Exploring Physiotherapy Students' Perceptions of a Virtual Orientation Programme for Preparing first year Students for Simulated Placements: An Explanatory Sequential Mixed-Methods Study

Imagine stepping into a room where you must care for a person who is hurting, but you have never seen the room before, you do not know the rules of the space, and you are unsure of what the person expects from you. For a student learning to be a physiotherapist, this is the reality of their first real-world practice. They must learn to move, to speak, and to think on their feet while managing complex human needs. To bridge the gap between classroom theory and this high-stakes reality, universities increasingly use simulated placements. These are safe, controlled environments where students practice on actors or mannequins before they ever touch a real patient. However, walking into such a simulation for the first time can be overwhelming. The mind is busy trying to figure out where things are, what to do next, and how to act professionally, leaving little mental energy for the actual task of healing.

Researchers at Sheffield Hallam University in the United Kingdom wondered if they could ease this burden before the students even stepped into the simulation room. They asked whether a virtual orientation—a digital tour and guide accessed online beforehand—could help students feel ready. The goal was not just to see if students liked the tool, but to understand how it changed their experience. Did it calm their nerves? Did it help them organize their thoughts? The team wanted to know if showing students the environment and the tasks in a digital space could make the real learning experience smoother and more effective.

The researchers focused on first-year physiotherapy students who were about to begin a two-week simulated placement program. This program was designed to mimic real clinical work, featuring scenarios where students had to interact with simulated patients, work in groups, and use digital tools. Before each of the six different scenarios in the program, the students completed a one-hour virtual orientation session. In this session, they used 360-degree images to look around the simulation rooms, read patient records, watched instructional videos, and reviewed task details. It was a chance to explore the space and the materials without the pressure of performing.

To understand the impact of this preparation, the researchers used a two-step approach. First, they asked 38 students to fill out an online survey after the two-week program ended. The survey asked them to rate how much the virtual orientation helped them with their confidence, their understanding of the environment, and their readiness to perform clinical skills. Following the survey, the researchers selected six students for in-depth interviews. These students were chosen to represent a mix of opinions, ensuring the researchers heard from those who felt the orientation was very helpful, those who felt it was neutral, and those who were less convinced. The interviews allowed the students to explain in their own words what the experience felt like and how it influenced their learning.

The results showed that the virtual orientation was a valuable tool, but its value went far beyond simply showing students where the chairs were. The students described a clear journey that began with uncertainty. Before the digital tour, many felt anxious about the unknown environment and worried about not knowing what to expect. The virtual orientation did not remove all uncertainty, but it made the unknown feel manageable. By seeing the room and the materials beforehand, students could build a mental map of the situation. This reduced the feeling of being overwhelmed when they finally entered the simulation.

A key finding was that the orientation acted as a scaffold for the students' thinking. In the interviews, students explained that having the information beforehand allowed them to organize their thoughts. Because they already knew the layout of the room and the details of the patient's case, they did not have to spend their mental energy figuring out basic facts during the simulation. Instead, they could focus their attention on the harder parts of the task: making clinical decisions, communicating with the patient, and applying their professional judgment. The digital preparation freed up their minds to engage more deeply with the learning activity.

The researchers also found that the orientation helped build confidence and a sense of psychological safety. Students reported feeling less anxious and more prepared to participate. They felt that the guidance they received during the orientation, which explained the purpose of the tasks and how to use the resources, was just as important as the resources themselves. It was not enough to simply give students a link to a website; the way the orientation was introduced and explained helped them understand why it mattered. This support was particularly important for students who had never experienced simulation-based learning before.

Another surprising aspect of the findings was that the students did not just use the orientation materials before the simulation. Many returned to the digital resources after the activities were over. They used these materials to review what they had learned, to clarify their understanding, and to reflect on their performance. This suggests that the virtual orientation was not just a pre-game warm-up but a resource that supported learning throughout the entire process. It helped students connect their academic knowledge with the practical experience they were having in the simulation.

The study suggests that virtual orientation works best when it is woven into the design of the learning experience rather than standing alone as a separate digital tool. It functions as a bridge, helping students move from a state of uncertainty to a state of familiarity, and then to confident participation. The researchers concluded that this approach supports students on three levels: it helps them organize their thoughts, it calms their emotions, and it encourages them to engage actively with the learning.

While the study was limited to one university and relied on student perceptions rather than objective test scores, the insights offer a clear path forward. The findings suggest that in the complex world of physiotherapy education, preparing the mind and the emotions is just as important as teaching the physical skills. By using virtual orientation to reduce the shock of the new, educators can help students focus on what truly matters: learning to care for patients with skill and confidence. The study does not claim that this method solves every problem in education, but it provides strong evidence that a thoughtful digital introduction can make a significant difference in how students prepare for and engage with their first real-world challenges.