Impressão 3D e processo de projeto paramétrico aplicado ao design emergencial

Abstract

After the biggest environmental disaster in Brazil, the issue of emergency design emerged. The emergency design is guided by effective and agile responses to disasters and develops specific project intelligences which deals with the particularities and complexities of emergency situations. In this paper concepts and experimental solutions of emergency design are investigated using parametric design and 3d printing. The project explored light biomimetic structural frames and surfaces and analyses the potential of biodegradable materials such as cellulose acetate in the production of these components to create spatial architectural solutions.

Designing for the pandemic: individual and collective safety devices

“…In other contexts, design tactics and strategies have been traced that may help to elucidate some of the motivations with which these products are being developed such as the need to predict interactions of users and developers, feedback looping marketing research for bettering products, networking, designing product and service simultaneously, customization, testing and sustainability planning (Persson, 2016;Reim, Parida & Örtqvist, 2015). Nonetheless, in other aspects, this is a largely unprecedented time of which the only possible comparisons are natural disasters and the creation of emergency design (Rocha & Venancio, 2017;Bashawri, Garrity & Moodley, 2014). Also, the design method has evolved to predict user testing and users experiencing the products during its development (Suri, 2003) which is increasingly difficult if the developers are following social distancing guidelines.…”