From Classroom to Clinical: A Mixed methods study of the Impact of Simulation Based Education on Final Year Physiotherapy Students

Imagine a student learning to fix a car. They can read every manual, memorize every torque specification, and understand the theory of combustion, but until they hold a wrench and feel the resistance of a stuck bolt, the knowledge remains abstract. In healthcare, the stakes are higher than a broken engine; a mistake can cost a life. This reality has led educators to develop a training method called simulation-based education. Instead of practicing on real patients, who could be harmed by inexperience, students practice on mannequins or in role-play scenarios that mimic real-life medical emergencies. The goal is to create a safe space where learners can make mistakes, receive immediate feedback, and refine their skills without risk. This approach is particularly vital for developing "non-technical skills"—the ability to communicate clearly, work as a team, and make quick decisions under pressure—which are just as critical as knowing how to perform a physical treatment.

A team of researchers at Ulster University set out to see how well this method works for final-year physiotherapy students. They focused on a specific group of students studying cardiorespiratory care, which involves treating patients with heart and lung conditions. The researchers wanted to know two things: how the students reacted to the simulation training immediately after doing it, and whether the lessons they learned actually helped them when they later went out to work in real hospitals. To find the answers, they used a mixed approach, combining a written survey with in-depth group discussions. They invited 92 students to participate. After the students completed a series of simulation scenarios, 81 of them filled out a survey rating their experience. Later, after these same students had finished a period of clinical placement in a hospital, eight of them joined focus groups to talk about how the simulation compared to their real-world experience.

The simulation sessions themselves were designed to be intense and realistic. The students worked through three different scenarios, each lasting about forty minutes. In the first, they had to identify and manage a partially blocked airway. In the second, they dealt with a cardiac arrest situation involving a patient with a tracheostomy tube. The third scenario involved a patient on a ventilator who suddenly became unstable. Each session included a short briefing, the ten-minute scenario itself, and a twenty-five-minute discussion afterward where the students and instructors reviewed what happened. This debriefing was a key part of the process, allowing students to reflect on their actions in a supportive environment.

The results showed that the students reacted very positively to the experience. More than 80 percent of the survey respondents strongly agreed that the session was relevant, engaging, and satisfying. They felt the training helped them learn, with over three-quarters strongly agreeing that they had improved their skills, knowledge, and attitude. However, when it came to confidence, the numbers were slightly lower. While 60 percent strongly agreed they felt more confident, and another 20 percent agreed, this was the lowest-scoring area. The students admitted that before the session, many were worried about being wrong in front of their peers. They appreciated the hands-on practice but noted that being watched by others made them nervous. Despite this initial anxiety, the feedback suggested that the simulation helped them develop the ability to step back, assess a whole situation, and make decisions—skills they described as essential for their future careers.

When the researchers spoke with the students after they had completed their hospital placements, a clear picture emerged about how the simulation fit into their broader education. The students viewed the simulation as a valuable supplement to their real-world training, but not a replacement for it. They felt it was excellent for leveling the playing field; some students had already had extensive experience in intensive care units during their placements, while others had not. The simulation gave everyone a shared baseline of exposure to critical situations. One student noted that it put everyone on an equal footing regarding what they knew and the exposure they had. However, they were firm that simulation could not fully substitute for the experience of being in a hospital. They felt that while it could make up for some missing hours, the unique aspects of real patient care were irreplaceable.

The students also identified specific areas where they wanted more simulation training. They suggested that it should happen earlier in their degree program and cover a wider range of conditions, such as neurology, which they felt unprepared for. They proposed that future sessions could include videos from past students to help newcomers know what to expect, or even the use of actors as patients to increase realism. The consensus was that a hybrid approach, combining simulation with traditional clinical placement, was the ideal path forward. This would allow students to practice difficult skills safely before facing real patients, while still ensuring they gained the full breadth of experience that only a real hospital environment can provide.

Ultimately, the study confirms that simulation-based education is a powerful tool for preparing physiotherapy students. It successfully builds transferable skills like communication and decision-making that students carry with them into their clinical work. While it boosts engagement and satisfaction, it does not automatically erase the fear of the unknown or fully replace the confidence gained from treating real people. The students in this study saw it as a bridge between the classroom and the hospital, a necessary step in their training that should be expanded and integrated more deeply, but never used to take the place of the real thing.