A framework for playful social-housing neighborhoods in Saudi Arabia and the Arabian Gulf

Introduction Social housing programs in Saudi Arabia and the wider Arabian Gulf have expanded rapidly under national visions; however, public open spaces in many of these neighborhoods remain thermally uncomfortable, weakly programmed, and underutilized. While scholarship on playful cities positions play as a key contributor to health and social cohesion, a gap remains in applying these concepts to the hot–arid, socio-cultural context of Gulf residential districts. This paper advances a testable theory: in hot–arid social-housing neighborhoods, sustained everyday play emerges when thermal usability is treated as enabling infrastructure, play opportunities are distributed across daily routes, and durable governance arrangements are in place. Methods The study applies a qualitative, theory-building approach combining (i) a narrative literature review on playful/playable cities, child-friendly urbanism, and hot-climate public-space design; (ii) critical analysis of core play theories and practice frameworks; and (iii) a policy and project document review of Saudi quality-of-life, culture, and entertainment initiatives and flagship developments to examine how play is framed and where neighborhood-scale gaps persist. Results The article develops a multi-scalar, climate-responsive framework for playful social-housing neighborhoods. Organized around core principles of climate adaptation, cultural sensitivity (including graded privacy, family-sized seating, and supervision sightlines), inclusivity, community engagement, and sustainability, the framework operates as a testable model linking microclimate usability (“shade-first” networks) and distributed everyday play opportunities to specific governance arrangements. Five falsifiable propositions (P1–P5) operationalize the framework across thermal performance, distribution, inclusivity, stewardship, and policy instruments. It shifts the focus from simple area provision to performance metrics based on thermal comfort hours (UTCI <32 °C, adjustable to local adaptation), accessibility, and stewardship. Discussion The model reframes play from destination-led spectacle toward an everyday neighborhood requirement. The paper argues that embedding measurable performance standards and institutionalized participation into housing delivery can mainstream playful, thermally usable public spaces. The framework’s propositions are designed for empirical testing through post-occupancy evaluation combining microclimate monitoring, behavioral mapping, and resident feedback. The study concludes with an empirical testing protocol to evaluate these propositions across seasons and demographic groups.

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Publication Details

Journal
Frontiers in Built Environment
Published
2026-04-28
DOI
https://doi.org/10.3389/fbuil.2026.1776516
Primary Topic
Building Energy and Comfort Optimization
Type
article
Field-Weighted Citation Impact
0.00

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article

A framework for playful social-housing neighborhoods in Saudi Arabia and the Arabian Gulf

Ibrahim Bahreldin, Mohammed Alamoudi, Ibrahim Hegazy
Frontiers in Built Environment
Building Energy and Comfort Optimization
article

A framework for playful social-housing neighborhoods in Saudi Arabia and the Arabian Gulf

Ibrahim Bahreldin, Mohammed Alamoudi, Ibrahim Hegazy
article en

Abstract

Introduction Social housing programs in Saudi Arabia and the wider Arabian Gulf have expanded rapidly under national visions; however, public open spaces in many of these neighborhoods remain thermally uncomfortable, weakly programmed, and underutilized. While scholarship on playful cities positions play as a key contributor to health and social cohesion, a gap remains in applying these concepts to the hot–arid, socio-cultural context of Gulf residential districts. This paper advances a testable theory: in hot–arid social-housing neighborhoods, sustained everyday play emerges when thermal usability is treated as enabling infrastructure, play opportunities are distributed across daily routes, and durable governance arrangements are in place. Methods The study applies a qualitative, theory-building approach combining (i) a narrative literature review on playful/playable cities, child-friendly urbanism, and hot-climate public-space design; (ii) critical analysis of core play theories and practice frameworks; and (iii) a policy and project document review of Saudi quality-of-life, culture, and entertainment initiatives and flagship developments to examine how play is framed and where neighborhood-scale gaps persist. Results The article develops a multi-scalar, climate-responsive framework for playful social-housing neighborhoods. Organized around core principles of climate adaptation, cultural sensitivity (including graded privacy, family-sized seating, and supervision sightlines), inclusivity, community engagement, and sustainability, the framework operates as a testable model linking microclimate usability (“shade-first” networks) and distributed everyday play opportunities to specific governance arrangements. Five falsifiable propositions (P1–P5) operationalize the framework across thermal performance, distribution, inclusivity, stewardship, and policy instruments. It shifts the focus from simple area provision to performance metrics based on thermal comfort hours (UTCI <32 °C, adjustable to local adaptation), accessibility, and stewardship. Discussion The model reframes play from destination-led spectacle toward an everyday neighborhood requirement. The paper argues that embedding measurable performance standards and institutionalized participation into housing delivery can mainstream playful, thermally usable public spaces. The framework’s propositions are designed for empirical testing through post-occupancy evaluation combining microclimate monitoring, behavioral mapping, and resident feedback. The study concludes with an empirical testing protocol to evaluate these propositions across seasons and demographic groups.

Frontiers in Built EnvironmentVol. 12
King Abdulaziz University (SA)
King Abdulaziz University
Climate action
Openalex Percentile: Top 13%
Building Energy and Comfort Optimization
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