Articles Archive

Inclusion and accessibility in modular construction address diverse user needs through user-centered and flexible design. Strategies include universal design principles, the use of assistive technologies, and interdisciplinary collaboration. Concrete examples show that these practices can offer functional and welcoming environments for all.

Insulating materials based on natural and recycled fibers are gaining popularity due to their environmental benefits and unique properties. Fibers like hemp, flax, and sheep's wool offer biodegradable and efficient solutions, while recycled textiles reduce waste and environmental impact. Advances in production techniques and the social importance of these innovations promise a more sustainable future in construction.

Japan adopted modularity and prefabrication after World War II to rebuild quickly and economically. Japanese architects innovated with these techniques, influencing iconic projects and other countries. Prefabrication continues to impact contemporary architecture, combining sustainability, speed, and innovation.

Handling modules on a construction site requires various lifting equipment, including cranes, forklifts, and hoists and winches. Each type of device offers specific features tailored to precise tasks, making them essential for different operational needs. This review highlights the advantages, disadvantages, and particularities of using this equipment to ensure the success of construction projects.

Modular architecture using recycled and recyclable materials offers durable and high-performing constructions through innovative practices. Despite challenges related to material quality, costs, and construction rules, the results are promising in terms of sustainability and environmental performance. Projects worldwide demonstrate significant waste reductions, increased energy performance, and decreased CO2 emissions.

Modular schools are gaining popularity due to their quick construction and flexible layouts. They offer fast and economical solutions to the growing demand for educational infrastructure. Moreover, they are often more environmentally friendly and energy-efficient than traditional constructions.

Modular constructions are booming thanks to the unique properties of wood, such as its lightness and mechanical strength. These characteristics not only allow for easier handling and transport but also performances comparable to metal alloys. Furthermore, the responsible use of wood promotes sustainable and ecological constructions, contributing to a more sustainable future.

Modular office spaces offer unmatched flexibility to meet the changing needs of businesses through their modularity. They allow for quick and efficient construction, reducing costs and delays. Their adaptability optimizes the use of workspaces for various configurations.

The emergence of robotic construction systems is reshaping modular architecture by increasing the efficiency and precision of assemblies. These systems rely on advanced technologies like robotic arms and artificial vision systems, offering significant advantages in terms of safety and quality. Practical applications are multiplying worldwide, promising profound and lasting transformations in construction practices.

Modular constructions benefit from the integration of solar panels, enabling energy savings and reduced environmental impact. Technological innovations, like bifacial panels and advanced materials, enhance energy efficiency and flexibility. Optimization of storage systems, including lithium-ion batteries and management software, is essential for ensuring continuous supply.