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Enhancing the resilience of cancer services in terms of hospital built environment reconfiguration in case of pandemics

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journal contribution
posted on 2025-02-07, 12:02 authored by Federica Pascale, Nebil Achour, Emma Chaplin, Gloria Osei, Hamza Elhaj

The provision of cancer care is complex due to its heavy reliance on hospital-intertwined departments and services. However, with hospital care severely disrupted during COVID-19, cancer services were affected. This research aims to extract lessons from the experience of COVID-19 at the cancer service delivered across three hospitals in an NHS Trust in England and provide recommendations to enhance the resilience of the built environment for cancer service in future pandemics. The study employed a qualitative approach, including a literature review on the impact of COVID-19 on cancer services and their built environment. Seven staff interviews were conducted to gather insights, followed by a focus group with eight participants to discuss findings and potential environmental reconfigurations. In evaluating the cancer service infrastructure pre- and peri-COVID-19, the research found a correlation between the pre- and peri-pandemic challenges and strategies to cope with them during the pandemic. The complexity of the cancer service and its hospital location posed risks for staff moving between offices and departments, increasing their chances of contracting the virus. While hospital zoning was implemented, it resulted in longer travel times for staff and failed to ease patients' fears about visiting hospitals. Local makeshift solutions also proved ineffective. Findings established the need for ‘lasting solutions’ to improve the resilience of the cancer service to future pandemics, such as developing independent, purpose-built buildings for cancer services, integrated with remote consultation and work to enhance staff and patient safety and needs.

History

Refereed

  • Yes

Volume

116

Publication title

International Journal of Disaster Risk Reduction

ISSN

2212-4209

Publisher

Elsevier BV

File version

  • Published version

Language

  • eng

Affiliated with

  • School of Engineering and The Built Environment Outputs