Long-Term Retention of Teamwork Skills After Simulation-Based Training in Acute Care

Imagine you are the captain of a spaceship, but instead of flying through the stars, you are navigating a chaotic emergency room. In these high-pressure moments, knowing how to perform a medical procedure is only half the battle; the other half is knowing how to talk to your crew, share the load, and make split-second decisions together without anyone panicking. This is what scientists call "teamwork skills," and in the world of medicine, they are just as critical as knowing how to use a scalpel. To practice these skills without risking real patients, doctors and nurses use "simulation." Think of this like a flight simulator for pilots: a safe, controlled environment where teams can crash, argue, and fix mistakes over and over again until they get it right. But here is the big question that has puzzled educators for years: If you practice today, will you still remember how to work as a team next year, or will the skills fade away like a forgotten song?

This study set out to answer that exact question by tracking hundreds of healthcare workers—doctors, nurses, and specialists—who went through a special teamwork training course. The researchers didn't just check their skills right after the class; they waited a whole year to see if the lessons stuck. They used a specific scoring system called the "TEAM" tool, which acts like a report card for how well a team communicates, leads, and supports each other during a crisis. The study followed 688 clinicians from a major hospital in Spain, watching how their scores changed from before the training, immediately after, and one year later. They also looked at what made some people perform better than others, such as whether they had done similar training recently or if their age or job title mattered.

The results were like watching a video game character level up and then keep most of those new stats even after a long break. Right before the training, the average teamwork score was a modest 4.47. Immediately after the simulation course, the team's performance skyrocketed to an impressive 8.69. It was as if they had suddenly unlocked a superpower. But the real magic happened a year later. While the scores did dip slightly from that immediate high point, they didn't crash back down to the starting line. Instead, they settled at a strong 6.98. This means that even after twelve months, the clinicians were still performing significantly better than they were before they ever stepped into the simulation room. The training didn't just give them a temporary boost; it built a lasting foundation.

The study also discovered what helped keep those skills sharp. It turns out that the most important factor wasn't how old you were or whether you were a doctor or a nurse. Instead, the secret sauce was recent practice. Clinicians who had done high-fidelity simulation (the most realistic kind) or advanced life support training in the two years leading up to this study were the ones who scored the highest. It's like playing a sport: if you keep practicing regularly, your muscle memory stays strong. Interestingly, it didn't matter if the training happened in a fancy, high-tech simulation center or right inside the actual hospital wards; the quality of the teaching and the "debriefing" (where the team discusses what went well and what didn't) mattered far more than the location.

However, the paper is careful to point out that while these skills improved in the simulation, we can't be 100% sure they transferred perfectly to real-life emergencies just from this data. The study suggests that to keep teamwork skills at their peak, healthcare teams should probably get a "refresher" course about once a year. It's a bit like going to the gym; if you stop working out, you lose some strength, but if you keep going, you stay fit. The researchers found that regular, high-quality practice is the key to ensuring that when a real emergency strikes, the team doesn't just remember the moves, but remembers how to move together.