- Title
- Effects of an educational intervention related to clinical simulation terminology on the knowledge of nurse educators at a public college
- Creator
- Booysen, Cindy Lynn
- Subject
- Nursing -- Simulation methods
- Date Issued
- 2019
- Date
- 2019
- Type
- Thesis
- Type
- Masters
- Type
- MCur
- Identifier
- http://hdl.handle.net/10948/36423
- Identifier
- vital:33940
- Description
- Nurse educators must be prepared and feel comfortable using clinical simulation as a strategy in order for it to be successful as a teaching and learning approach. In terms of an educational intervention, orientation and training pertaining to simulation terminology for nurse educators can improve their capacity and strengthen the clinical simulation experience. The researcher observed a lack of knowledge regarding the terminology of clinical simulation among nurse educators at a public nursing college and this study therefore aimed to determine the effects of an educational intervention related to clinical simulation terminology on the knowledge of nurse educators at a public nursing college. The researcher conducted a small-scale intervention study utilizing a positivist, quantitative paradigm with a quasi-experimental pre-test, post-test design. The researcher purposively selected the five main campuses at a public nursing college in South Africa. The five main campuses were purposively selected into control (two main campuses; campus A, campus B) and experimental group (three main campuses; campus C, campus D and campus E). Convenience sampling was used by including all nurse educators of each campus. A self-administered pre-test questionnaire was developed and used in Phase one in order to explore and describe the knowledge of nurse educators with regard to the terminology applied in clinical simulation. A total of 125 nurse educators were included (experimental group n=65; control group n=60). Phase two involved the development, review and implementation of an educational intervention based on the standards of best practice: standard 1: terminology, developed by the International Nursing Association for Clinical Simulation and Learning (INACSL). Methods for the educational intervention included a PowerPoint presentation and pamphlets administered to the purposively selected experimental group (three campuses; campus C, campus D and campus E). The educational intervention was implemented per campus. The control group did not receive any educational intervention (two campuses; campus A and campus B). Phase three comprised a self-administered post-test that was developed to evaluate the effects of the educational intervention pertaining to the nurse educators’ knowledge of the terminology applied in clinical simulation and was completed by the nurse educators who participated in Phase one of the study. A total of 70 participants completed Phase three of the study, (n=31 from the control group and n=39 from the experimental group). The data was analysed using descriptive and inferential statistics (ANOVA and Chisquare testing), with the assistance of a statistician. A pilot study was conducted to prove the reliability of the pre-and post-test questionnaires and the educational intervention and a review by the statistician as well as the supervisors and five experts in the field of clinical simulation for the pre-test post-test questionnaires and educational intervention was done prior to its implementation. The pre-test was completed by (n=81) participants and the post-test by (n=70). The majority age category for participants was 50 years and older (n=32, 40%). Almost one third of the participants had less than 5 years’ experience as nurse educators (n=25, 31%). A statistically significant difference was found for pre-knowledge by age relationship (pvalue= ,036). The pre- and post-difference by age (p-value=.035) as well as work experience (p-value= .017) was also found to be significant (p-value= ,035). The older age groups (40-49 years of age) benefited more from the study as their knowledge on clinical simulation terminology significantly increased (Cohen’s d= 0,77 and 0,76- medium score) as well as those that were more inexperienced (1-4 years of working experience) (Cohen’s d= 1,10- large). The majority of participants did not receive any training in simulation-based education (n=69, 85%). The participants who received simulation-based education training versus the participants who did not receive any training showed a statistically significant variance for the pre-knowledge scores (pvalue= ,001) (Cohen’s d= 1,06- large). The mean score for the knowledge section (section B) of the questionnaire was 59,72 and the mean score for the pre-test-posttest difference was 12,64. The findings of the t-test had a small significant value for the pre-test and a medium significant value for the post-test. A significant medium Cohen’s d value was evident after correlating the difference between the knowledge scores for the pre- and post-test questionnaires. The 15 minutes educational intervention thus had a medium effect (pre-post difference of the knowledge scores: p-value=<.0005, with a Cohen’s d score of 0.67-medium significance) on the knowledge findings of nurse educators. However, as gaps in knowledge were evident among nurse educators in this study, further recommendations for practice, education and research were provided. Ethical principles such as informed consent, confidentiality and anonymity as well as permission to conduct the study were taken into consideration through all phases of the study.
- Format
- xvi, 124 leaves
- Format
- Publisher
- Nelson Mandela University
- Publisher
- Faculty of Health Sciences
- Language
- English
- Rights
- Nelson Mandela University
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Collections
NMU School of Clinical Care Sciences
| Thumbnail | File | Description | Size | Format | |||
|---|---|---|---|---|---|---|---|
| View Details Download | SOURCE1 | CINDY LYNN BOOYSEN 30 JANUARY 2019.pdf | 3 MB | Adobe Acrobat PDF | View Details Download |