Evaluation of the Effectiveness of Teaching Method With Simulation in Electronic Fetal Monitoring Management

Electro fetal monitor monitoring in the antepartum and intrapartum periods is one of the most important responsibilities of midwives, who have important roles and responsibilities in maintaining and managing the health of women and newborns before, during and after delivery. Although midwives receive training on EFM monitoring with classical methods before graduation, they may experience problems in EFM monitoring in the clinical field after graduation. For this reason, midwife students should have the knowledge, skills and self-efficacy about a good level of EFM monitoring during their undergraduate education. In recent years, simulation-based education in the field of health has increased rapidly. This method creates an opportunity for health professionals, students, patient assessment, interaction and holistic care without compromising patient safety, and develops participants' critical thinking, clinical decision making and problem solving skills. In this context, it is very important to evaluate the EFM trace in the antepartum and intrapartum periods, to determine the possible risks, to plan, implement and evaluate the interventions, to provide the emergency crisis management in a short time without affecting the fetal health, and to increase the self-confidence of the midwives. The research was planned quantitatively in the form of randomized control-intervention of the scenario-based realistic simulation method, to increase the satisfaction and self-confidence levels of midwifery students in learning, to evaluate the simulation design and educational effectiveness, in EFM management. The research will facilitate midwifery students to intervene with the patient in a shorter time, with confidence and with sufficient clinical skills, and patient safety will be increased. It will also allow for the reduction of erroneous clinical practices and malpractices. This research aims to evaluate the effect of high-fidelity simulation teaching method on knowledge, sati