Open AccessCarmelo Di Bartolo, the Design of a New Architecture of Materials Based on Bionics
Author(s) -
Jimena Alarcón Castro
Publication year - 2021
Publication title -
diid, disegno industriale industrial design/diid
Language(s) - English
Resource type - Journals
eISSN - 2785-2245
pISSN - 1594-8528
DOI - 10.30682/diid7421h
Subject(s) - bionics , usability , facade , architecture , architectural engineering , engineering , process (computing) , function (biology) , product (mathematics) , component (thermodynamics) , computer science , human–computer interaction , artificial intelligence , mathematics , civil engineering , art , geometry , thermodynamics , physics , visual arts , operating system , evolutionary biology , biology
The approach referring to a new material architecture based on bionics, addresses a systemic component in favor of its efficiency, usability, ergonomics, experiences and function. In this sense, the Italian designer Carmelo Di Bartolo proposes as part of his philosophy, the consideration of design of materials integrating bionics, through a discourse and practice that values nature in the design process. Consider the product integrating a material-based approach as a suggestive and communicative element, or as a constitutive part of an efficient structure. The teachings of Di Bartolo are reflected in experiences developed in undergraduate and graduate education, as well as research in Chile. A reference being exemplified in the WINNER project that proposes the design of a dynamic facade based on the analysis of functional principles of nature, responsive to the solar energy capture.