A new research project called "Wave" has set itself the goal of revolutionizing the use of artificial intelligence (AI) in timber construction. The project focuses on predicting the ageing processes of timber houses in order to optimize their maintenance and sustainability.
"Wave" is a cooperation between the Eberswalde University for Sustainable Development and the Technical University (TH) Wildau. This partnership aims to consolidate the pioneering role in the field of sustainable construction through the use of advanced AI technologies. Researchers from both institutions are working together on methods to extend the lifespan of timber buildings and plan to develop innovative approaches that are both ecologically and economically beneficial.
The project brings together expertise from several disciplines and aims to create knowledge that can benefit not only academic purposes but also the construction industry. By predicting ageing processes with the help of AI, architects and building contractors can plan better and take measures to ensure the longevity of timber buildings.
Another aim of the project is to create new standards for timber construction that respond better to the challenges of climate change. Through sustainable construction, the project aims to help reduce the carbon footprint and promote environmentally friendly construction methods that can cope with the challenges posed by materials.
"Wave" uses advanced technologies such as machine learning and XR visualization to open up a wide range of possibilities in the field of sustainable timber construction. Machine learning is used to analyze complex data patterns and make predictions based on the specific needs of each construction project. These technologies make it possible to automate processes that were previously largely manual, improving efficiency and precision in planning and maintenance.
The use of XR visualizations makes it possible to generate extensive visual data that clearly shows the condition and changes of structures over time. This technology supports the interpretation of data analysis from machine learning and increases transparency and understanding of how and why ageing processes occur.
With these technologies, the project plans to develop new standards and practices for timber construction that aim to better understand the fatigue of building materials and pave the way for new protection methods.
Wood is widely regarded as a sustainable building material due to its ability to sequester CO2 and its aesthetic appeal. The "Wave" project aims to further optimize the use of wood in the construction industry through the use of AI. The integration of modern technologies could support sustainable change in the construction industry, offering both economic and environmental benefits.
The project is also investigating the development of new bio-lacquers. These coatings are designed to protect wood from harmful environmental influences and preserve its natural aesthetics for longer. Thanks to their composition, these innovative coatings also contribute to the reduction of chemicals in the construction and protection of buildings. Such an endeavor could not only increase the longevity of materials, but also set new standards for environmentally friendly building practices.
The main aim of the "Wave" research project is to significantly improve the durability and aesthetic quality of wooden houses. In the long term, this would lead to increased acceptance and use of wood as a building material and further promote the benefits of natural materials. Ultimately, the project aims to establish the sustainable use of wood in the construction industry as the norm and to support an industry-wide transformation towards reduced environmental impact.
