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Fuse at Mason Square

Client
George Mason University
Location
Arlington, Virginia
Certifications
Pursuing LEED Platinum
Size
360,500-SF New Construction, including underground parking
Design Innovation

Fuse at Mason Square is George Mason University’s bold answer to the growing demand for tech talent in Virginia and beyond. As the physical and programmatic anchor of the university’s Tech Talent Investment Program, this 345,000-square-foot facility is designed to accelerate graduate education and interdisciplinary research in computing, artificial intelligence, data analytics, and cybersecurity.

In Arlington, Virginia, Fuse is a high-performance hub that brings together students, faculty, researchers, and industry leaders in a shared space built for adaptability, collaboration, and breakthrough thinking. A vibrant public plaza, daylight-filled interiors, and outdoor terraces extend the experience beyond the walls of the building, inviting connection and engagement at every level. Fuse redefines how academic institutions can shape the future of digital innovation.

Sustainability

Maximizing sustainability and design

We began the sustainability conversation with a simple question: “What would you do as a good global citizen?” Then, we pushed further. This striking new building reflects Mason’s commitment to sustainability while demonstrating their dedication to real, measurable impact.

Programming

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Vertical neighborhoods featuring cross-pollination zones

Fuse’s design is organized as a series of stacked “vertical neighborhoods,” each structured around an open collaboration spine known as “Main Street.” These wide, energetic pathways run through every floor, encouraging spontaneous exchanges between Mason’s academic community and industry partners. 

At the heart of each level, cross-pollination zones strategically blend educational programs with corporate and entrepreneurial spaces—promoting knowledge sharing, teamwork, and interdisciplinary innovation. Rather than isolating activities, the layout invites overlaps, intentionally breaking down silos to support a continuous flow of ideas. Whether gathering in flexible workspaces, shared lounges, or breakout areas, users encounter an ecosystem designed to build relationships, foster partnerships, and spark discovery at every turn.

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Inspiring a top tech-talent pipeline

As a flagship of George Mason University’s commitment to producing 15,000 computer science and engineering graduates over two decades, Fuse is a catalyst for workforce transformation.

Its adaptable loft labs, deep lab blocks, flexible classrooms, and a centralized Specialty Lab core provide future-ready environments that respond to evolving programmatic and research needs.

The building was shaped through extensive input from students, faculty, and industry professionals, prioritizing openness, flexibility, and natural light—proven elements that support creativity, focus, and collaboration. Designed to prepare graduates for leadership in a fast-paced digital economy, Fuse positions Mason as a national model for next-generation tech education.

Beyond housing instruction and research, the facility embodies Mason’s strategic vision: to equip learners not only with knowledge but also with the environment and tools to shape what’s next. By design, Fuse doesn’t just host innovation—it actively fuels it, nurturing the talent pipeline that will define the future of technology.

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Landscape architecture

Reimagining the public plaza

Driven by community insight, the redesigned Mason Square public plaza creates an active, inclusive gathering space for students, staff, and neighbors. Thoughtfully designed, it fosters connection, supports diverse activities, and encourages civic engagement—all while balancing functionality and sustainability.

Page’s vision integrates a native plant palette, including new tree plantings and pollinator gardens to reduce the heat island effect and enhance biodiversity. By replacing pavers with vegetation, the plaza becomes a cooler, more inviting, and environmentally resilient place.

This bold, welcoming hub strengthens community ties and sets a new standard for urban sustainability.

Design dialogue

Dialogue and design aligned to create a future-ready Fuse

The collaborative and iterative design process was central to ensuring Fuse at Mason Square could adapt to the needs of its diverse users. From the labs to the sixth-floor collaboration space to the roof terrace and public plaza, each component was refined and shaped by an ongoing dialogue between designers, stakeholders, and users.

Studio X played a key role in visualizing options and exploring how design could best support the mission of innovation and discovery throughout the design phase. This process allowed the team to respond to evolving programmatic needs, integrating flexibility and clarity into every level of the building. The result is a facility that supports individual focus and shared momentum—designed as a platform for growth, exchange, and continued adaptation.

Building Integrated PV

High-performance façade advances sustainability through angled solar panel system

Discreet wiring powers a seamless solar façade

Electrical systems are carefully embedded within the façade’s framework, ensuring seamless visual continuity while supporting energy generation. Careful detailing allows access without distraction, balancing technical precision with architectural intent.

Positioned along the primary entry elevation, the photovoltaic façade at Fuse stands as a distinctive element of the building’s sustainable design commitment. The system integrates a secondary frame that supports angled photovoltaic panels—carefully oriented to optimize solar exposure while preserving access to daylight and views from within.

Studio X worked closely with the broader design and construction team to refine the details of this complex system. Particular attention was given to how the photovoltaic components interface with the curtainwall and how to discreetly manage electrical connections without disrupting the integrity of the façade.

Wiring is routed through custom aluminum pathways beneath the fins and reenters the building at floor levels, where false panels conceal all equipment. This solution maintains the system’s performance while allowing for future access and maintenance.

The result is a façade that merges architectural expression with a clear commitment to sustainability, reinforcing the building’s role as a symbol and a tool for high-performance design.

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