Exploring the Form of a Smart City District: A Morphometric Comparison with Examples of Previous Design Models

In key moments of urban history, urban design is confronted with the emergence of new paradigmatic design models, such as the garden city and the radiant city. Recently, the Smart City seems to have gained centre stage in the public debate. However, despite its emblazoned technological features, the...

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Main Authors: Alessandro Venerandi, Giovanni Fusco, Matteo Caglioni
Format: Article
Language:English
Published: MDPI AG 2023-12-01
Series:Land
Subjects:
Online Access:https://www.mdpi.com/2073-445X/12/12/2159
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author Alessandro Venerandi
Giovanni Fusco
Matteo Caglioni
author_facet Alessandro Venerandi
Giovanni Fusco
Matteo Caglioni
author_sort Alessandro Venerandi
collection DOAJ
description In key moments of urban history, urban design is confronted with the emergence of new paradigmatic design models, such as the garden city and the radiant city. Recently, the Smart City seems to have gained centre stage in the public debate. However, despite its emblazoned technological features, the Smart City remains a hazy concept in the urban design domain to such an extent that almost any form can be built under the Smart City label. While this may sound libertarian and progressist, it is also concerning since different urban forms are associated with different societal outcomes. This paper aims to investigate the forms of Smart City districts through morphometric comparison. More specifically, it proposes a replicable methodology based on 18 metrics of urban form and statistical analysis to compare a Smart City district with other city areas with known design models of reference. Such a methodology is applied to three case studies on the French Riviera: Méridia, a Smart City district, Hôtel-des-Postes, a 19th-century traditional district, and Sophia Antipolis, a sprawling technopark. The results show that Méridia has a hybrid form that partly resembles Hôtel-des-Postes (higher densities, gridiron plan, and functional mix) and partly Sophia Antipolis (bulky buildings with large setbacks). However, the top–down approach used in the production of the physical space ultimately renders Méridia more similar to Sophia Antipolis than Hôtel-des-Postes. This study provides one of the first morphometric characterisations of a Smart City district, but also a replicable methodology that can further the morphological understanding of the Smart City phenomenon worldwide.
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spelling doaj.art-2be5df76f58d417098dbe16e52fc402c2023-12-22T14:20:39ZengMDPI AGLand2073-445X2023-12-011212215910.3390/land12122159Exploring the Form of a Smart City District: A Morphometric Comparison with Examples of Previous Design ModelsAlessandro Venerandi0Giovanni Fusco1Matteo Caglioni2Université Côte d’Azur, CNRS, AMU, AU, ESPACE, 06200 Nice, FranceUniversité Côte d’Azur, CNRS, AMU, AU, ESPACE, 06200 Nice, FranceUniversité Côte d’Azur, CNRS, AMU, AU, ESPACE, 06200 Nice, FranceIn key moments of urban history, urban design is confronted with the emergence of new paradigmatic design models, such as the garden city and the radiant city. Recently, the Smart City seems to have gained centre stage in the public debate. However, despite its emblazoned technological features, the Smart City remains a hazy concept in the urban design domain to such an extent that almost any form can be built under the Smart City label. While this may sound libertarian and progressist, it is also concerning since different urban forms are associated with different societal outcomes. This paper aims to investigate the forms of Smart City districts through morphometric comparison. More specifically, it proposes a replicable methodology based on 18 metrics of urban form and statistical analysis to compare a Smart City district with other city areas with known design models of reference. Such a methodology is applied to three case studies on the French Riviera: Méridia, a Smart City district, Hôtel-des-Postes, a 19th-century traditional district, and Sophia Antipolis, a sprawling technopark. The results show that Méridia has a hybrid form that partly resembles Hôtel-des-Postes (higher densities, gridiron plan, and functional mix) and partly Sophia Antipolis (bulky buildings with large setbacks). However, the top–down approach used in the production of the physical space ultimately renders Méridia more similar to Sophia Antipolis than Hôtel-des-Postes. This study provides one of the first morphometric characterisations of a Smart City district, but also a replicable methodology that can further the morphological understanding of the Smart City phenomenon worldwide.https://www.mdpi.com/2073-445X/12/12/2159urban formcomparative studySmart Cityurban design models
spellingShingle Alessandro Venerandi
Giovanni Fusco
Matteo Caglioni
Exploring the Form of a Smart City District: A Morphometric Comparison with Examples of Previous Design Models
Land
urban form
comparative study
Smart City
urban design models
title Exploring the Form of a Smart City District: A Morphometric Comparison with Examples of Previous Design Models
title_full Exploring the Form of a Smart City District: A Morphometric Comparison with Examples of Previous Design Models
title_fullStr Exploring the Form of a Smart City District: A Morphometric Comparison with Examples of Previous Design Models
title_full_unstemmed Exploring the Form of a Smart City District: A Morphometric Comparison with Examples of Previous Design Models
title_short Exploring the Form of a Smart City District: A Morphometric Comparison with Examples of Previous Design Models
title_sort exploring the form of a smart city district a morphometric comparison with examples of previous design models
topic urban form
comparative study
Smart City
urban design models
url https://www.mdpi.com/2073-445X/12/12/2159
work_keys_str_mv AT alessandrovenerandi exploringtheformofasmartcitydistrictamorphometriccomparisonwithexamplesofpreviousdesignmodels
AT giovannifusco exploringtheformofasmartcitydistrictamorphometriccomparisonwithexamplesofpreviousdesignmodels
AT matteocaglioni exploringtheformofasmartcitydistrictamorphometriccomparisonwithexamplesofpreviousdesignmodels