Introduction: Midwifery students must acquire both theoretical knowledge and practical skills. During their education, they are expected to develop the ability of critical thinking and solving problems constructively to ensure quality midwifery care. Simulation in midwifery is demonstration of the essential characteristics of a real life situation using manikins, simulators, models and scenarios for learning purposes. Purpose: The significance of simulation-based learning for midwifery students was studied. The aim of this study was to explore satisfaction with existing simulation capacities at midwifery skills laboratory and satisfaction with acquired practical skills. Methods: Quantitative method of data collection based on causal-nonexperimental approach was used. Data were collected using online survey, consisted of eleven questions. Study was focused on eight selected simulated procedures during midwifery practical training. Second and third year students of Faculty of health sciences in Ljubljana and students who have completed studies but not yet graduated were involved. Survey was accessible since 6th April to 7th May 2018. Results: 48,1 % of students would like to have more practical training, but not less clinical placement. Many (59,6 %) felt not enough prepared for clinical placement, because of lack of practical training hours and incompatible simulators. Overall satisfaction with equipment and simulation environment was average. The most effective simulation between students was baby handling simulation. They were not fully satisfied with vaginal examination simulation. For the future, improved labour simulation and visiting the simulation center are desired. Discussion and conclusion: Simulation-based learning is significant for midwifery education. The present study is an important first step in improving simulation-based learning, by increasing skills training hours and modernizing place and equipment of skills laboratory. New simulators would improve simulation abilities in midwifery skills laboratory. Quality of simulation-based learning depends on satisfaction and success in clinical environment.
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