The Reflective Practitioner in Action: Design Team Reflections on Developing High-Fidelity Obstetric Simulation in South Africa

In the high-stakes world of medicine, the difference between a routine procedure and a life-saving intervention often comes down to how well a healthcare team can think and act under pressure. For students training to become doctors or clinical associates, the classroom teaches the theory, but the real test happens in the hospital, where mistakes can have tragic consequences. To bridge this gap, educators use simulation: a safe, controlled environment where learners can practice complex skills, make errors, and learn from them without risking a real patient's life. This approach relies heavily on the idea that learning is not just about following a manual, but about developing a kind of professional intuition. When a situation is unpredictable, a skilled practitioner must think while they are acting, adjusting their decisions in the moment based on what is happening around them. This ability to reflect on one's own practice, both while it is happening and after it is over, is considered the heart of becoming a true expert.

A team of educators at the University of the Witwatersrand in South Africa recently put this idea to the test while designing and running a high-fidelity simulation for second-year students training to be Clinical Associates. These students are mid-level healthcare professionals who play a vital role in the country's health system, often managing urgent cases with limited resources. The educators created a three-day program focused on obstetrics and gynecology, a field known for its emotional intensity and the need for rapid, coordinated teamwork. The goal was to prepare students for the realities of a public hospital labor ward, where they might encounter everything from normal births to sexually transmitted infections. However, the researchers were not just interested in how the students performed; they wanted to understand the experience of the teachers themselves. By applying a framework known as the "reflective practitioner," which suggests that experts learn by constantly analyzing their own actions and decisions, the team examined how they navigated the messy, unpredictable reality of running these simulations.

The simulation itself was a carefully constructed experience. Students worked in small groups of twelve, rotating through two distinct scenarios. In the first, they managed a normal vaginal delivery using a sophisticated manikin that could mimic the physical signs of birth, guided by an actor playing a midwife. In the second, they conducted a consultation with a simulated patient, an actor trained to portray a woman with symptoms of a sexually transmitted infection and a history of sex work. Before each scenario, the students received a brief introduction, and afterward, the entire group participated in a structured debriefing session to discuss what went well and what could be improved. The educators, who were also the designers of the program, faced a unique challenge: they had to wear many hats simultaneously. They were the technical operators, the actors playing roles within the scene, and the lead teachers guiding the learning process.

As the three days unfolded, the educators found themselves in a constant state of adaptation. They discovered that trying to manage the technical equipment, act out a role, and guide the students all at once stretched their capacity thin. The physical space was small, and the number of trained teachers available was limited, which meant that when one person had to step in to help a student, another part of the simulation might be left without support. They also noticed that the students often arrived tired and mentally exhausted because the simulation was scheduled right after intense periods of theory and exams. This fatigue made it harder for the students to engage deeply, creating a tension for the teachers who wanted to correct mistakes immediately but also needed to preserve a safe space where students felt comfortable admitting they were unsure. The emotional weight of leading these sessions, especially when students struggled or when the scenarios involved sensitive and distressing topics, was a significant burden that the team had to manage in real time.

After the program concluded, the two lead educators sat down for a recorded conversation to reflect on what had happened. They analyzed their own experiences, looking back at the decisions they made and the challenges they faced. This process, known as reflection-on-action, allowed them to see patterns that were invisible while they were in the middle of the chaos. They realized that the success of the simulation depended less on having perfect technology and more on how well the design matched the specific context of South African public health. They found that the most effective moments occurred when the scenarios were tightly aligned with the resources actually available in local hospitals, rather than trying to create a perfect replica of a high-tech Western facility. They also saw that the way they prepared their fellow teachers was crucial; when co-facilitators were not fully briefed or were rotated in and out without continuity, the quality of the learning experience dropped.

One of the most significant insights the team gained was the importance of supporting everyone involved, not just the students. They recognized that the actors playing the patients, who had to portray distress and vulnerability, also needed emotional support and a chance to process their experience after the session. Similarly, the teachers needed a structured way to decompress and learn from each other. The team concluded that for simulation to work well in resource-constrained settings, it cannot be a one-off event run by a single hero. Instead, it requires a sustainable system where teachers are trained to support one another, where roles are clearly defined, and where there is time for everyone to reflect on their practice. They suggested that building a pipeline of facilitators who can grow into leadership roles, and ensuring that simulated patients are treated as integral members of the team, would make the program stronger and more effective in the long run.

The study suggests that the art of teaching simulation is far more complex than simply following a set of technical rules. It is a dynamic process where educators must use their professional judgment to balance educational goals with the realities of the moment. By engaging in cycles of action, adaptation, and reflection, the team transformed their challenges into valuable knowledge. They demonstrated that in a field where uncertainty is the norm, the ability to think critically about one's own practice is just as important as the clinical skills being taught. For the Clinical Associate students in South Africa, this means they are learning in an environment that not only prepares them for the technical demands of their job but also models the reflective, adaptable mindset they will need to provide the best possible care to their future patients.