High-fidelity simulation for mental health nurse residents: a mixed-methods study of communication competencies and learning perceptions
Year: 2025
Type: article
Abstract: Background: High-fidelity clinical simulation is increasingly used in postgraduate nursing education, particularly in mental health training, where it can support the acquisition of competencies for managing complex situations such as suicidal behavior. Objective: To explore the perceptions and learning outcomes of mental health nursing residents during high-fidelity simulation sessions, with a focus on communication, affective context, and professional competencies. Methods: A mixed study was conducted with a qualitative core design and a complementary quantitative component. Sixty-nine first- and second-year mental health nursing residents from the Community of Madrid participated in simulation sessions structured according to the MAES© methodology. Qualitative data (focus groups, written reports, field notes) were analyzed thematically by three independent researchers, ensuring rigor through triangulation, member checking, and reflexivity. Quantitative contextual data were obtained through a checklist of nursing interventions and descriptive statistics. Results: (residents identified gaps and valued simulation as a safe environment to bridge them). Quantitative results supported these findings but were interpreted only as contextual information. Conclusions: High-fidelity simulation promotes the integration of theoretical knowledge into practice, strengthens self-confidence, and contributes to safer management of suicidal behavior in clinical contexts. The findings support the transferability of simulation-based training to mental health practice and highlight the need for longitudinal research to evaluate its impact on real patient outcomes.
Source: Frontiers in Medicine
Authors: Julio González Luis, Jesús Sánchez Adsuara, Almudena Medrano Andrés, Inmaculada Corral Liria, Marta Losa Iglesias, Miriam Alonso Maza
Language: English
Subfield: Physiology
Field: Medicine
Domain: Health Sciences
Open Access status: gold
Estimated APC paid: $3,801
OpenAlex ID: W4415780831
