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B15 | Developing and testing a computational model of interruptions between clinicians in hospitals | Rapid research 20 mins

Tracks
Track B | Grand Ballroom 2 | Live Streamed & Filmed
Friday, July 8, 2022
10:20 AM - 10:40 AM
Grand Ballroom 2

Overview

Hybrid: In-person live +


Presenter

Agenda Item Image
Ms Emma Knight
Phd Candidate
The University Of Queensland

Developing and testing a computational model of interruptions between clinicians in hospitals

10:20 AM - 10:40 AM

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In hospitals, nurses often interrupt one another to ask for help. These interruptions can be problematic for the interrupted nurse as they may experience an increased risk of error when they resume their task, which can negatively impact patient care. Thus, researchers have attempted to reduce the frequency of interruptions in hospitals through interventions, but this has not always been successful. Interruptions may be vital for patient safety, such as if the interrupting nurse needs help with a deteriorating patient or an important task. The role of interruptions for the interrupting nurse and the interrupted nurse therefore needs to be considered.

This talk advocates for a computational modelling approach to better understand the role and effects of interruptions on the healthcare team, at a systems-level. The predictions from the model will be discussed, particularly how urgency of tasks, the importance of tasks for patient safety, and the cost of being interrupted, can affect the nursing team when handling interruptions. These predictions give insight into situations in which interruptions may help versus hinder the team. This talk discusses how our model can be used in practice to inform future interventions and ensure that nurses handle interruptions efficiently while maintaining patient safety.

Learning outcomes

1) Demonstrate an understanding of the role of interruptions for both the interrupter and interruptee
2) Critique the conventional approach to studying interruptions in healthcare and advocate for a systems-level approach using computational modelling
3) Discuss how interruptions can help or hinder the healthcare team in different situations using predictions from the model

Author(s)

Emma Knight, Prof. Penelope Sanderson, Prof. Andrew Neal, Dr Timothy Ballard

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Emma Knight is a PhD candidate at UQ working with computational modelling in the field of healthcare human factors. She is completing her PhD under the supervision of Dr Timothy Ballard (primary advisor) and Prof. Penelope Sanderson (secondary advisor). Her PhD looks at interruptions between clinicians in healthcare, attempting to understand how interruptions can help and hinder the healthcare team at a system-level. In the first two years of her PhD, she conducted a literature review on interruptions in healthcare, developed a computational model, ran a simulation study, and developed an experimental study. This year, she is running experimental studies to test the computational model’s predictions. She has presented her Research at The Australasian Mathematical Society Conference (2021) and the Australasian Experimental Psychology Conference (2021).
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