The architecture will be especially explored with the aim of designing spatial-type solutions for different typologies using standardised elements and modular solutions. The design strategies will be centred on  spatial and dimensional modularity,  geometry, shape and assembly of components to establish flexible, adaptable and reversible spatial solutions; disassembly and adaptability, environmentally and economically sustain-able, allowing phased construction and facilitate deconstruction/reuse by disassembly.

Objectives

To explore prefabricated modular construction housing solutions, supported by a multidisciplinary team and the project’s industry partner (Vigobloco). The solutions are guided by principles of flexibility and functional adaptability, integrating prefabrication processes and a limited set of modular components that must respond in a versatile way to different housing typologies. Each housing module, varying in size, area, and height, can be adapted to the individual needs of users. The modules can be combined/articulated, offering a diversity of solutions adaptable to different housing requirements. 

The research method was based on the study of international examples of prefabricated and/or modular housing, analysing a set of criteria including construction system, materials, sizing and design principles. The research strategy emphasizes spatial and dimensional modularity, promoting flexible and reversible spatial solutions that are environmentally and economically sustainable. Based on structural, material, and geometric characteristics, the study emphasizes not only the technical/construction and functional/programmatic dimensions but also the aesthetic dimension, recognizing its contribution to environmental and urban quality, addressing typological and morphological challenges.