Creating Context With Prebriefing: A Case Example Using Simulation

TLDR: Detailed accounts of the activities surrounding simulation that support student learning in multiple domains are provided by providing detailed description of learning activities surrounding a simulation experience with a deteriorating cardiac patient.

Abstract: Background: Educational advantages of simulation have been widely reported. Pre-briefing and debriefing support simulation methods. However, few detailed accounts of how the learning activities surrounding simulation are implemented exist. Objectives: This case example provides a detailed description of learning activities surrounding a simulation experience with a deteriorating cardiac patient. The educational sequence integrates Benner et al. ’s goals for transforming nursing education. The study objectives were to design and evaluate an educational sequence using narrative, games, and simulation to teach students how to manage and anticipate the care of a deteriorating patient. Design: A case example with descriptive quantitative and qualitative evaluation is presented. Setting: The study took place on multiple days in a university simulation laboratory. Participants: All study participants (n = 43) were senior students enrolled in a Bachelor of Science in Nursing program. Methods: Students experienced an educational sequence and then rated and ranked educational activities. Results are reported with descriptive statistics. Students and faculty responded to the question, “What will you take from this experience?” Their responses were evaluated using constant comparison and expert review for themes. Results: Students identified ‘knowing how’, ‘increasing confidence’ and ‘understanding roles’ as what they took from the experience. Students ranked the simulation itself as the most helpful. Conclusions: Incorporating Benner et al .’s transformational educational goals informed the educational sequence and engaged students in the learning experience. This paper adds uniquely to the nursing literature by providing detailed accounts of the activities surrounding simulation that support student learning in multiple domains.