The student will observe fall prevention systems in practice in 2 different hospitals considering how fall prevention technology influences staff behaviour and patients safety in the context of accidental falls in hospital. Accidental falls in hospital are rare but can be life changing for those that suffer them as they are often frail patients who are already vulnerable. Current research shows little improvement with any interventions tested which leaves patient facing clinicians with few resources to assist in the prevention of falls. The investigator believes this is because the measure of accidental falls in hospital is not sensitive enough to calibrate for the different contexts in which patients fall. The student would posit that it is the context that is most influential and addressing the context may lead to improved measures so progress can be made in finding solutions.
The multi-centre study will involve up to 2 wards on each of the 2 Trust sites. The study wards will be randomly selected from a group of wards that have indicated they are happy to be considered as potential research wards. An ethnographic case study with contextual enquiry design will be used to allow a contextual analysis of fall prevention in practice and consider how staff decisions and behaviour contribute to this. Hierarchical task analysis (HTA) will be utilised to inform this and to identify differences between 'work as imagined' compared to 'work as done' . The study will use observations of the staff in clinical practice using their current system of fall prevention measures assisted by their existing technology and will illustrate outcomes with specific and transparent definitions. Calculations of falls occurring measured with local live data will compare with current standard measurements (Falls/1000 occupied bed days) as calculated with central occupancy data. The ward team, patients and relatives attending the wards will have an opportunity to complete a questionnaire about the use of fall prevention technology advertised in the ward environment on fliers and posters as permitted by policy. Recommendations for future technology design, research and use of technology in fall prevention will be provided on conclusion of the study.
Study Type
OBSERVATIONAL
Enrollment
200
University Hospitals of Leicester
Leicester, United Kingdom
To discover how work practice and behaviour adheres or varies from policy
Data will be gathered by observing staff in their usual work environment over a 12 month period to determine how fall prevention practice is shaped by technology. Up to 200 staff will be observed by the researcher on various shifts. Hierarchical task analysis will be used to compare how work varies from the policy/protocol and any workarounds that have been developed (Work as done will be compared to work as imagined). Adherence to policy/protocol or variance from policy/protocol will be recorded and collated as a count of deviations.
Time frame: 12 months
To collate evidence of the context of falls in a context log to identify potential contributory factors to accidental falls in hospital.
A thematic analysis of accidental fall incident forms will be undertaken comparing contextual details at the time of the accidental fall to identify common themes. Previously uncollated facts such as the exact location of fall (bedside or bathroom), lighting at the time and ability to alter the lighting (automatic switch on /off versus dimmer switch), footwear (own or provided in hospital) and whether walking aids in place or not etc. These will be compared before the implementation of fall prevention alarms versus after implementation to see if the implementation of fall prevention alarms has impacted on falls in any specific contextual category. This will identify if there is a specific context in which fall prevention alarms prevents falls. This will allow more accurate measurement of success of technology as there may be a specific type of fall that can be prevented by the technology.
Time frame: 12 months
To discover how accidental falls are being measured and recorded in hospital by observation and comparing live data measurement against standard data measurement.
The current way of calculating falls/1000 bed days is flawed. Occupancy rate and number of admissions are not considered. The outcome will compare standard falls/1000 OBD's versus a contextual measurement that better represents outcomes. Instead of taking average hospital occupancy data the calculation of the number of falls/1000 occupied bed days will be calculated using actual data from ward level occupancy. If the hospital uses an electronically generated occupancy measurement it can give falsely high measurements of falls on a specific ward as it reports empty beds at midnight. These empty beds at midnight are often an electronic delayed transfer rather than actual empty beds. measurement according to stafff reported figures will be compared.
Time frame: 12 months
To identify through thematic analysis using Nvivo 15 task critical attributes and user requirements for future fall prevention technology design
The observation of the use of technology in practice will provide themes where practice is impeded or enhanced by the use of technology. This will be identified by the themes identified during observation of staff. These themes will be analysed and recommendations for future fall prevention alarms will be deduced.
Time frame: 12 months
Staff interviews
Staff will be questioned during their shift with 'go along questions' (quick questions in between work tasks) to record their rationale for completing fall prevention tasks in the way they have. Answers will be anonymously recorded to provide themes to be analysed using Nvivo 15.
Time frame: 12 months
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