Green Concept Award

Green Projects

Green Projects / Architecture

AYMI Modular Habitat

Foldable and modular architecture system

Winner in category Architecture

AYMI is a foldable modular architecture system for rapidly deploying temporary or permanent habitable spaces (classrooms, shelters) with minimal site impact. Its innovation lies in a reversible, foldable structure that allows repeated assembly and reconfiguration without permanent joints. This design prioritizes reuse, compact transport, and minimal construction waste, offering a highly sustainable alternative to single-use infrastructure. It is protected by an active INAPI Invention Patent.

“AYMI” impressed with its foldable, modular architectural system. Its lightweight, material-efficient construction enables a wide range of temporary applications and design possibilities. The scissor-like folding system allows space-saving storage, simple logistics, and quick assembly with minimal environmental impact. A compelling, reusable solution with a strong potential for global scalability.
Official Jury Statement

Company/Institution
Escuela de Arquitectura, Universidad de Santiago de Chile
The Faculty of Architecture and Built Environment at the Universidad de Santiago de Chile educates professionals in architectural design through teaching, research and engagement with society. It promotes critical thinking, technical rigor and ethical commitment to address socio-environmental challenges, with a focus on sustainability, inclusion and social responsibility. The faculty aims to contribute to territorial development and to be a national and Latin American reference in architecture and the built environment.
Country
Chile
Designer(s)
Cristian R. Fuenzalida Rozas
Cristián Fuenzalida is an architect, academic and researcher with experience in design, prefabrication and industrialization applied to modular systems and lightweight architecture. His work integrates teaching, research and prototype development, focusing on adaptable, low-impact infrastructural solutions. He has led experimental projects related to DfMA processes, material systems and architectural reuse in educational, community and cultural contexts.
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