The Efficacy of Inquiry-Based Learning on Clinical Performance Skills of Midwifery Students: A Quasi-Experimental Study in a Labor Ward Setting

In the high-stakes environment of a hospital labor ward, the difference between a routine birth and a medical emergency often comes down to the speed and quality of a midwife's thinking. For decades, the training for these professionals has relied on a traditional model: students watch experienced teachers, listen to lectures, and then practice procedures under close supervision. While this method builds technical skill, educators have long worried that it does not fully prepare graduates to think independently when the unexpected happens. The labor ward is unpredictable; a mother's condition can change in seconds, requiring a clinician to diagnose, reason, and act without a manual. To bridge this gap, health educators have turned to a teaching style called inquiry-based learning. Instead of being told the answer, students in this model are presented with a real clinical problem and must ask their own questions, search for evidence, and build a care plan together. It is a shift from passive reception to active construction of knowledge, designed to mimic the way doctors and midwives actually solve problems in the real world.

A team of researchers in Kermanshah, Iran, set out to test whether this active approach truly works better than the traditional method for training midwifery students. They conducted a study involving twenty seventh-semester students, the final year of their undergraduate training, all of whom were about to enter the labor ward for their clinical internship. The researchers divided these students into two groups of ten. One group continued with the standard training they were used to, which involved bedside teaching, watching instructors perform procedures, and attending traditional clinical conferences. The other group underwent a structured inquiry-based learning program. Over four weeks, these students met for sixteen sessions where they were not given direct instructions. Instead, they were presented with complex, realistic scenarios involving conditions like high blood pressure in pregnancy or difficult labor. In small teams, they had to identify what was wrong, ask specific questions about the patient's care, search for medical evidence in textbooks and online databases, and collaboratively develop a detailed plan for how to manage the situation. They then presented their plans and received feedback, repeating this cycle with new cases to build their reasoning skills.

The results of the study were striking. When the students were tested at the end of the term on their ability to perform clinical tasks, the group that used the inquiry-based method significantly outperformed the group that received traditional training. Both groups improved from their starting point, but the inquiry-based students made much larger gains. Their average score on a comprehensive checklist covering seven different areas of labor care—ranging from assessing the mother before birth to managing emergencies and checking the newborn—reached nearly 88 out of 100. In contrast, the traditionally trained group averaged just over 72. The difference was not just a matter of numbers; it translated into real-world competence. Eight out of ten students in the inquiry-based group reached the threshold considered "clinically competent," meaning they were ready to practice independently. Only four out of ten students in the traditional group reached that same level. The inquiry-based students showed the most dramatic improvement in the most critical areas: managing obstetric emergencies and assessing the newborn, skills that require rapid, independent decision-making.

Beyond the test scores, the students themselves reported a much higher level of satisfaction with the inquiry-based approach. They felt more engaged and found the learning process more valuable than the conventional lectures and demonstrations. The researchers noted that the success of this method likely stems from how it forces students to actively construct their own understanding rather than simply memorizing facts. By repeatedly practicing the cycle of questioning, investigating, and planning, the students developed a deeper ability to think through complex situations. The study also highlighted that this approach required a change in the role of the instructors. Instead of acting as the primary source of answers, the teachers had to become facilitators who guided the students' thinking with probing questions. This shift was supported by a specific training workshop for the instructors, ensuring they knew how to lead the inquiry process without giving away the solutions.

While the findings are promising, the researchers were careful to note the limitations of their work. The study was conducted with a very small number of students, just twenty in total, which means the results need to be confirmed with larger groups before they can be considered a universal solution. The study was also limited to a single hospital, and the researchers did not track the students to see if these skills lasted for years after graduation. Despite these constraints, the evidence suggests that moving away from passive observation toward active, problem-solving learning can significantly boost the readiness of future midwives. The study concludes that integrating this inquiry-based method into clinical training could help produce graduates who are not only technically skilled but also confident and capable of navigating the complex, unpredictable realities of maternity care.