This union between logical academic knowledge and spontaneous popular knowledge has been resulting in a series of objects from which the research is gathering information to get as close as possible to an answer about the popularization of light- weight architecture. Methods for developing structures based on the observation of the natural formation s continuous growing process are being chased. Heading to this point, some simple devices are prepared to generate spontaneous shapes, such as soap bubbles and soap films. Those are controlled and manipulated to meet the predetermined project parameters and make possible the visualization of potential geometries for the intended object. Then, they are captured in order to obtain its curves. The combination between the captures and the results of software environment calculations make possible the parameterization of the shape as close as possible to the natural geometry. Interactions between artisanal procedures and computer work is found necessary to the obtainment and optimization of numerical calculation that define the geometry of scale models and prototypes, expanding the understanding of the object. This method is currently being experimented and the resulting objects were employed in a variety of ways. Both synclastic and anticlastic forms were obtained. The preparation of the material and their parts, as well as the assemble and disassemble of them, in use scale, were entirely con- ducted by the lab s staff, with no need of special or complex hardware.