Within the broad context of teaching and research, the results of a project involving a pavilion based on developable wooden surfaces, parametric design, and digital fabrication are presented through the collaboration of Ibero-American universities. The project addresses applications of wood to architecture that involves the CNC cutting of plates, thanks to the properties of developable surfaces. The in-depth knowledge of the geometrical properties of these surfaces opens up a wide range of morphological exploration and new constructive solutions. The proposed system provides a creative response to the criteria of limited material resources (a thin sheet of material) and low production and assembly costs as an analogy with natural construction. This high-tech and low-cost system, together with the Bio-mimetic design, offers an eco-compatible proposal to the three processes under study: design, manufacture, and assembly.