Methods: A secondary analysis of quantitative data arising from a pragmatic randomized control trial was used in the present study. The data for the primary study was collected in two separate phases, with nursing students’ self-efficacy and preparedness measured through a self-reported survey based on a validated instrument in phase one. Phase two of data collection consisted of in-person observations to document the generation, type, and severity of medication errors made by nursing students within clinical simulation while using an eMAR system. The types and complexions captured on the heuristic tool included the particular type of medication error made by the student along with its risk of harm to the patient (i.e., no risk, low risk, moderate risk, high risk).
Results: Both descriptive and inferential analysis (Mann-Whitney U Test) was conducted in this secondary study. Nursing students reported an overall moderate level of confidence on a seven-point Likert scale (M = 4.18, SD = 1.29) regarding their ability to administer medications in clinical simulation while integrating the electronic medication administration records system; and an overall moderate level of preparedness on a seven-point Likert scale (M = 4.29, SD = 1.08) with medication administration was reported by the sample. Inferential analysis demonstrated that no statistically significant differences (p < .05)were detected between nursing student’s self-perceived confidence, preparedness, and the generation of medication errors except for between confidence and scanning (p = .04).
Conclusion: The findings of this present study demonstrated that nursing students’ perceived confidence and preparedness were not statistically significant to produce differences in their generation of medication errors, with one exception noted. Meanwhile, nursing students continue to generate medication errors within the simulated setting. Although students’ perceived levels of confidence were identified to demonstrate a significant difference with the generation of scanning-related medication errors, additional examination of the underlying contributing factors may be beneficial. The potential impact of other extraneous variables and limitations of this study provide opportunities to further examine other relationships associated with the generation of medication errors, and to provide research, practice, and educational/pedagogical implications to mitigate such errors and its associated harm and consequences for patients.