Tying architecture and homeostasis using affordances: An approach to well-being in the built environment

In framing human well-being in the built environment as the support of the emotional, mental and physical health of the users, an approach that addresses that particular interface is principal. For the built environment to support well-being, this human-centered approach must integrate an understanding of the interplay between architectural space and the physiological and psychological processes that underlie behavioral, mental, and cognitive functions. In this contribution, we draw a qualified approach by bridging brain, body, environment through 'affordances', namely the fit between the physical structure of the body and the potential possibilities for movement and interaction with the environment. Starting in homeostasis, we link affordances with sensorimotor brain dynamics, on which cognitive processes are based, to propose a biologically plausible view on human well-being through the design of the built environment.