Designing Systems, Not Just Surfaces in Educational Architecture: Matthew Pearce Public School and Durlum Ceiling Solutions
Every Investment in the Future Starts from the Ceiling
In educational buildings, architecture is no longer just about responding to a spatial program.
Light permeability, acoustic control, technical accessibility, indoor-outdoor continuity, and cultural context—all these parameters now define the rationale behind every material choice. And many of these layers are resolved in the least spoken yet most responsible surface of any building: the ceiling.
Completed in 2025, Matthew Pearce Public School in Sydney is a well-considered example of this understanding. With its newly added sports hall and external areas, the extended school structure directly responds to the evolving needs of contemporary educational architecture. Durlum’s S7 rail channel ceiling systems form the core of that response.
Structural Overview of the Project
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Photo: ©Aran Anderson | Project: Matthew Pearce Public School, Sydney | Product: Customised S7 Rail Channel System & S7 EXTERIOR Rail Channel System
Products:
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S7 rail channel ceiling system – 400 m²
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S7 EXTERIOR system – for outdoor transitions and shaded areas
Material: 1.5 mm powder-coated aluminium, RAL 9003
Design Feature: Custom perforations featuring Indigenous artwork motifs
This project reflects Durlum’s role not just as a product supplier, but as a strategic system partner. The implemented ceiling systems become architectural surfaces that respond to both the building’s technical requirements and its cultural identity.
S7 Ceiling System: A Grid That Shapes the Space
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Photo: ©Aran Anderson | Project: Matthew Pearce Public School, Sydney | Product: Customised S7 Rail Channel System & S7 EXTERIOR Rail Channel System
But this solution is not merely visual. The integration of six large ventilation ducts proves the system’s capacity to serve as a technical carrier. Backed by acoustic absorption layers, the panels help regulate sound distribution within the large volume, enhancing overall comfort.
With this system, Durlum effectively states:
“A good ceiling system doesn’t hide the solution—it becomes the solution itself.”
S7 EXTERIOR: Seamless Continuity in Outdoor Zones
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Photo: ©Aran Anderson | Project: Matthew Pearce Public School, Sydney | Product: Customised S7 Rail Channel System & S7 EXTERIOR Rail Channel System
The S7 EXTERIOR system defines transitional zones between building and user. In areas like circulation paths and shaded outdoor spaces, it offers not only resilience against wind loads but also visual continuity with the façade.
Here, the ceiling is expected not just to protect, but to maintain the architectural expression beyond the interior. Finished in RAL 9003, the surface emphasizes consistency and stability across educational space design.
Acoustics, Light, and Cultural Layers: Three Dimensions, One Surface
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Photo: ©Aran Anderson | Project: Matthew Pearce Public School, Sydney | Product: Customised S7 Rail Channel System & S7 EXTERIOR Rail Channel System
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Acoustic Performance:
The micro-perforated S7 panels, combined with backing acoustic absorbers, reduce reverberation times across the large sports hall. -
Light Management:
The geometry and spacing of the panels diffuse daylight throughout the ceiling surface. -
Cultural Expression:
Indigenous artwork patterns are applied through perforations, transforming the ceiling into a layer of local identity and belonging.
Where these three layers intersect, the ceiling shifts from being a structural necessity to becoming an architectural system.
Systemic Clarity Across Durlum’s Product Range
The S7 systems used at Matthew Pearce Public School align with Durlum’s broader product philosophy:
Expanded Metal Systems:
While not directly used, the openness, airflow and layered transparency of expanded metal panels (e.g., S5 RHOMBOS, S4) are mirrored in S7’s more streamlined grid—reinterpreted for educational settings.
DUR-SONIC Acoustic Systems:
Where acoustic control is required across ceilings and walls, DUR-SONIC delivers layered performance. In this project, similar effects are achieved through the S7 system’s micro-perforated face.
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Photo: dur-SONIC® ART absorption system | durlum GmbH, Product: dur sonic art ocoustic image
DIAMOND TUBE Daylight Systems:
Though developed for daylight control indoors, DIAMOND TUBE’s logic of structured light redirection is echoed in how S7 EXTERIOR controls outdoor light through panel geometry and spacing.
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Photo: Faruk Pinjo | Project: Biogena, Salzburg | Product: DIAMOND TUBE daylight system
Durlum, here, isn’t selling individual products—it’s creating a language of architectural systems.
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Photo: Faruk Pinjo | Project: Biogena, Salzburg | Product: DIAMOND TUBE daylight system
Reading the Ceiling Right Means Guiding the User Right
Matthew Pearce Public School understands what contemporary educational buildings require.
The S7 and S7 EXTERIOR systems supplied by Durlum don’t just meet those requirements—they offer a sustainable solution on technical, cultural and aesthetic fronts.
In this project, the ceiling is no longer a surface to conceal mechanical systems; it becomes a system that defines how the space performs and is experienced.
For brands that add meaning—not just material—to architecture, this project stands as a fully executed design vision.
Long-Term Value, System-Level Thinking
This project also proves an essential truth:
The value of a ceiling system lies not only in what it delivers today, but in how it adapts to tomorrow’s evolving users, maintenance needs, and design expectations.
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Photo: ©Aran Anderson | Project: Matthew Pearce Public School, Sydney | Product: Customised S7 Rail Channel System & S7 EXTERIOR Rail Channel System
Durlum’s contribution offers a structural language that is durable, adaptive, and thoughtful—not just for the present, but for the future of learning spaces.
By deepening design through systems—not limiting it through parts—Durlum redefines its relationship with architecture:
Not silent, but precise. Not temporary, but lasting.