design Principal with Perkins Eastman.

About the Author

Matt Jones is senior editor of Spaces4Learning. He can be reached at [email protected].

Featured

  • Abstract tech network data connections with orange, blue glowing dots, lines

    3 Trends for Higher Education to Stay Ahead of in 2026

    As universities enter the new year, the question is no longer whether digital transformation is necessary, but how quickly institutions can convert technological potential into strategic advantage.

  • Beyond Four Walls

    Operable glass walls provide a dynamic solution for educational spaces. They align with today’s evolving teaching methods and adapt to the needs of modern learners. Beyond the functional versatility, movable glass walls offer clean, contemporary aesthetics, slim and unobtrusive profiles, and versatile configurations that cater to the evolving needs of students and educators alike.

  • classroom with crystal ball on top of a desk

    Call for Opinions: Spaces4Learning 2026 Predictions for Educational Facilities

    As 2025 winds to a close, the Spaces4Learning staff is asking its readers—school administrators, architects, engineers, facilities managers, builders, superintendents, designers, vendors, and more—to send us their predictions for educational facilities in 2026.

  • concentric silhouettes of a human head

    How Physical Space Shapes the Mind: Designing for Better Learning Outcomes

    Research in environmental psychology and neuroscience increasingly suggests that the way a room is designed can influence memory, focus, or even a student's sense of belonging.

Digital Edition