Emotional and Cognitive Impact of Virtual Patient Simulation ‎on Medical Students in The GCC: A Mixed-Methods Study

This study investigates the emotional and cognitive transformations of medical students engaged in Body Interact Virtual Patient Simulation ‎‎(VPS) at Arabian Gulf University, Bahrain. This study utilizes a mixed-methods approach comprising pre/post surveys (N=35), tutor observations, and audio transcript analysis to investigate the progression from initial stress and diagnostic uncertainty to improved confidence ‎and clinical assurance. Quantitative results demonstrated statistically significant improvements in flow (Q12: p = 0.0069, d = 0.69) and ‎moderate enhancements in enjoyment and perceived absorption (Table 4.1). Emotional peaks, particularly fear and hesitation during Session ‎‎2, were documented through NRC sentiment analysis (Figure 4.4) and thematic audio coding (Table 4.6), while confidence steadily ‎increased across Sessions 4 and 5.‎ A novel theoretical framework, the Dual-Phase Stress Adaptation Theory, was established through grounded theory analysis (Figure 4.5), ‎clarifying the phased transition from stress to confidence through scaffolded repetition and social feedback. The model was quantitatively ‎supported by OSCE performance correlations (r = 0.73, Table 4.11) and effect sizes associated with clinical decision-making (d = 1.33). A ‎predictive performance model delineates the trajectory of learning: Performance = 0.71(Tolerance) − 0.33(Acute Stress) + 0.40(Team Sup-‎port) − 0.15(Technical Issues) (Equation 6.9, p. 250).‎ The findings validate VPS as a cognitive enhancer and emotional support system in medical education, particularly in GCC contexts where ‎data on VPS is scarce. The results of this investigation demonstrate that structured simulation can improve diagnostic reasoning, enhance ‎confidence, and alleviate tension when implemented according to psychologically responsive design principles‎.