The realization of Architecture relies on the fundamentals of building construction, specifically methods and materials. The relationship between design and production needs to change. Architects, now severed from the skill of construction, depend on builders and fabricators to carry out their designs. It is a process mediated through technology, aka the computer, which has transformed the building industry, increasing efficiency and production, while further separating us from the process of making. Using new technology in practice requires innovative techniques, in order to establish and uphold a construction-based practice.
Recently the Architecture industry has adapted new software in design. The main component of this software is Non-uniform rational basis splines (NURBS), which allow geometries that are more curvilinear and irregular. What makes it a valuable tool is it provides an efficient and effective way for architects to explore new geometries, allowing for much greater freedom during the design process. However, new trouble arises from the use of this software when we attempt to translate the information for construction purposes. We need to find a way to convey hundreds or even thousands of unique details in order to have the builder construct the project. The details, now in an ephemeral state of morphological transformation are causing an information overload during the typical documentation process. Ironically, working in the digital realm creates problems, because any geometry is possible, the design solutions are infinite, which leads to inefficiencies in design, entangling it in a morass of digital information translation. Establishing a material interface and integrating all parts of the process, enables us to control information in this new digital designing era.
Using a new method for design, directly engaging in digital fabrication, and providing a constant cyclical evaluation of the materials from the earliest stages of design, dissolves barriers between the architect and the builder. The new methodology provides a way to efficiently construct and manage massive amounts of unique information caused by these irregular geometries.