Chair of
Architectural Behaviorology

Emergency shelter knowledge, collective intelligence, and the future of inclusive building practices

On 24 February, the launch of the Home for Humanity website brought together researchers, architects, and invited guests for a public dialogue on emergency shelter design, inclusive construction, and the future of architectural knowledge sharing. Developed by the Chair of Architectural Behaviorology and the Chair of the Theory of Architecture, the platform systematizes more than 150 cases of emergency shelters from the 1950s to the present and presents them through an open-access digital interface. The project is supported by Fashion Girls for Humanity, which contributes to advancing research and collaboration in sustainable and inclusive shelter design.

During the discussion, it became clear that the platform represents more than a repository of shelter precedents. Rather, it proposes a different way of thinking about architecture itself. Instead of focusing solely on completed buildings, Home for Humanity frames architecture as a shared body of knowledge that can be accessed, compared, adapted, and gradually improved by different communities according to their specific conditions and needs.

A central theme of the dialogue was the importance of understanding architecture as a system of assembly, logic, and adaptation. The platform emphasizes how shelters are constructed, how materials are combined, and how structural systems respond to factors such as gravity, climate, scale, risk, and locally available resources. By translating these principles into visual and step-by-step instructions, the project aims to make architectural knowledge more accessible and actionable. In doing so, it enables users not only to observe precedents but also to understand the practical processes behind building.

Participants also highlighted the significance of the platform’s open and expandable structure. Rather than presenting a single design solution, the website allows multiple approaches to coexist and be compared. As an open-access resource, the platform has the potential to evolve over time, incorporating additional cases, adaptations, and lessons learned from practice. In this sense, Home for Humanity may function not only as an archive but also as a living framework for collective learning.

The educational potential of the project was another important topic. Beyond its role in post-disaster contexts, the platform can serve as a pedagogical tool that helps reintroduce construction knowledge and practical skills into broader society. Its visual format and step-by-step guides make it suitable for use in educational settings, workshops, and community-based learning initiatives. The platform therefore contributes to a broader culture of disaster preparedness, linking emergency response with education, skill-sharing, and the empowerment of non-experts.

Accessibility was also emphasized during the discussion. The fact that the platform functions effectively on mobile devices was considered particularly important, as smartphones are often more readily available than printed manuals or technical documents. The digital format thus expands the reach of the project and facilitates the consultation and navigation of information. Participants also appreciated the effort to organize complex information in a clear and synthetic manner, combining chronological processes, comparative structures, and categorical navigation while maintaining the architectural logic of each example.

At the same time, several areas for future development were identified. One important issue concerns the distinction between fixed rules and adaptable parameters within each shelter system. Clarifying which dimensions or elements can be modified without compromising structural logic could further strengthen the platform’s role as a tool for design and decision-making.

Another area for further exploration relates to the relationship between individual shelters and the broader settlement context. Future iterations of the platform could address questions of clustering, shared infrastructure, ventilation, drainage, sanitation, and the spatial organization of multiple units. Such developments would allow the project to expand from the scale of individual shelters to the scale of settlements and collective spatial systems.

The discussion also addressed the temporal dimension of emergency housing. The platform focuses primarily on shelters intended for the intermediate phase between immediate emergency response and long-term reconstruction. This raised the question of how temporary structures might support longer-term continuity rather than functioning as isolated or disposable solutions. Participants noted that the most promising approaches are those in which early interventions can evolve, expand, or provide the structural basis for more permanent forms of habitation.

More broadly, the platform was discussed as a potential model for a different form of architectural agency. In many historical examples of humanitarian assistance, experts prescribed specific solutions. In contrast, Home for Humanity enables users to compare different models and evaluate them according to their own conditions, including climate, materials, cost, and community needs. In doing so, the platform redistributes knowledge and encourages more participatory and locally informed decision-making processes.

Looking ahead, participants also discussed the possibility of integrating feedback loops into the platform. As a digital and open-access system, it could potentially incorporate experiences from built projects, user adaptations, and new case studies. Such feedback would allow the platform to evolve continuously and to function more like an open-source ecosystem in which architectural knowledge is shared, tested, and refined over time.

The launch event demonstrated that Home for Humanity already represents a significant contribution to ongoing discussions about emergency shelter, sustainability, and inclusive construction practices. By combining research, digital accessibility, and open knowledge structures, the platform offers a promising framework for rethinking how architectural knowledge can support more resilient, collaborative, and sustainable forms of building in the future.

The Home for Humanity platform is open-access and can be explored at: https://diyhomes.ai

Text: Tazuru Harada