Workforce development conversations often focus on technical training centers, adult retraining, and college programs. But for highly specialized fields such as cybersecurity, engineering and artificial intelligence, some communities are asking whether the pipeline needs to begin much earlier in high school.
In Huntsville, Alabama, the Alabama School of Cyber Technology & Engineering (ASCTE) is testing that idea. As the nation’s only public, tuition-free residential high school dedicated to cyber technology and engineering, ASCTE serves students from across the state while connecting them directly to one of the country’s leading hubs for aerospace, defense, manufacturing and technology.
ASCTE is built around cyber tech, engineering, and AI from the ground up. This requires a learning environment designed to support hands-on problem solving, collaboration, student independence, and industry engagement. It also raises an important question for the future of K-12 education: What happens when the building itself becomes part of the curriculum?
A New Blueprint for Workforce Development
ASCTE represents a long-term workforce development strategy. Rather than simply responding to immediate labor shortages, the school helps cultivate talent years before students formally enter the workforce.
This model requires a specialized curriculum. It requires a learning environment intentionally designed to support how students learn, collaborate, experiment, and connect with the industry.
When architectural design aligns with educational goals, the building does far more than house a program. It becomes an active participant in the learning process, helping prepare students for careers in industries that are shaping the future economy.
Designing Around a Different Kind of Curriculum
Traditional high schools are often planned around efficiency, with classrooms, corridors, shared spaces, and support functions organized to move students through a daily schedule. ASCTE required a different approach. Engineering and technology are woven throughout the curriculum rather than confined to specialized electives.
Our board determines our standards, our curriculum, and we wanted everything to revolve around the mission of the school, which is obviously a STEM focus in engineering, cybersecurity, and now AI,”
– Matt Massey / President, ASCTE
(shared on our podcast, IdeaXChange: The Future of K-12 Education)
“We teach world history through the lens of engineering, so it’s the history of engineering and technology. The second course for our social studies is a history of cryptography, so we’ll study World War II through how we were able to intercept [their encrypted code] and know where the Japanese fleet was going to be… and so how coding and encryption basically have played a huge role in history,” says Massey.
To support this curriculum, students need spaces where technical work, collaboration, and experimentation can happen organically throughout the school day. The McMillan Pazdan Smith Huntsville studio (formerly Fuqua & Partners Architects) helped design a campus with 76,500 square feet of active learning space. Classroom space includes science labs, machine shops, a fabrication and engineering lab, and a cyber range.
Learning doesn’t stop at the classroom door. Every part of the building — including hallways and the atrium — is designed to function as an active learning space. Students use the three-story atrium for robotics, drone activities, race car projects, and physics experiments, easily moving furniture aside to test projects on a larger scale.
ASCTE is not just a learning environment for students. The building’s openness allows fellow educators, industry partners, and other visitors to see learning as it happens. Glass walls in classrooms and other visual connections across levels provide transparency. While many educators might worry about distractions in such an open environment, Massey shared that students have quickly adapted to the design.
“It’s really been a model of how a building needs to fit into the mission and the vision of what a school can be and what the goals need to be,” Massey said. “That building was key to kind of make the school and the environment, the culture come to life.”
Designing for Culture, Not Just Instruction
The campus needed to feel academically ambitious while still supporting students’ day-to-day well-being. ASCTE draws talent from across Alabama, with 150 of its 400 students living on campus full-time.
For many students, attending ASCTE means living away from home for the first time. Some travel five or more hours to access specialized cyber, engineering, and technology education.
McMillan Pazdan Smith designed 51,400 square feet of residential space that supports students beyond the classroom. The residence hall, cafeteria, fitness, salon, and student life spaces occupy the first floor, with dormitories above. A second, all-girls residence hall is currently under construction.
Massey emphasized that student support has become one of the school’s most important lessons. Counseling, nursing, dining, advisory time, safety, and everyday care all contribute to students’ ability to succeed in a rigorous academic environment.
“If you take care of them in all the other facets, they can learn high-level stuff,” Massey said. “Don’t get too caught up on being an academic or an educrat. It really comes back to caring for kids and putting them in a position to be successful.”
Supporting students also means creating opportunities for connection and belonging outside the classroom. School leaders realized early on that many future business and industry leaders develop valuable teamwork skills through athletics. Students do not have to leave their sports teams behind when transferring to ASCTE and continue competing at a high level, earning second- and third-place finishes in state competitions.
To support that athletic culture, McMillan Pazdan Smith recently completed a new gymnasium featuring an open, glass-front design that connects the indoor action directly to the campus quad. Delivered just in time for the season’s final games, the facility gave students their first true home-court advantage. It’s an electric environment with a uniquely ASCTE pep band featuring three violinists.
Connecting Students to Industry Before Graduation
ASCTE’s integral location within Huntsville’s Cummings Research Park gives students direct access to a major concentration of aerospace, defense, technology, manufacturing, and engineering employers. More than 80 industry partnerships support internships and expose students to career pathways before they graduate.
The connection between education and workforce development becomes tangible during students’ senior year, when they spend Monday through Thursday participating in off-site internships. About one-third of students continue working with those same companies while attending college, according to Massey.
For communities seeking to strengthen long-term talent pipelines, that early exposure can be significant. Students are not waiting until college graduation to discover cybersecurity, engineering, or AI career paths. They are experiencing those industries firsthand while still in high school, on a campus designed around the same sectors that drive the regional economy.
Learn More About ASCTE
Listen to our podcast / episode 20, ideaXchange: The Future of K-12 Education, where architect Les Tillery talks with Matt Massey, President of ASCTE, about how a campus intentionally designed to support collaboration, innovation, and student career-readiness, offers a compelling model for education leaders to consider.
