The focus of AEC industry has long been on containing costs and increasing the performance of building components. This is facilitated through the digitization of the industry with innovative approaches such as Building Information Modeling, which allows for the creation, concurrently with project design, of a computerized model defined through the use of parametric software that allows a building to be designed by extrapolating, combining and analyzing data that address aspects beyond architectural modeling. If the continuous evolution of the BIM approach has also triggered a debate on its new dimensions, expanding the 7 defined by UNI 11337, further scenarios and prospects for development may open up. In this framework, through the application of certain parameters to the architectural model, derived from participatory design, the relationship between the building and its users can be analyzed, bringing numerous advantages to the design and being able to define an additional BIM dimension: from the possibility of having easily available information about the individual components of the structure, to that of having a model that can be fully customized at every stage. The work, developed in an interdisciplinary manner, experiments in the complex field of health care facilities with the incorporation of physiological parameters, obtained from collaboration with health care medical personnel, into a list of information about various environmental units. The result is the possibility of creating a new digital dimensional model that can provide support for the design and management of spaces for frail patients, whether oncological or suffering from other diseases, for whom these environments are intended, always placing attention toward their needs and, consequently, their physical and psychological well-being.
Parametri umani per il BIM: un workflow progettuale per uno spazio a misura d’utente / Human parameters for BIM: a design workflow for a user-friendly space
Marika Nugara;Massimiliano Martino;Giovanni Santi
;Ludovica Verricelli
2023-01-01
Abstract
The focus of AEC industry has long been on containing costs and increasing the performance of building components. This is facilitated through the digitization of the industry with innovative approaches such as Building Information Modeling, which allows for the creation, concurrently with project design, of a computerized model defined through the use of parametric software that allows a building to be designed by extrapolating, combining and analyzing data that address aspects beyond architectural modeling. If the continuous evolution of the BIM approach has also triggered a debate on its new dimensions, expanding the 7 defined by UNI 11337, further scenarios and prospects for development may open up. In this framework, through the application of certain parameters to the architectural model, derived from participatory design, the relationship between the building and its users can be analyzed, bringing numerous advantages to the design and being able to define an additional BIM dimension: from the possibility of having easily available information about the individual components of the structure, to that of having a model that can be fully customized at every stage. The work, developed in an interdisciplinary manner, experiments in the complex field of health care facilities with the incorporation of physiological parameters, obtained from collaboration with health care medical personnel, into a list of information about various environmental units. The result is the possibility of creating a new digital dimensional model that can provide support for the design and management of spaces for frail patients, whether oncological or suffering from other diseases, for whom these environments are intended, always placing attention toward their needs and, consequently, their physical and psychological well-being.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
