In its first year, ACCESS Academy doubles applications and delivers strong academic results

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In its first year, George Mason University's Accelerated College and Employability Skills (ACCESS) Academyis already demonstrating strong indicators of demand, academic rigor, and early student achievement. Interest in the program has grown rapidly. For the 2026-27 admissions cycle, ACCESS received 387 applications from ninth graders, nearly double the 193 applications submitted the previous year.

With only 30 seats available for the incoming ninth-grade cohort, the program has quickly become one of the most selective emerging innovation pathways in the region. Participation in the program allows advanced freshmen in high school to take college classes.

In December, ACCESS Academy students demonstrated projects and discussed their experiences with then-Virginia Secretary of Education Aimee Guidera in a robotics lab at Fuse at Mason Square. Photo by Ron Aira/Office of University Branding

Early academic outcomes among the inaugural cohort also reflect the program's rigor. The current ninth-grade ACCESS Academy class maintains an average GPA of 3.72, demonstrating strong performance across a curriculum that integrates advanced technical coursework with core high school instruction. These early indicators highlight the momentum behind the academy and the role of George Mason and its College of Education and Human Development (CEHD) in developing research-informed, workforce-aligned learning models for secondary education.

One of the most significant milestones for the academy this year is the launch of its first dual enrollment course. Thirty-seven ACCESS Academy ninth-graders are currently enrolled in a Python programming course offered through Northern Virginia Community College. Introducing a college-level computing course at the ninth-grade level represents an acceleration point within the academy's academic pathway, providing students with foundational programming skills relevant to software development, cybersecurity, artificial intelligence, and data science.

Potomac Falls High School teacher Matt Wax, one of the academy instructors, said launching a new academic model required both flexibility and innovation in instructional practice. "Because the program is brand new, there aren't many existing resources to draw from," Wax said. "We've had to adapt instruction in real time, creating opportunities for students to think outside the box while adjusting expectations and course design as the program evolves."

Early implementation has also highlighted the collaborative learning environment developing among students. While some ninth-graders are adjusting to the rigor of college-level coursework, Wax noted that peer support has become an important element of the classroom culture. "It's been encouraging to see students who are doing well step up to help classmates who are struggling," he said. "That willingness to support one another is one of the most positive outcomes so far."

In addition to rigorous coursework, ACCESS students are already engaging in technical and professional learning opportunities beyond the classroom. Last fall, 31 ACCESS Academy students attended the BSidesNoVA Cyber Security/Hacker Conference, where they participated in sessions focused on cybersecurity tools, ethical hacking, and emerging digital threats. Participation in professional cybersecurity conferences at the ninth-grade level represents a distinctive feature of the academy's early exposure model.

In the summer of 2025, ACCESS Academy offered an AI Camp to 9th through 12th graders at Fuse at Mason Square. Photo by Ron Aira/Office of University Branding

Thirty ACCESS students participated in Virginia CyberSlam 2026, an event sponsored by George Mason's Cyber Security Engineering Department and Loudoun County Public Schools. The event challenged students to apply cybersecurity concepts in simulated threat-response scenarios and collaborative problem-solving environments.

ACCESS students have also had opportunities to present their learning to state-level education leaders. During a recent visit to Fuse at Mason Square, students demonstrated projects and discussed their experiences with former Virginia Secretary of Education Aimee Guidera, providing visibility for the academy's instructional model and student work.

At the curricular level, ACCESS Academy is emerging as a leader within Virginia's expanding lab school network through its use of problem-based learning as core instructional framework. Rather than relying on traditional lecture-based instruction, students engage with complex, real-world problems that require research, collaboration, and iterative design. This curriculum model, developed with support from CEHD faculty, is attracting statewide attention.

Faculty affiliated with the program will present the ACCESS Academy curriculum framework at the upcoming Innovation Summit hosted by Old Dominion University, highlighting how the academy integrates computing education, interdisciplinary learning, and research-based instructional design.

For instructors, one of the most notable aspects of the program has been the diversity of students who have chosen to participate. Wax observed that the inaugural cohort includes a wide range of ability levels, interests, and backgrounds, creating opportunities for varied perspectives within collaborative learning environments. The program's rapid growth in applications reflects the special opportunities it provides, he added.

"ACCESS offers opportunities free of charge that many students might not otherwise have access to," he said. "For students who are looking for something different from a traditional model of schooling, it offers an accelerated and more professionally oriented pathway."

"What we're seeing with ACCESS Academy is early evidence of what becomes possible when we design learning as a connected pathway rather than a series of disconnected experiences," explained Ingrid Guerra-Lopez, dean of CEHD, who led the vision and design of ACCESS Academy. "ACCESS is giving us a living platform to study and continuously improve how teaching and learning can better prepare students for the complexity of the future. This model invites us to rethink readiness not as something that begins after high school, but as something we intentionally build across the entire educational ecosystem."

This initiative supports the Advancing 21st-Century Education for All solution of George Mason's Grand Challenge Initiative

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