Background
Healthcare simulation has become a crucial pedagogical technique across various medical disciplines.This approach use, virtual reality, or standardized patients to replicate clinical scenarios, has proven vital in preparing medical students for high-risk situations, ensuring the safety and effectiveness of critical patient management through the acquisition of technical skills, teamwork, and the ability to handle exceptional scenarios. Aims of this study wereto evaluate the theoretical knowledge of students before and after the simulation-based training (SBT) of the "Advancedcardiopulmonary resuscitation(CPR)" module, to assess their technical and non-technical skills and to describe their satisfaction.
Methods
This study, conducted at the Faculty of Medicine in Sousse, Tunisia, sought to objectively evaluate the impact of SBT on the theoretical knowledge, technical skills, and non-technical competencies of graduate Medical Students, during their advanced (CPR) training. The researchers employed a pre-experimental design, assessing students before and after the simulation-based workshops covering various CPR-related topics.
Results
We have demonstrated that the SBT was highly valued by the learners and led to significant improvements in their theoretical knowledge,There is a positive correlation between the pre and post-test score, with a correlation coefficient of r = 0.474, p < 0.0001, r² = 0.245. For technical skills, (69.8%) have improving their external cardiac massage (ECM) technique by the exam day, while 14 (16.3%) exhibited a decline (p < 0.001).Additionally, "non-technical skills"( NTS) were assessed using the Anesthesia Non-Technical Skills(ANTS) scoreamong these students, 85 (89.5%) improved their scores, while 10 (10.5%) maintained their initial score (p < 0.001).At the end of the training sessions, a strong statistically significant correlation was found between the sum of post-test scores, ANTS score, cardiac massage score, and the final score of the simulated practical “ECOS” exam (r = 0.762, p < 0.001, r²=0.581).Student satisfaction was evaluated; overall, students' impressions were predominantly excellent in over 50% of responses.
Conclusion
The study's contribution to the growing body of evidence supporting the integration of simulation-based learning in the formative years of medical education is particularly noteworthy. Simulation can accelerate skill acquisition and enhance the transition of knowledge and self-confidence when faced with real-life critical scenarios.