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FOCUS OPEN 2025 META WINNER
INTERNATIONAL DESIGN AWARD BADEN-WÜRTTEMBERG
 
CIRCULAR DESIGN
„WS25-System“
Wooden building blocks

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CLIENT
TRIQBRIQ AG
Stuttgart
triqbriq.de

DESIGN
In-house


Wood is a great choice for construction because it's a climate-friendly material and a renewable resource that stores carbon dioxide for the duration of its life. This award-winning system is based on standardised timber modules that are assembled on site to form solid walls. The modules are joined using a patented dowel system, allowing for non-permanent connections that make them easy to dismantle and reuse. Best of all, the system reduces pressure on the timber market by utilising damaged, weak, and storm-felled timber – material that would otherwise be burned or downgraded into coarse chipboard. The modules are manufactured in automated microfactories, enabling the use of locally sourced beetle-damaged wood and keeping transport distances short.


JURY STATEMENT
While this modular system is remarkably simple, its design details are thoughtfully engineered. It also enables the use of timber that would otherwise be deemed unusable. This is one of those rare instances where the end goal is in sight from the very start: the dowelled wall assemblies can be dismantled at any time to create new buildings.
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Max Wörner, director TRIQBRIQ AG 

"Our product design is uncompromisingly circular, ensuring that individual building blocks can be reused in entirely new architectural contexts."

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When you're involved in building, you need functional and visually attractive solutions that are tailored to your needs. How do your standardised building components meet that requirement?

MAX WÖRNER: TRIQBRIQ is a micro-modular timber construction system using standardised components. This means that just three types of BRIQ are used to build walls: a full brick, a half brick and a lintel element. The system's simplicity boosts efficiency and reduces complexity on the construction site. At the same time, the size of the components allows for the kind of individual planning and customized façades common in traditional masonry. The key difference with BRIQs is that they're made from industrial, calamity and deconstructed waste wood, making them highly resource-efficient and fully dismantlable. Our product design is uncompromisingly circular, ensuring that individual building blocks can be reused in entirely new architectural contexts. While they are modular, they are not monotonous. Their standardisation actually encourages functional diversity and design freedom.
 

The demand for cost-effective construction has never been higher – what potential does your system offer?

MAX WÖRNER: The cost benefits of using TRIBRIQ result primarily from the quick, dry assembly process. There's no need for gluing, curing or drying, as the walls are simply slotted together and locked into place on the construction site. This makes it possible to work much more efficiently, even with fewer workers. Looking at the bigger picture, there are further benefits, such as lower foundation costs due to the low weight, no container costs thanks to waste-free delivery and hardly any waste thanks to digitalised planning. Overall, TRIQBRIQ can compete on cost with conventional construction methods and, with careful planning, can even be more cost-effective.
 

The construction industry has the reputation of being conservative. How has your system been received by contractors and planners?

MAX WÖRNER: Although we've been on the market for less than four years, we've already completed, or are working on, 15 shell constructions, ranging from modest bungalows to supermarkets. So, the industry is definitely receptive to innovations that are practical and effective. Planners and construction companies appreciate our system's simplicity, repeatability and clear geometry. The learning curve on the construction site is short, with few chances of error. We believe the speed with which we have gained a foothold in the market demonstrates the relevance of our approach.
 



 

You intend to decentralise production by using microfactories. Why?

MAX WÖRNER: Climate-friendly construction using wood is only really sustainable if the logistics are right. Ideally, the distance between the trees and the construction site should be no greater than 150 kilometres, and the number of processing steps should be kept to a minimum. This is not possible with centralised, large-scale production. Our solution is a fully automated, container-based production facility that is easy to set up. It can be installed at partner companies, such as sawmills or carpentry workshops, where the wood originates. This approach generates local economic value that can be scaled rapidly. The TRIQBRIQ microfactory is an industrial solution that embodies the principle of short distances to create an efficient, local solution for timber construction.
 

TRIQBRIQ AG

Founded in 2021, TRIQBRIQ is dedicated to the construction of modular, circular and cost-effective timber buildings. Its micro-modular construction system for load-bearing exterior and interior walls has already gained several innovation and sustainability awards. Its highly automated production facility is located in Tübingen.
 
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