Many construction procedures still demand sub-standard working conditions and aren’t compellingly sustainable. Present research on the integration of electronic technologies within construction procedures guarantees substantial contributions to productivity and sustainability, while precisely at the same time allowing entirely new types of architectural expression. The multidisciplinary character of incorporating electronic processes remains a fundamental challenge to establishing a digital construction mentality. To fully exploit the potential of automated manufacturing, an institutional and financing environment that permits strong interdisciplinary research is necessary. Traditionally divided fields like architecture, structural design, computer engineering, materials science, management systems technology, and robotics now have to form powerful research links. Let’s look at one aspect of this, and that is 3D printing.

Construction Materials for 3D Printing

Most substances currently utilised in 3D printing, have been designed to print small-scale items. Ronald Rae, Associate Professor for Architecture in the University of California, Berkeley, U.S.A., shows how he’s developing new substances that may conquer the challenges of scale and prices of 3D printing on a 1:1 construction scale. He indicates that useful options for 3D printing in building demand a substance supply from renewable sources culled from waste streams or consideration of the efficacy of a building product’s digital materiality. The methods of this architectural additive production have to emerge from interdisciplinary research.