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Using data science to optimise nurses’ shift patterns in acute hospitals

Using data science to optimise nurses’ shift patterns in acute hospitals
Using data science to optimise nurses’ shift patterns in acute hospitals
In inpatient hospital wards, registered nurses are often required to work in shifts that cover the 24-hour day. While shift work has previously been linked with increased fatigue, burnout, sickness, and work-life imbalance, consensus is lacking on how to reconcile these risks with competing scheduling priorities, e.g., meeting ward demands and accommodating nurses’ working time preferences. This thesis aimed to address this gap through three interconnected studies. Study 1 involved a thematic analysis of national survey data to identify the factors nurses prioritise when choosing their working hours. Findings stressed the importance of scheduling practices that support a good work-life balance, such as ergonomic shift planning, consistent/predictable patterns, and increased control over working hours. Study 2 involved the analysis of 1.4 million historical roster records from two NHS hospital Trusts via logistic mixed regression models. Several adverse shift work variables, including long working hours, spells of consecutive working days, excessive night work, and insufficient rest periods were found to significantly increase the odds of sickness absence in both weekly and monthly exposure windows. Study 3 integrated the findings of the first two studies to develop a novel mathematical optimisation model for nurse scheduling. Across a series of experimental scenarios, the model successfully generated rosters that minimised adverse shift configurations, incorporated nurses’ general scheduling preferences, and satisfied minimum nurse staffing requirements. This research makes significant contributions to both practice and policy, providing novel insights into nurses’ working time preferences, the longitudinal effects of shift work on well-being, and innovative methods for automated rostering. This programme of work also offers a practical and adaptable methodology for prioritising nurse-centred outcomes in ward scheduling - a critical consideration given national challenges in nurse recruitment and retention.
University of Southampton
Emmanuel, Talia
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Emmanuel, Talia
06983873-ba1f-485a-afcb-a07c587a34bd
Dall'ora, Chiara
4501b172-005c-4fad-86da-2d63978ffdfd
Griffiths, Peter
ac7afec1-7d72-4b83-b016-3a43e245265b
Lamas Fernandez, Carlos
e96b5deb-74d5-4c9b-a0ce-448c99526b09

Emmanuel, Talia (2025) Using data science to optimise nurses’ shift patterns in acute hospitals. University of Southampton, Doctoral Thesis, 209pp.

Record type: Thesis (Doctoral)

Abstract

In inpatient hospital wards, registered nurses are often required to work in shifts that cover the 24-hour day. While shift work has previously been linked with increased fatigue, burnout, sickness, and work-life imbalance, consensus is lacking on how to reconcile these risks with competing scheduling priorities, e.g., meeting ward demands and accommodating nurses’ working time preferences. This thesis aimed to address this gap through three interconnected studies. Study 1 involved a thematic analysis of national survey data to identify the factors nurses prioritise when choosing their working hours. Findings stressed the importance of scheduling practices that support a good work-life balance, such as ergonomic shift planning, consistent/predictable patterns, and increased control over working hours. Study 2 involved the analysis of 1.4 million historical roster records from two NHS hospital Trusts via logistic mixed regression models. Several adverse shift work variables, including long working hours, spells of consecutive working days, excessive night work, and insufficient rest periods were found to significantly increase the odds of sickness absence in both weekly and monthly exposure windows. Study 3 integrated the findings of the first two studies to develop a novel mathematical optimisation model for nurse scheduling. Across a series of experimental scenarios, the model successfully generated rosters that minimised adverse shift configurations, incorporated nurses’ general scheduling preferences, and satisfied minimum nurse staffing requirements. This research makes significant contributions to both practice and policy, providing novel insights into nurses’ working time preferences, the longitudinal effects of shift work on well-being, and innovative methods for automated rostering. This programme of work also offers a practical and adaptable methodology for prioritising nurse-centred outcomes in ward scheduling - a critical consideration given national challenges in nurse recruitment and retention.

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Published date: May 2025

Identifiers

Local EPrints ID: 501117
URI: http://eprints.soton.ac.uk/id/eprint/501117
PURE UUID: 4151ec2b-6eee-40ba-b916-9edd7866c9af
ORCID for Talia Emmanuel: ORCID iD orcid.org/0000-0001-5595-685X
ORCID for Chiara Dall'ora: ORCID iD orcid.org/0000-0002-6858-3535
ORCID for Peter Griffiths: ORCID iD orcid.org/0000-0003-2439-2857
ORCID for Carlos Lamas Fernandez: ORCID iD orcid.org/0000-0001-5329-7619

Catalogue record

Date deposited: 23 May 2025 17:58
Last modified: 24 Sep 2025 02:19

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Contributors

Author: Talia Emmanuel ORCID iD
Thesis advisor: Chiara Dall'ora ORCID iD
Thesis advisor: Peter Griffiths ORCID iD
Thesis advisor: Carlos Lamas Fernandez ORCID iD

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