In humid climates, architecture must adapt to moisture rather than resist it. Traditional design in tropical regions has responded to climatic needs through the use of local materials, natural ventilation, pitched roofs, and elevated structures. Modern architecture, by integrating these approaches with innovations such as floating foundations, dynamic façades, breathing windows, and green roofs, offers sustainable solutions for moisture control, ventilation, and thermal comfort. As a result, climate-conscious design not only reduces energy consumption but also enhances the quality of life in hot and humid regions.
May 11, 2025
Amid the hustle and stress of urban life, interior design can transform a house into a true sanctuary. This article introduces five key strategies for creating calming spaces: using soft lighting and soothing colors to evoke a sense of coziness; incorporating sound insulation to counter city noise; strengthening emotional connection to the home through personalized design; employing natural scents and textures to enhance sensory experiences; and paying special attention to the entrance as a threshold between the outside world and inner peace. These design principles help foster a sense of belonging, security, and well-being in urban residential environments.
May 7, 2025
Biophilic architecture, even without the use of plants, enhances human psychological and physiological well-being by focusing on invisible principles such as prospect, refuge, mystery, and risk. Rooted in our evolutionary connection to nature, this approach relies on intelligent spatial design to reduce stress, improve focus, and strengthen spatial belonging — even in environments that lack actual natural elements.
May 3, 2025
In the face of sustainability challenges in architecture, terrazzo — a material with traditional roots — has played a significant role in merging recycling and innovation. Originally developed in 15th-century Venice to repurpose marble offcuts, terrazzo today has found widespread application thanks to its durability, sustainability, and versatile design potential. Studios like Talpa Design in São Paulo and Foresso in London have creatively incorporated various waste materials such as glass, wood, and shells into the terrazzo production process. By creating products with unique visual identities and minimal environmental impact, they demonstrate that by reimagining existing resources, a more sustainable future can be shaped.
April 27, 2025
In architecture, aesthetics and sustainability have traditionally been viewed as separate paths, but now they must align. The use of bio-based and recycled materials is replacing traditional materials like glass and steel, though challenges such as durability and familiarity with these materials still exist. Technologies like 3D modeling can help architects create more sustainable and optimized designs. Ultimately, to achieve green and sustainable architecture, adopting new practices and collective collaboration is essential.
March 9, 2025
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