Cambridge architects are revolutionizing the way we live by introducing a groundbreaking solution at the London Design Biennale. They have unveiled a prototype home featuring flexible wooden partition walls that can adapt to meet the changing needs of residents. This innovative invention not only aims to reduce waste and carbon emissions but also provides an affordable alternative to costly refurbishments. [1]

Figure 1. moveable wooden wall. (Credit: Ron Bakker)

Figure 1 shows moveable wooden wall. Traditionally, homeowners have resorted to "knocking through" walls to achieve open-plan living or accommodate new circumstances. While the results may be impressive, they come at a significant financial and environmental cost. However, thanks to the pioneering work of researchers at Cambridge's Centre for Natural Material Innovation and their partners at PLP Architecture, a greener and more affordable option is now available. [1]

Led by Cambridge researcher Ana Gatóo, the project introduces "Ephemeral," a home designed around principles of affordability, sustainability, flexibility, and adaptation. Gatóo's wooden partition walls, developed during her Cambridge PhD research, utilize a technique called kerfing, which allows the wood to bend without breaking. This technique is akin to the construction of guitars and other stringed instruments, resulting in resilient, foldable, and movable wooden walls. [1]

The beauty of these walls lies in their ability to respond to the changing needs of residents. Whether it's welcoming new family members, adjusting for age or mobility requirements, or adapting to evolving work-from-home patterns, these flexible walls can transform spaces with ease. [1]

Gatóo explains, "Similar to self-assembly and modular furniture, we have developed a solution for walls, giving people total control over their interior spaces." By empowering individuals to customize their living environments, this innovation democratizes interior design and allows for personalized, functional spaces. [1]

In addition to affordability and flexibility, the team prioritizes sustainability. The walls are made from engineered timber, an eco-friendly and cost-effective material that stores carbon. Not only does this contribute to a reduced carbon footprint, but it also ensures minimal waste. Once these walls are no longer needed, the timber can be repurposed into other useful items, further enhancing its sustainability. [1]

The versatility of this system extends beyond residential applications. It can be seamlessly integrated into workplaces and is adaptable to different environments worldwide. The researchers have already engaged in promising discussions with industry stakeholders, including affordable housing developers in India, highlighting the potential for global impact. [1]

Gatóo concludes, "Our cities of the future need to prioritize both people and the environment. By merging affordability, social responsibility, technical innovation, and sustainability, we can pave the way for a brighter future." [1]

As the project garners attention and recognition, the research team, supported by PLP Architecture, The Laudes Foundation, the Future Observatory, and the AHRC Design Accelerator, actively seeks industry and policy partners to further develop and adopt this product on a larger scale. With this innovation, the construction industry has the potential to transform itself, making sustainable living more accessible while empowering individuals to shape their spaces according to their evolving needs. [1]

Source: University of Cambridge

References:

1. https://www.cam.ac.uk/research/news/house-of-moveable-wooden-walls-unveiled-promising-a-cheaper-greener-alternative-to-knocking-through

Cite this article:

Hana M (2023), The Eco-Friendly Revolution of Moveable Wooden Walls!, AnaTechmaz, pp.455