Optimised constructions using semi-automated designing and manufacturing tools for minimum resource consumption

The idea of this project is to design building structures with strong focus on a shape-optimised load-carrying structure using local material resources in connection with a novel concept for binding and hardening of the construction material and by using 3D-printing techniques. The material in combination with semi-automated printing technology allows for manufacturing structures outside the traditional building concepts and for breaking restrictions for structural geometries. With this approach, robust structures can be realised even when using inferior material compared to conventional solution but placed and tuned strategically according to load impact and form optimisation. This concept strives to minimise material consumption on one side and the usage and re-usability of local raw materials on the other side. The knowledge gained within this project shall pave the way for a significant change in future building design and construction practice.