Advancements in biotechnology and materials science offer opportunities for transformation in the construction industry. Research on living building materials (LBM), which contain microorganisms and exhibit biological properties, helps reduce carbon footprints, optimize resources, and sequester carbon. Materials based on cyanobacteria and mycelium, as sustainable and recyclable alternatives to traditional building materials, are being developed. Additionally, self-healing concrete can help reduce resource consumption. These studies, conducted at various universities, outline a sustainable and innovative future for the construction industry.
March 9, 2025
Smart and responsive architecture, by integrating advanced and intelligent technologies, transforms the design of buildings in such a way that structures dynamically adapt to environmental conditions and user preferences, providing a more interactive, efficient, and sustainable experience. Outstanding examples of this type of architecture include Marina Bay Sands in Singapore, the International School of Copenhagen, and The Edge in Amsterdam, which demonstrate how technology can enhance performance, sustainability, and aesthetics.
March 3, 2025
Researchers are developing innovative and sustainable materials for construction. Carbon fiber-reinforced concrete, hemp rebar, and carbon-absorbing cement reduce the use of concrete and steel, while recycled and bio-based materials such as paper waste boards, waste bricks, and mycelium help minimize industrial waste and enhance sustainability. These innovations will transform the future of construction.
February 17, 2025