Three Days of Simulated Childbirth Emergencies Boost Nursing Students’ Emotional Skills and Confidence

Postpartum hemorrhage is one of the most feared emergencies in maternity care. It can develop suddenly after a seemingly routine delivery, and it demands that clinicians recognize the danger within minutes, summon help, and execute a tightly coordinated sequence of assessments and interventions. For nursing students, the paradox is stark: the emergencies that matter most are precisely the ones they are least likely to see during ordinary clinical placements. A new study from Palestine suggests that a short, structured simulation program may help close that gap, not only by building technical readiness but by measurably shifting students’ emotional intelligence, self-confidence, and clinical decision-making.

The research, published in BMC Medical Education, was conducted by a team led by Farid Abu lial and Maysa Kassabry at Al Rawdah University College in Nablus. The investigators enrolled 63 fourth-year nursing students using a convenience sample and measured them immediately before and immediately after a three-day simulation-based educational program centered on postpartum hemorrhage. The study employed a single-group pretest–posttest design, meaning every participant served as their own comparison: researchers captured baseline scores, delivered the intervention, and then captured post-intervention scores to look for change.

Three validated instruments anchored the evaluation. Emotional intelligence was assessed with the Schutte Self-Report Emotional Intelligence Test, a widely used questionnaire that asks respondents to rate how well they perceive, understand, and manage emotions in themselves and others. Self-confidence in learning was measured with the National League for Nursing Self-Confidence in Learning Scale, which probes how sure learners feel about their knowledge and skills in an educational context. Clinical decision-making was tracked with the Nursing Clinical Decision-Making in Nursing Scale, designed to capture how students search for information, weigh alternatives, and commit to actions in clinical situations. All questionnaires were completed electronically, a format the authors say streamlined data collection across the tightly scheduled study window.

The results were consistent across all three domains. Total self-reported emotional intelligence rose from an average of 109.01 points before the program to 118.39 afterward, a statistically significant increase with a standardized effect size of 0.51. Self-confidence climbed from 34.66 to 37.15, an effect size of 0.62, notable because the post-test standard deviation shrank dramatically, from 6.31 to 2.85, suggesting that the program did not simply raise the average but pulled the lower-scoring students upward and made the group more uniform. Clinical decision-making scores increased from 122.09 to 131.21, with an effect size of 0.57. In behavioral research, effect sizes around 0.5 to 0.6 are generally described as moderate, meaning the changes were substantial enough to be meaningful rather than statistical noise.

Just as interesting is how the three outcomes related to one another after training. Post-test emotional intelligence correlated positively with both self-confidence and clinical decision-making, with correlation coefficients of 0.38 and 0.45 respectively, while self-confidence and clinical decision-making were themselves correlated at 0.43. All of these relationships were statistically significant. This pattern supports a long-standing hypothesis in health-professions education: that emotional competencies and confidence are not soft, peripheral qualities but intertwined with the cognitive machinery of clinical judgment. A student who can regulate anxiety during a simulated hemorrhage, read the distress of a teammate, and stay composed may be better positioned to notice the critical cue and act on it.

To probe that idea more rigorously, the team ran a multiple linear regression examining which factors were independently associated with post-test clinical decision-making. Baseline clinical decision-making, post-test emotional intelligence, and self-confidence each retained an independent association, and together the model explained 64 percent of the variance in decision-making scores. An exploratory bootstrap analysis of indirect effects indicated that self-confidence appeared to act as a pathway through which some of the program’s influence on decision-making seemed to travel. In plain terms, the data hint that simulation training may sharpen decision-making partly by making students feel more capable and emotionally equipped, though the authors are careful to frame this as exploratory rather than definitive.

The clinical stakes of the underlying topic are hard to overstate. Postpartum hemorrhage is recognized by the World Health Organization as a major cause of maternal death worldwide, and its management depends on early recognition of excessive bleeding, accurate assessment of uterine tone, and rapid escalation of care. Because students in routine placements may go through an entire rotation without ever witnessing a genuine hemorrhage, simulation offers a standardized way to rehearse recognition and response under realistic pressure. High-fidelity scenarios can reproduce the time compression and emotional intensity of a real emergency without exposing patients to risk, which is why simulation-based education has become a cornerstone of modern obstetric and nursing curricula.

Methodologically, the study carries important caveats that the authors state plainly. Without a control group, there is no way to rule out alternative explanations for the score changes. Students know they are being tested, they have just completed an intensive and engaging program, and self-report instruments are vulnerable to expectation effects and to the general tendency of learners to feel more capable after training. The convenience sample from a single institution, with 63 students, limits how far the findings generalize to other programs, countries, or student populations. The measurements were taken immediately after the intervention, so nothing is known about whether the gains persisted over weeks or months, which is arguably the most important question for any educational intervention.

There is also the gap between self-reported change and demonstrated performance. Rising questionnaire scores indicate that students perceive themselves as more emotionally adept, more confident, and better decision-makers, but they do not directly show that students perform better in an objective structured clinical examination or, more importantly, at the bedside with a real hemorrhaging patient. The authors explicitly call for controlled, multi-site studies that incorporate objective performance measures and longer follow-up to establish the durability and clinical relevance of the observed gains. Such studies would help determine whether emotional intelligence and confidence gains translate into faster recognition of hemorrhage, better escalation, and ultimately improved maternal outcomes.

Even with those limitations, the study adds a valuable data point to a growing literature suggesting that simulation does more than teach procedures. It operates on the learner as a whole, touching the emotional regulation, the self-belief, and the judgment that together determine how a novice behaves when a patient begins to bleed unexpectedly. For nursing programs in settings where clinical exposure to rare emergencies is unpredictable, the finding that a three-day program produced moderate, statistically significant gains across three linked competencies is an encouraging signal. The next generation of evidence will need to show that those gains last and that they show up where it matters most, in the delivery room, in the decisive first minutes of an obstetric emergency, and in the outcomes of the mothers whose lives depend on how well students were prepared.

Subject of Research: Simulation-based education for postpartum hemorrhage and its effects on nursing students' emotional intelligence, self-confidence, and clinical decision-making

Article Title: Changes in emotional intelligence, self-confidence, and clinical decision-making following postpartum hemorrhage simulation-based education among nursing students: a single-group pretest–posttest study

Article References: Changes in emotional intelligence, self-confidence, and clinical decision-making following postpartum hemorrhage simulation-based education among nursing students: a single-group pretest–posttest study. (n.d.). https://doi.org/10.1186/s12909-026-10602-2

Image Credits: AI Generated

DOI: 10.1186/s12909-026-10602-2

Keywords: postpartum hemorrhage, simulation-based education, nursing students, emotional intelligence, self-confidence, clinical decision-making, nursing education, obstetric emergency, pretest–posttest study, medical education, maternal health, Palestine