Mission
Welcome to the Centre for Wood Materials and Structures (CWS)
At the CWS, we leverage the expertise and innovative spirit of Empa and ETH to advance the field of wood research, with a strong focus on collaboration with the industry. Our mission is to serve as a hub for cutting-edge research and partnerships, enhancing the utilization of wood across the wood value chain by working closely with industry partners. We are committed to exploring emerging innovations in wood materials science and structural timber engineering, aiming for practical applicability and scalability.
Positioned at the forefront of sustainable innovation, we aim to unlock the full potential of wood as a versatile and eco-friendly material through industry collaborations. Our interdisciplinary approach is designed to drive advancements in construction, and materials science, contributing to a more sustainable and resilient future. We employ modern methodologies such as artificial intelligence and a multi-scale approach, developing and testing innovations from laboratory scale to industry-relevant dimensions.
Whether you're a researcher, industry professional, or student, the centre offers a dynamic environment for learning, innovation, and collaboration. We invite you to connect with us and explore how we can shape the future of wood together with industry partners.
At the CWS, we leverage the expertise and innovative spirit of Empa and ETH to advance the field of wood research, with a strong focus on collaboration with the industry. Our mission is to serve as a hub for cutting-edge research and partnerships, enhancing the utilization of wood across the wood value chain by working closely with industry partners. We are committed to exploring emerging innovations in wood materials science and structural timber engineering, aiming for practical applicability and scalability.
Positioned at the forefront of sustainable innovation, we aim to unlock the full potential of wood as a versatile and eco-friendly material through industry collaborations. Our interdisciplinary approach is designed to drive advancements in construction, and materials science, contributing to a more sustainable and resilient future. We employ modern methodologies such as artificial intelligence and a multi-scale approach, developing and testing innovations from laboratory scale to industry-relevant dimensions.
Whether you're a researcher, industry professional, or student, the centre offers a dynamic environment for learning, innovation, and collaboration. We invite you to connect with us and explore how we can shape the future of wood together with industry partners.