Centre for Wood Materials and Structures
Wood is becoming a pivotal element in the bioeconomy, especially in the construction industry, where it has the potential to be used as a more sustainable alternative to other building materials. As a renewable resource, wood reduces carbon footprints and plays a critical role in addressing climate change through innovative wood materials that enable the creation of more sustainable buildings. The Centre for Wood Materials and Structures (CWS) focuses on developing the full potential of wood and optimizing its use to foster both environmental sustainability and economic value.
The Centre for Wood Materials and Structures (CWS) invites you to join us in overcoming challenges related to processes and materials. If you are aiming to optimize processes, adapt to new methodologies, or tackle specific problems in wood materials, timber engineering and structures, CWS is the right partner. Our interdisciplinary team combines research excellence with practical insights, ensuring that your projects not only meet their goals but also set new benchmarks for sustainability and performance.
Partner with us to explore new horizons in wood-based technology and lead the way to a more sustainable future. Please check out our research focus areas.
Research Areas at CWS:
The Centre for Wood Materials and Structures (CWS) invites you to join us in overcoming challenges related to processes and materials. If you are aiming to optimize processes, adapt to new methodologies, or tackle specific problems in wood materials, timber engineering and structures, CWS is the right partner. Our interdisciplinary team combines research excellence with practical insights, ensuring that your projects not only meet their goals but also set new benchmarks for sustainability and performance.
Partner with us to explore new horizons in wood-based technology and lead the way to a more sustainable future. Please check out our research focus areas.
Research Areas at CWS:
Wood Adhesives & Debonding
AI-driven Wood Technology
Hybrid & Composite Materials
Resource-Efficient Wood Utilization
Carbon Storage Wood Materials
Enhanced Wood Properties and Functional Materials
Acoustics Engineering
Timber Structural Engineering
Timber and Hybrid Structures
Fire Safety Engineering