
modular emergency habitats transform from flat objects to 3D structures by pulling a string
the purpose of the research is to create an easily deployable architecture for disaster zones and even space habitats and infrastructure on mars.
194 stories
portable and emergency architecture encompasses lightweight and autonomous structures for flexible mobility and emergency situations. modules provide comfortable living accommodations suitable for a range of climates and tend to be made from environmentally-friendly materials.

the purpose of the research is to create an easily deployable architecture for disaster zones and even space habitats and infrastructure on mars.





inspired by local flora, fauna, snow caves, and the traditional Inuit igloos, snow is considered a building material rather than a burden.
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International Furniture Design Competition Asahikawa [IFDA] deadline: december 11th, 2026