Articles Archive

Steel offers invaluable advantages for modular construction thanks to its remarkable strength and durability. In addition to being 100% recyclable, steel minimizes waste, reduces costs, and accelerates construction timelines. Its flexibility and environmental performance make it a sustainable and economical choice for innovative projects.

Modular architecture is being transformed by the integration of innovative energy systems, improving building efficiency and sustainability. Despite technical, financial, and logistical challenges, innovative solutions are being developed to overcome these obstacles. Current results and future prospects show a significant improvement in energy efficiency and new opportunities for sustainable modular constructions.

Drywall stands out for its versatility and insulating properties, but is sensitive to moisture. Wood panels offer a warm aesthetic and remarkable technical performance, although they require regular maintenance. Tiles, appreciated for their durability and resistance to moisture, are ideal for wet areas but require professional installation to ensure their quality.

At the beginning of the 20th century, the Dom-Ino project reinvents architecture with a modular concrete structure freeing load-bearing walls. This innovation influences modernism diversely, inspiring architectural movements and the industrialization of construction. Modularity continues transforming energy efficiency and urban space adaptability.

Discover the advantages and challenges of metal, composite panels, and wood exterior claddings. Explore how these materials can both protect and enhance buildings. Learn the important considerations for choosing the right cladding for your architectural project.

Innovation in virtual reality is transforming the design and execution of modular structures, as illustrated by concrete examples from several companies. VR plays a crucial role from start to finish of the project, facilitating collaboration and optimizing processes. Companies report significant improvements thanks to VR, and future prospects are promising with ongoing developments in this area.

The modular campus project aims to reinvent educational spaces by bringing flexibility, sustainability, and technological innovation. Off-site manufactured modules allow for rapid construction and are equipped with smart sensors and centralized management systems. This initiative is already transforming higher education by offering interactive and adaptable spaces for students and teachers.

Autonomous vehicles enhance efficiency and reduce human errors in module transport. Intelligent tracking systems ensure the security and transparency of transport operations. The integration of sustainable technologies, such as electric vehicles and renewable energies, reduces the ecological footprint.

Flexibility is crucial in modern education, requiring learning spaces adapted to the diverse needs of students. Reconfigurable modules transform classrooms by enabling microenvironments and increased interaction. Various modular configurations can effectively meet different educational needs, making learning more dynamic and accessible.

LEED certification evaluates sustainable buildings based on several criteria, specifically applicable in modular architecture. It facilitates meeting standards through energy optimization, effective waste management, and the use of sustainable materials. Iconic projects demonstrate the potential of combining modularity and environmental sustainability.