Editorial No musician would give a concert without having trained to perfection. No actor or actress would ever go on stage without knowing his or her role. Indeed, artist’s training is really tough! Every movement during and even every bow at the end of their performance are trained to perfection. They invest plenty of time to achieve their one and only goal: to thrill their audience. Imagine a theatre employing untrained musicians and actors! How long would this theatre survive? As in the world of art economic survival has always been also a matter of staff training, many theatres all over the world run well-equipped training facilities. So-called “rehearsal stages” provide the safe environment needed to try out new things, to gain self-confidence and to bring any performance to perfection. Training in the world of art is more than a successful concept – it is a successful culture. What about this culture in healthcare? Do healthcare systems or hospital operators provide comparable safe environments? Are today’s healthcare professionals fully enabled to train their skills before treating real patients? Are there enough facilities and programmes available to meet their needs for simulation-based skills training? And if not: Why is that? From the perspective of critically ill or perhaps even incurable persons all these questions reach a new dimension. Nowadays more and more patients rightly refuse being used as a “learning object” [1]. Using simulation as an educational tool reduces risks for patients as well as for learners, allows repeated skills training and facilitates the transfer of classroom-knowledge to real situations [2]. But simulation is not only about technical skills performance. Simulation-based training paves the way for medical crews working together as medical teams even in critical situations. Simulation has the power to sensitize all people involved in patient care to the impact of human factors on care quality. Structured approaches and tools e.g., the life-saving ‘10-seconds-for-10 minutes” principle [3] might be given a better chance to be put into daily practice by using simulation training and structured debriefing rather than using so-called “traditional” teaching methods. Although significance and benefits of simulation-based training in the wide field of healthcare education have been undisputable for decades, in some respects even for centuries [2, 4], there are still blank spots in the core curricula of medical and paramedical educational institutions. Simulation-based programmes in undergraduate education are often electives, reaching not all students. Moreover compulsory simulation-based training programmes are still very rare in postgraduate education. Nevertheless strong efforts are made all over the world to promote simulation-based training as a vital part of patient-safety-training programmes. In 2009 the World Health Organization (WHO) published a Patient Safety Curriculum Guide for Medical Schools [5] followed by a Multi-professional Edition in 2011 [6]. Both documents emphasize the relevance of multiprofessional training using simulation to enhance patient safety [5, 6]. Although those responsible are mostly aware of the wide range of learning and teaching opportunities of simulation and its positive effects on patient safety, many educational institutions as well as hospital operators tend to show more hidden restraint than support. Correspondence: thomas.wegscheider@medunigraz.at Department of Anesthesiology and Intensive Care Medicine, Division of Special Anesthesiology, Pain-and Intensive Care Medicine, Medical University of Graz, Auenbruggerplatz 29, 8036 Graz, Austria Clinical Skills Center, Medical University of Graz, Graz, Austria
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