Background

As one of the most densely populated countries in the world, Singapore faces challenges in ensuring equal access to healthcare for all. The high population density has increased the demand for healthcare services, putting strain on the country's medical infrastructure. Although clinics are located in every neighborhood, the quality and intensity of healthcare services vary in different parts of the city-state, leading to disparities in access. Additionally, healthcare services in different geographic areas may experience varying levels of demand, subsequently affecting their ability to provide high-quality care to patients. It is thus critical to assess the spatial distribution of the availability and accessibility of healthcare services.

Problem

The spatial distribution of the availability and accessibility of healthcare services requires more exploration and analysis.

Solution

This project presents a framework to measure the healthcare intensity by combining two popular models: radiation models and 2-step floating catchment area (2SFCA).

The link: Visualizing Healthcare Accessibility in Singapore