TL;DR
Students at Oslo Metropolitan University designed a modular, mortar-free brick system that can be assembled, dismantled, and reconfigured. The project emphasizes sustainable reuse of materials and flexible interior design, showcased at 3daysofdesign.
Students at Oslo Metropolitan University have developed a modular, mortar-free construction system using reclaimed bricks, enabling easy assembly, disassembly, and reconfiguration of interior partitions. The project was presented at the 3daysofdesign exhibition, highlighting innovative approaches to circular construction and material reuse.
The project, called Gjenreis, was created by students as part of their bachelor studies in product design. It focuses on using reclaimed bricks in a flexible, temporary, and reconfigurable system suitable for environments like restaurants, hotel lobbies, and open-plan offices. The system allows components to be assembled without mortar, supporting sustainable practices by extending the lifespan of existing materials.
Gjenreis pairs weathered bricks with crafted wooden elements, emphasizing the material’s history and surface qualities. The design features a modular structure that can be stacked vertically or arranged horizontally, with the entire system stabilized by a vertical wire. The project was exhibited as part of Built by Design, a curated student showcase exploring material reuse and circular construction strategies, in collaboration with industry partners.
Impact of Reusable Brick Systems on Sustainable Design
This project demonstrates a practical application of circular construction principles, reducing waste and promoting the reuse of existing materials. Its flexible, dismantlable design offers a sustainable alternative to traditional construction methods, potentially influencing future interior architecture and renovation practices. The emphasis on visible material traces also highlights the value of history and texture in design, aligning with contemporary sustainability goals.
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Background on Circular Construction and Material Reuse in Design
Reclaimed materials have gained increased attention within architecture and interior design as part of efforts to reduce environmental impact. The Gjenreis project builds on this trend by exploring modular systems that facilitate reuse without permanent bonding. Presented at 3daysofdesign, it reflects a broader movement among students and professionals to rethink construction practices, emphasizing flexibility, adaptability, and resource efficiency.
The project was developed through OsloMet’s Critical Reflection in Design Practice course, in collaboration with industry partners, as part of a wider exhibition that showcases innovative material interventions and sustainable design solutions.
“The mortar-free approach allows for easy disassembly and reconfiguration, extending the lifecycle of reclaimed bricks.”
— an anonymous researcher
mortared free brick wall system
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Uncertain Aspects of Long-Term Durability and Scalability
It is not yet clear how the system performs over extended periods or in different environmental conditions. The scalability of the design for larger or more complex structures remains to be tested, and potential challenges related to stability and safety are still under evaluation.
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Next Steps for Development and Broader Adoption
Further testing of the system’s durability and safety is expected before considering commercial or large-scale applications. The students and industry partners may explore adapting the design for different materials or larger structures, and future projects could focus on integrating such systems into actual renovation projects or new constructions.
Building Construction Illustrated
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Key Questions
Can the brick system be used in outdoor environments?
It is currently designed for indoor use, and its performance outdoors has not been confirmed. Further testing is needed to assess weather resistance and durability in outdoor conditions.
How easy is it to disassemble and reconfigure the system?
The system is designed for straightforward assembly and disassembly without mortar, allowing for flexible reconfiguration as needed.
Does the system meet building safety standards?
As a student project, it has not yet undergone formal safety testing or certification for building codes. Further development is required for compliance.
Are there plans to commercialize this modular brick system?
There are no current plans announced; the project remains a prototype demonstrating sustainable design principles, with potential for future development.
What types of spaces could benefit most from this system?
Spaces requiring flexible partitions, temporary walls, or adaptable interiors, such as restaurants, hotels, and offices, could benefit most from this modular system.
Source: designboom
