Abstract
Background
Clinical nursing education is essential for facilitating students' successful transition into professional practice. The Rain Classroom-based Flipped Classroom (RC-BFC) model represents an innovative teaching strategy that emphasizes active, student-centered learning through the integration of technology-mediated interactions. By combining the interactive features of Rain Classroom-such as real-time feedback, quizzes, and cloud-based resources-with the core principles of the Flipped Classroom, the RC-BFC model fosters an engaging and supportive learning environment. This study aimed to implement and evaluate the RC-BFC model in surgical nursing skills training among Chinese nursing students from diverse academic backgrounds. It was hypothesized that this approach would more effectively enhance skill performance, self-directed learning abilities, and critical thinking compared to traditional methods.Methods
A quasi-experimental design was employed to assess the effectiveness of the RC-BFC approach. The study involved 286 nursing interns from the Affiliated Hospital of Southwest Medical University in China, who were equally divided into an intervention group (receiving RC-BFC training) and a control group (undergoing traditional training). Pre- and post-intervention skill assessments were conducted, and two validated instruments were used to measure self-directed learning ability and critical thinking skills. Data were analyzed using SPSS version 26 through descriptive statistics, independent-samples t-tests, linear regression, and a three-way mixed-design ANOVA.Results
There were statistically significant differences in skill performance between the two groups (p Conclusion
Integrating the RC-BFC method into surgical nursing skills training can substantially enhance the skill proficiency, self-directed learning and critical thinking abilities of nursing students.Clinical trial number
Not applicable.