Digital Maslow Pyramid Reveals Gaps in Smart City Inclusivity for Disabilities

Why It Matters

This research highlights a critical gap in how 'smart' urban environments are conceptualized and implemented. Designers and technologists must move beyond a purely functional approach to digital inclusion and consider the broader spectrum of user needs, ensuring that technology genuinely enhances the experience of all citizens, especially those with disabilities.

Key Finding

The study found that while smart city designs are improving basic accessibility, they are falling short in providing digital solutions for the more complex needs of people with disabilities, especially concerning sensory experiences and non-transport related public services.

Key Findings

• Upper levels of the digital Maslow pyramid, related to public services beyond transport and concepts beyond physical accessibility, show a lack of digital completion or replacement.
• A more detailed understanding of spatial-digital interrelations for sensory accessibility needs to be integrated into smart UOSD.
• Combining UOSD and smart city concepts can create a more inclusive experience within interconnected physical, sociocultural, and digital open spaces.

Research Evidence

Aim: How can Universal Open Space Design (UOSD) principles be leveraged to identify and classify spatial factors for digital technology integration to enhance disability inclusion in smart cities?

Method: Research through Design (RtD) and case study analysis

Procedure: Three Hungarian design projects were analyzed using the UOSD method to classify spatial factors. These factors were then hierarchized and interrelated with digital technologies capable of replacing or complementing them, mapping onto a 'digital Maslow pyramid' of user needs.

Context: Urban planning and smart city development, with a focus on disability inclusion in Hungary.

Design Principle

Digital inclusion in urban design requires a layered approach that addresses basic needs first, then progressively integrates technology to enhance sensory experiences, social interaction, and access to a wider range of public services for all users.

How to Apply

When developing smart city strategies or designing public spaces, use a framework like the 'digital Maslow pyramid' to systematically assess how digital technologies can support users with disabilities at different levels of need, identifying areas where current digital provisions are insufficient.

Limitations

The study is based on specific case studies in Hungary, which may limit the direct generalizability of findings to other cultural or geographical contexts. The focus on 'digital applicability' might overlook non-digital but crucial inclusive design elements.

Student Guide (IB Design Technology)

Simple Explanation: Smart cities are trying to use technology to make places better for everyone, but they're not doing a great job of using technology to help people with disabilities with things like enjoying art, getting information, or feeling safe, beyond just getting around.

Why This Matters: Understanding that technology needs to serve a full range of human needs, especially for diverse user groups, is crucial for creating truly effective and inclusive designs.

Critical Thinking: To what extent can digital technologies truly replace or complement physical environmental components in achieving universal design, and what are the ethical considerations of relying heavily on technology for inclusion?

IA-Ready Paragraph: This research highlights that the integration of digital technologies in urban environments, while aiming for inclusivity, often falls short in addressing the higher-order needs of individuals with disabilities. By employing a framework such as the 'digital Maslow pyramid,' designers can identify specific gaps in digital provision for sensory accessibility and non-transport related public services, guiding the development of more comprehensive and user-centered smart city solutions.

Project Tips

• When researching user needs for a design project, consider using a hierarchical model like Maslow's to ensure you're addressing a full range of requirements, not just the most obvious ones.
• Think about how digital technologies can be used to enhance sensory experiences or provide information in accessible ways, not just for physical access.

How to Use in IA

• Reference this study when discussing the importance of user needs hierarchy in design, particularly when your project aims to improve accessibility or inclusivity through technology.

Examiner Tips

• Demonstrate an understanding that 'inclusion' goes beyond basic physical access and requires consideration of sensory, cognitive, and social needs, especially when technology is involved.

Independent Variable: Universal Open Space Design (UOSD) method, digital technology integration

Dependent Variable: Disability inclusion, user needs fulfillment (mapped to Maslow's hierarchy)

Controlled Variables: Spatial factors, types of digital applicability, user needs, usage patterns, environmental components, disability-related concepts

Strengths

• Integrates theoretical frameworks (UOSD, Maslow's hierarchy) with practical design projects.
• Focuses on a critical area of smart city development: disability inclusion.

Critical Questions

• How can the 'digital Maslow pyramid' be adapted for different cultural contexts or specific disability groups?
• What are the long-term maintenance and accessibility challenges of relying on digital solutions for inclusion?

Extended Essay Application

• An Extended Essay could explore the development of a specific digital tool or interface designed to address a identified gap in sensory accessibility within a smart public space, using the principles outlined in this research.

Source

Universal Open Space Design to Inform Digital Technologies for a Disability-Inclusive Place-Making on the Example of Hungary · Smart Cities · 2020 · 10.3390/smartcities3040063