Future-Proof Homes. Design Support System for Selecting Age-Adaptive Building Elements and Finishes

The paper illustrates the definition of a home adaptation design support tool for selecting interior finishes and partition systems based on multicriteria evaluations. In line with Universal Design principles, the selection criteria promote the creation of homes that respond to the changing needs of people over their life course, allowing for aging in place. Based on a literature review on the design of age-friendly living spaces, optimal requirements for safety, comfort, usability, management, environmental protection and integrability related to partitioning elements and interior finishes were identified. Then, through the multicriteria analysis technique of the Analytic Hierarchy Process, selection criteria were established, and weights were assigned to classify market-available products according to performance, thereby informing the choices of designers and end users.

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Publication Details

Journal
Studies in health technology and informatics
Published
2024-11-18
DOI
https://doi.org/10.3233/shti241003
Primary Topic
Migration, Aging, and Tourism Studies
Type
article
Field-Weighted Citation Impact
0.00
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article

Future-Proof Homes. Design Support System for Selecting Age-Adaptive Building Elements and Finishes

Teresa Villani, Federica Romagnoli
Studies in health technology and informatics
Migration, Aging, and Tourism Studies
article

Future-Proof Homes. Design Support System for Selecting Age-Adaptive Building Elements and Finishes

Teresa Villani, Federica Romagnoli
article en

Abstract

The paper illustrates the definition of a home adaptation design support tool for selecting interior finishes and partition systems based on multicriteria evaluations. In line with Universal Design principles, the selection criteria promote the creation of homes that respond to the changing needs of people over their life course, allowing for aging in place. Based on a literature review on the design of age-friendly living spaces, optimal requirements for safety, comfort, usability, management, environmental protection and integrability related to partitioning elements and interior finishes were identified. Then, through the multicriteria analysis technique of the Analytic Hierarchy Process, selection criteria were established, and weights were assigned to classify market-available products according to performance, thereby informing the choices of designers and end users.

Studies in health technology and informaticsVol. 320
Sapienza University of Rome (IT)
Life in Land
Openalex Percentile: Top 34%
Migration, Aging, and Tourism Studies
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