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Designing Technology for Social Wellbeing in Built Environments: A Conceptual Framework
Gul Sher Ali, Michail Giannakos, Monica Lillefjell, Sobah Abbas Petersen
TL;DR
Digital technologies in built environments lack unified guidance for designing interventions that address social wellbeing, despite its relevance to health. The chapter synthesizes selected empirical studies into a three-component conceptual framework, whose practical utility remains subject to empirical testing and refinement.
Problem
Designers lack structured, integrated guidance for addressing social wellbeing through digital technology in built environments.
Method
The chapter uses conceptual framework analysis to synthesize selected empirical studies into dimensions, contribution-matrix, and scope components.
Results
The chapter proposes a framework intended to guide digital technology design interventions for social wellbeing in built environments.
Takeaways & Limitations
The framework is intended to support design and policy decisions concerning technology integration for social wellbeing in built environments.
Takeaways & Limitations
The framework is derived from a focused integrative review and requires empirical testing to assess practical utility and identify components needing refinement.
Abstract
from arXiv · showhide
Digital technologies are deployed in urban built environments with the aim of supporting social dimensions. However, the research offers no unified guidance for such digital technology design. Additionally, evidence shows that week social wellbeing contributes to mental and physical health outcomes which suggests that the technology designed to strengthen social wellbeing could also function as a form of health promoting and preventive intervention. This chapter addresses this research gap by developing a conceptual framework that supports the design of digital technologies for social wellbeing in built environments. We propose a conceptual framework composed of three core components which are drawn on the synthesis of selected empirical studies on technologies embedded in built environments for social wellbeing. First, a social wellbeing dimensions model that identifies what digital technology could address. Second, a digital technology contribution matrix that distinguishes the types of contributions a digital technology could make. Third, levels that maps the scope at which technology could support social wellbeing. This conceptual framework could help researchers, practitioners and policymakers to design and guide digital technology interventions that target social wellbeing in the built environment.
1. Introduction
Digital technology in built environments is increasingly positioned as a way to support social wellbeing, yet designers lack integrated guidance for addressing its dimensions, contributions, and scope. This chapter develops a conceptual framework to organize that design task and connect social wellbeing interventions with health promotion.
- 1. Introduction: Social wellbeing encompasses relationships, community engagement, belonging, and interconnected dimensions that shape how people experience and benefit from built environments.The paper relates social ties, participation, and inclusion to mental health, physical activity, healthier behaviours, and equitable access to environmental benefits.
- 1. Introduction: Weak social wellbeing is associated with serious health risks, including increased all-cause mortality risk comparable to smoking and physical inactivity.The paper also notes calls to treat social aspects with urgency comparable to physical and mental aspects.
- 1. Introduction: Digital technologies that strengthen social interaction, community connection, place attachment, and equitable participation may function as health-promoting and preventive interventions.The proposed connection is framed through social wellbeing as a pathway influencing broader health outcomes.
- 1. Introduction: Existing studies address isolated aspects of social wellbeing, but designers lack structured guidance for identifying target dimensions, contribution types, and operating scope.The literature includes work on interaction, sense of place, community satisfaction, and inclusion without an integrated design foundation.
- 1. Introduction: The chapter develops a conceptual framework from selected empirical studies using three components: social wellbeing dimensions, a digital technology contribution matrix, and scope levels.The framework distinguishes what technologies address, the types of contributions they make, and support ranging from individual processes to systematic integration.
- 1. Introduction: The framework and operationalization guidelines are intended to support technology design and policy on social wellbeing interventions in built environments.The chapter positions this contribution within a broader agenda linking digital technology design to social determinants of health.
2. Literature and Analytical Approach
The chapter synthesizes empirical studies of technologies embedded in built environments and uses conceptual framework analysis to derive design-relevant components. The reviewed evidence treats social wellbeing as multidimensional and spatially embedded, while identifying mechanisms and equity conditions that shape technology-mediated outcomes.
- 2. Literature and Analytical Approach: The review selects empirical studies examining technology interventions in built environments with relevance to social wellbeing goals across public, healthcare, residential, and recreational settings.The analysis focuses on social wellbeing outcomes even when technologies had broader objectives such as environmental monitoring or healthcare delivery.
- 2. Literature and Analytical Approach: Conceptual framework analysis synthesizes evidence in three stages: identifying wellbeing dimensions, distinguishing contribution types, and tracing technology scope from individual processes to systematic integration.The approach constructs a framework rather than testing hypotheses or extracting variables through systematic coding.
- 2. Literature and Analytical Approach: The resulting framework contains a social wellbeing dimensions model, a contribution matrix based on subjective-objective and procedural-substantive distinctions, and scope mapping.The framework is refined by moving between empirical patterns and theoretical foundations.
- 2.1 Social Wellbeing as a Conceptual Domain: Social wellbeing is treated as multidimensional and spatially embedded, including Keyes’s dimensions of social integration, acceptance, contribution, actualization, and coherence.Built-environment research connects these dimensions with public spaces, third places, place attachment, social connection, and community engagement.
- 2.2 Social Interaction: Technology supports social interaction through spatial anchoring and shared experiences, with effects extending to non-users present in activated spaces.Examples include smart street furniture, interactive installations, technology-enhanced amenities, interactive playgrounds, and community installations.
- 2.3 Community Connection: Community connection is strongest when technology enables genuine participation rather than passive consumption, while equity and inclusion determine who receives benefits.Digital divides can deepen exclusion, and inclusive access functions both as a wellbeing dimension and as a condition for benefits in other dimensions.
3. Conceptual Framework for Designing Technology for Social Wellbeing
The framework organizes digital technology design for social wellbeing around what to address, how technology contributes, and the scope of its effects. It synthesizes four interrelated wellbeing dimensions, a four-quadrant contribution matrix, and levels ranging from individual processes to systemic integration.
- The framework has three components: a social wellbeing dimensions model, a digital technology contribution matrix, and scope levels for technology support.Together, these components address the target construct, contribution types and measures, and scale of impact.
- 3.1 Component 1: Dimensions and Subdimensions of Social Wellbeing: Social wellbeing is structured into four interrelated dimensions—sense of place, social interaction, community connection, and equity and inclusion—with two subdimensions each.The dimensions are organized from empirical patterns and a multidimensional account of social wellbeing.
- 3.1 Component 1: Dimensions and Subdimensions of Social Wellbeing: The dimensions are interdependent, so technology targeting one area may have cascading effects across community connection, participation, inclusion, and sense of place.The framework therefore treats the dimensions as linked rather than isolated design targets.
- 3.2 Component 2: Digital Technology Contribution Matrix: The contribution matrix crosses procedural versus substantive outcomes with subjective versus objective evidence to form four quadrants.Procedural outcomes concern technological functions and conditions, whereas substantive outcomes concern social changes; subjective and objective measures capture experienced and observable wellbeing.
- 3.2 Component 2: Digital Technology Contribution Matrix: The matrix exposes neglected aspects of an intervention and supports comparisons because technology types can concentrate contributions in different quadrants.It distinguishes functional performance from actual social benefits, which do not automatically coincide.
- 3.3 Component 3: Scope Levels: Scope levels range from individual awareness and behavioural activation through built-environment transformation to collective social dynamics and broader integration.Each level represents a scope of impact rather than a sequential step.
4. Framework Integration and Operationalization
The framework is operationalized through a five-step protocol that connects wellbeing targets, contribution quadrants, scope levels, measurement, and design guidance. It culminates in a coherent design brief or evaluation report and encourages iterative refinement.
- Design and evaluation guidance: Operational guidance includes assessing participation, accessibility, exclusion, benefit distribution, and whether technology-mediated engagement extends into ongoing social relationships.The recommendations include cooperative interaction, accessible interfaces, multilingual support, non-digital alternatives, and diverse participation in governance.
- Operationalization protocol: The five-step protocol identifies target wellbeing dimensions, maps contribution quadrants, selects scope levels, translates targets into measures and design choices, and integrates the findings.The protocol is intended to guide researchers and practitioners in applying the framework to a specific technology design.
- Steps 1–2: Step 1 specifies targeted dimensions and subdimensions, including relevant interdependencies, while Step 2 identifies addressed quadrants and possible gaps.The protocol uses Table 1 and Figure 4 to make targets and contribution gaps explicit.
- Step 3: Step 3 determines the intervention’s scope levels and considers how simultaneous levels may reinforce or constrain one another.Scope is selected using the levels framework rather than treated as a fixed sequence.
- Step 5: Step 5 integrates the preceding choices into a comprehensive design brief or evaluation report and revisits earlier steps when needed.The synthesis checks that evidence, measurement, and design choices form a coherent intervention rather than isolated features.
5. Discussion
The chapter argues that existing approaches lack sufficiently specific guidance for designing digital technologies that support social wellbeing in built environments. It develops an integrated framework connecting wellbeing dimensions, technology contributions, measurement structures, and intervention scope.
- 5. Discussion: The framework addresses a gap in structured guidance for designing digital technologies that support social wellbeing across built-environment contexts.Existing work recognizes social outcomes but lacks sufficient specificity, measurement structure, and scope.
- 5. Discussion: The framework extends established social wellbeing and socio-ecological foundations by accounting for how built environments and digital technologies shape social experiences.Keyes’s general psychological construct does not specify how physical environments or digital technologies shape wellbeing experiences.
- 5. Discussion: Its three components identify social wellbeing dimensions, distinguish procedural from substantive and subjective from objective contributions, and map five levels from individual awareness to systemic integration.The components connect what technology addresses, how it contributes, and the scope at which support occurs.
- 5. Discussion: The integrated structure can connect design decisions with evaluation criteria and support research, procurement, funding, and post-deployment assessment.It provides a shared language for specifying social benefits and assessing how digital technology shapes social wellbeing.
- 5. Discussion: Contextual adaptation remains limited because outcomes may differ with social norms, digital competencies, language, built-environment use, culture, socioeconomic conditions, and governance.The framework addresses context sensitivity only indirectly, while social wellbeing dimensions may also overlap in empirical measurement.
- 5. Discussion: The framework remains conceptual and requires empirical application because its components involve interpretive choices and have not yet been validated in specific design projects.Real-world application would test practical utility and reveal which components require refinement.
6. Conclusion
The chapter proposes an integrated conceptual framework for designing digital technologies that support social wellbeing in built environments. Its three components connect wellbeing dimensions, contribution types and scope levels, while remaining subject to empirical validation and contextual refinement.
- 6. Conclusion: The framework addresses limited structured guidance for designing digital technology that supports social wellbeing in built environments.The authors draw on empirical studies of technology interventions in built environments for social wellbeing.
- 6. Conclusion: It comprises a social wellbeing dimensions model, a digital technology contribution matrix and nested scope levels for technology contributions.The matrix distinguishes procedural from substantive outcomes and subjective from objective evidence.
- 6. Conclusion: The framework integrates social wellbeing dimensions, measurement logic and scope levels into one structure for digital technology design.It connects what to design for, how to contribute and measure it, and the level reached by the contribution.
- 6. Conclusion: Its integrated structure can help researchers, practitioners and policymakers connect social wellbeing design decisions with evaluation criteria and social-benefit expectations.The framework is intended to support studies, practice, policy and health-oriented attention to social outcomes.
- 6. Conclusion: The framework remains conceptual and requires empirical validation in specific design and assessment contexts.Future testing should examine culturally and socioeconomically diverse settings and may require refinement of dimensions or scope levels.
- 6. Conclusion: Future development should address overlap among social wellbeing subdimensions and integrate governance, cultural and socioeconomic context more explicitly.The authors also identify a need for structural models examining relationships and interdependence among subdimensions.