Enablers

Complex urban environments are composed of interconnected systems, forming a network of complex systems (tungnguyen0905 / Pixabay)

Operating within the “interstitial” space in the Liveability Framework diagram, enablers help to augment the effectiveness of systems in delivering liveability outcomes. The enablers include a dynamic and interdisciplinary approach known as the Science of Cities. Delving into the complexity of liveability, the Science of Cities aims to unravel the underlying principles governing cities’ functions, and their impact on the quality of life experienced by their inhabitants.  

Within the Singapore context, urban planning and governance are becoming more complex, with the need to balance flexible work trends, green space integration, active ageing, and climate action. The cumulative impacts of such changes on overall liveability can be difficult to foresee and assess. The Science of Cities perspective allows for new, scientifically supported insights that examine how different agents in the system are affected by external challenges, how they interact with one another, and in turn, how they influence the system’s behaviour and overall liveability outcomes. When applied to urban planning and governance, these insights can enable a better understanding of cities as complex systems. They can also better equip cities to adopt new trends and possibilities, navigate changes with greater confidence, and strike a more informed balance in managing trade-offs.  

With new tools such as agent-based modelling and big data, urban planners and policymakers have begun to view the city through new lenses. Global liveability indices have also emerged as powerful tools, as they enable cities to benchmark progress against other cities and guide evidence-based policymaking by offering quantifiable insights into residents’ quality of life. 

Strategic Foresight and Planning

Explore how cities can use strategic foresight, data analytics and modelling tools to plan for an uncertain future. By leveraging these tools, cities can strengthen long-term planning and decision-making processes. 

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Science and Technology

Explore how cities can leverage the integration of digital tools and artificial intelligence in the built environment to bring about more efficient governance and management of urban systems. 

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Citizen and Socio-Behavioural Sciences

Explore how cities can enhance liveability by placing people at the heart of planning and governance. Through social, behavioural and citizen sciences, the wider community is engaged and helps to inform the design of more effective policies and interventions that promote liveability and well-being of residents. 

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Measuring Urban Liveability

Explore the role of city indices in measuring urban liveability. Find out how cities use liveability indices and data-driven insights to guide planning, balance global benchmarks with local needs, and create vibrant, inclusive urban communities. 

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