Abstract:

Background: Alarm fatigue among Registered Nurses in the workforce is well documented in the literature and a high priority safety issue. Little research has been conducted in regards to nursing students and alarm sensitivity. Objectives: The aim of this study were to explore if alarm fatigue can develop in nursing students from the first clinical exposure to the acute care environment to the last clinical exposure in the acute care clinical environment with a comparison of each semester and if previous healthcare work history increases alarm fatigue. Design: This study used a longitudinal quantitative survey design. Participants: Surveys were administered to a cohort enrolled in the second semester of a Bachelor’s of Nursing program at a university in the United States (n = 89). The data for this study was collected during the beginning of each semester and at the end of each semester.

Methods: Nursing students completed a self-reporting three area survey using a five question Likert scale consisting of common alarm noises in the acute care environment at six different time periods. Parametric tests were used to explore the comparison points. Reliability analysis was used to validate the assessment tool. Results: The data showed the results were significant F (5, 375) =3.291; p =.006 indicating a general decrease in sensitivity across the six time periods for intravenous pump alarms. The selfreporting survey had an overall reliability of Alpha = .677. Conclusion: The aim of this study was to explore if alarm fatigue develops in nursing school. The results show that IV pump alarm fatigue develops in nursing school. This particular cohort revealed alarm fatigue to IV pump alarms. Nursing curricula need to focus not only on the use of IV pumps but how to prevent and address alarms.

Keywords: alarm fatigue; nursing students; sensitivity; noise; clinical alarms

Start Date

4-9-2019 10:15 AM

End Date

4-9-2019 10:55 AM

Location

Conference Room 3 Poster Discussions

Session Type

First Concurrent Session

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Apr 9th, 10:15 AM Apr 9th, 10:55 AM

Nusing Students' Response to Alarms: Does Alarm Fatigue Start in Nursing School

Conference Room 3 Poster Discussions

Background: Alarm fatigue among Registered Nurses in the workforce is well documented in the literature and a high priority safety issue. Little research has been conducted in regards to nursing students and alarm sensitivity. Objectives: The aim of this study were to explore if alarm fatigue can develop in nursing students from the first clinical exposure to the acute care environment to the last clinical exposure in the acute care clinical environment with a comparison of each semester and if previous healthcare work history increases alarm fatigue. Design: This study used a longitudinal quantitative survey design. Participants: Surveys were administered to a cohort enrolled in the second semester of a Bachelor’s of Nursing program at a university in the United States (n = 89). The data for this study was collected during the beginning of each semester and at the end of each semester.

Methods: Nursing students completed a self-reporting three area survey using a five question Likert scale consisting of common alarm noises in the acute care environment at six different time periods. Parametric tests were used to explore the comparison points. Reliability analysis was used to validate the assessment tool. Results: The data showed the results were significant F (5, 375) =3.291; p =.006 indicating a general decrease in sensitivity across the six time periods for intravenous pump alarms. The selfreporting survey had an overall reliability of Alpha = .677. Conclusion: The aim of this study was to explore if alarm fatigue develops in nursing school. The results show that IV pump alarm fatigue develops in nursing school. This particular cohort revealed alarm fatigue to IV pump alarms. Nursing curricula need to focus not only on the use of IV pumps but how to prevent and address alarms.

Keywords: alarm fatigue; nursing students; sensitivity; noise; clinical alarms

 

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