Interprofessional Simulation Training Research Articles

Increasing patient safety with neonates via handoff communication during delivery: a call for interprofessional health care team training across GME and CME.

Hospitals have struggled for years regarding the handoff process of communicating patient information from one health care professional to another. Ineffective handoff communication is recognized as a serious patient safety risk within the health care community. It is essential to take communication into consideration when examining the safety of neonates who require immediate medical attention after birth; effective communication is vital for positive patient outcomes, especially with neonates in a delivery room setting. Teamwork and effective communication across the health care continuum are essential for providing efficient, quality care that leads to favorable patient outcomes. Interprofessional simulation and team training can benefit health care professionals by improving interprofessional competence, defined as one’s knowledge of other professionals including an understanding of their training and skillsets, and role clarity. Interprofessional teams that include members with specialization in obstetrics, gynecology, and neonatology have the potential to considerably benefit from training effective handoff and communication practices that would ensure the safety of the neonate upon birth. We must strive to provide the most comprehensive systematic, standardized, interprofessional handoff communication training sessions for such teams, through Graduate Medical Education and Continuing Medical Education that will meet the needs across the educational continuum.

Student Self-Assessment and Faculty Assessment of Performance in an Interprofessional Error Disclosure Simulation Training Program

Objectives. To conduct a prospective evaluation for effectiveness of an error disclosure assessment tool and video recordings to enhance student learning and metacognitive skills while assessing the IPEC competencies. Design. The instruments for assessing performance (planning, communication, process, and team dynamics) in interprofessional error disclosure were developed. Student self-assessment of performance before and after viewing the recordings of their encounters were obtained. Faculty used a similar instrument to conduct real-time assessments. An instrument to assess achievement of the Interprofessional Education Collaborative (IPEC) core competencies was developed. Qualitative data was reviewed to determine student and faculty perceptions of the simulation. Assessment. The interprofessional simulation training involved a total of 233 students (50 dental, 109 nursing and 74 pharmacy). Use of video recordings made a significant difference in student self-assessment for communication and process categories of error disclosure. No differences in student self-assessments were noted among the different professions. There were differences among the family member affects for planning and communication for both pre-video and post-video data. There were significant differences between student self-assessment and faculty assessment for all paired comparisons, except communication in student post-video self-assessment. Students' perceptions of achievement of the IPEC core competencies were positive. Conclusion. The use of assessment instruments and video recordings may have enhanced students' metacognitive skills for assessing performance in interprofessional error disclosure. The simulation training was effective in enhancing perceptions on achievement of IPEC core competencies. This enhanced assessment process appeared to enhance learning about the skills needed for interprofessional error disclosure.

Who learns more in interprofessional mental health simulation training? A study comparing learning outcomes of different professionals who work in mental and physical health care settings

IntroductionSimulation training has the potential to develop communication and teamwork skills, as well as technical knowledge and competency. Mental health simulation training aims to promote awareness of mental health conditions and to enhance human factors (or non-technical) skills that will enable professionals that work in mental and physical healthcare settings to improve their collaborative and patient-centered clinical practice. This study explored the differences in learning outcomes after a mental health simulation course between different professionals–nursing staff, medical staff, and allied health professionals.Aims and objectives This project examined the different learning outcomes of human factors, confidence and knowledge, for nursing, medical and allied health professionals following mental health simulation training.MethodsCourse-specific measures of confidence and knowledge were administered pre- and post-training to all participants, in addition to The Human Factors Skills for Healthcare Instrument (HFSHI). A post-course evaluation for with free-text responses to open questions regarding the impact of the training was utilised to collect qualitative data.ResultsWith data collection ongoing, preliminary results indicate differences in learning outcome depending on professional background, both in terms of quantitative measures and qualitative findings.ConclusionsLearning outcomes may differ for different professionals despite receiving the same simulation training focusing on mental and physical health, evidencing the importance of sharing individual learning experiences in simulation using a debrief model.Disclosure of interestThe authors have not supplied their declaration of competing interest.

Changes in self-efficacy, collective efficacy and patient outcome following interprofessional simulation training on postpartum haemorrhage.

To examine whether interprofessional simulation training on management of postpartum haemorrhage enhances self-efficacy and collective efficacy and reduces the blood transfusion rate after birth. Postpartum haemorrhage is a leading cause of maternal morbidity and mortality worldwide, although it is preventable in most cases. Interprofessional simulation training might help improve the competence of health professionals dealing with postpartum haemorrhage, and more information is needed to determine its potential. Multimethod, quasi-experimental, pre-post intervention design. Interprofessional simulation training on postpartum haemorrhage was implemented for midwives, obstetricians and auxiliary nurses in a university hospital. Training included realistic scenarios and debriefing, and a measurement scale for perceived postpartum haemorrhage-specific self-efficacy, and collective efficacy was developed and implemented. Red blood cell transfusion was used as the dependent variable for improved patient outcome pre-post intervention. Self-efficacy and collective efficacy levels were significantly increased after training. The overall red blood cell transfusion rate did not change, but there was a significant reduction in the use of ≥5 units of blood products related to severe bleeding after birth. The study contributes to new knowledge on how simulation training through mastery and vicarious experiences, verbal persuasion and psychophysiological state might enhance postpartum haemorrhage-specific self-efficacy and collective efficacy levels and thereby predict team performance. The significant reduction in severe postpartum haemorrhage after training, indicated by reduction in ≥5 units of blood transfusions, corresponds well with the improvement in collective efficacy, and might reflect the emphasis on collective efforts to counteract severe cases of postpartum haemorrhage. Interprofessional simulation training in teams may contribute to enhanced prevention and management of postpartum haemorrhage, shown by a significant increase in perceived efficacy levels combined with an indicated reduction of severe postpartum haemorrhage after training.

The 1-3-6 timeline interprofessional simulation training

The 1-3-6 timeline interprofessional simulation training

Learning by viewing versus learning by doing: A comparative study of observer and participant experiences during an interprofessional simulation training

ABSTRACTLarger student groups and pressure on limited faculty time have raised the question of the learning value of merely observing simulation training in emergency medicine, instead of active team participation. The purpose of this study was to examine observers and hands-on participants’ self-reported learning outcomes during simulation-based interprofessional team training regarding non-technical skills. In addition, we compared the learning outcomes for different professions and investigated team performance relative to the number of simulations in which they participated. A concurrent mixed-method design was chosen to evaluate the study, using questionnaires, observations, and focus group interviews. Participants included a total of 262 postgraduate and bachelor nursing students and medical students, organised into 44 interprofessional teams. The quantitative data showed that observers and participants had similar results in three of six predefined learning outcomes. The qualitative data emphasised the importance of participating in different roles, training several times, and training interprofessionally to enhance realism. Observing simulation training can be a valuable learning experience, but the students’ preferred hands-on participation and learning by doing. For this reason, one can legitimise the observer role, given the large student groups and limited faculty time, as long as the students are also given some opportunity for hands-on participation in order to become more confident in their professional roles.

Interprofessional simulation training for perioperative management team development and patient safety.

Establishment of a perioperative management team construct including anaesthesiologists, surgeons, nurses, and other medical staff is essential to optimize safe surgical care. Simulation based education and training provides a unique and effective approach to development of competency and application of relevant technical and non-technical perioperative professional skills such as meta-cognitive ability, caution, shared decision-making, leadership and communication. Development of high functioning perioperative teams can be accomplished through simulation based training.

Can Interprofessional Simulation Training Influence the Frequency of Blood Transfusions After Birth?

(Acta Obstet Gynecol Scand. 2015;94:316–323) Postpartum hemorrhage is defined as an estimated blood loss of >500 mL after vaginal birth and >1000 mL after cesarean delivery. Determining how much blood a patient has lost remains difficult as it is typically assessed by visual estimation, which may underestimate excessive blood loss. Interprofessional simulations of hemorrhage help improve performance and thereby increase patient safety during clinical events. The authors examined whether this type of training could reduce blood loss, during hemorrhage using the rate of red blood cell transfusions as a marker.

Inter-professional Perinatal Simulation training: A valuable educational model to improve competencies amongst student midwives in Brussels, Belgium

Simulation training is a powerful and evidence-based teaching method for students and healthcare professionals. The described educational model of Inter-professional Perinatal Simulation training is the result of a collaborative project with the Erasmus University College Brussels, the Medical School of the Vrije Universiteit Brussel (VUB) and the University Hospital Brussels. This model enhances student midwives to acquire competencies in all fields of midwifery according to national and European legislation and to the International Confederation of Midwives Global Standards for Midwifery Education. In our educational program, simulation training enhanced the achievement of decision-making and inter-professional communication competences.

Effective interprofessional simulation training for medical and midwifery students

IntroductionGood interprofessional teamworking is essential for high quality, efficient and safe clinical care. Undergraduate interprofessional training has been advocated for many years to improve interprofessional working. However, few successful initiatives...

Reducing Pregnancy‐Related Morbidity and Mortality by Implementing a Comprehensive Quality and Patient Safety Program Beyond the Joint Commission's Perinatal Core Measures

Paper Presentation Purpose for the Program To reduce pregnancy‐related morbidity and mortality in a large, academic, high‐risk obstetric service in a large, free‐standing, pediatric hospital in the southwestern United States. Proposed Change To develop and implement an evidence‐based perinatal quality and patient safety program. Implementation, Outcomes, and Evaluation An interprofessional team reviewed the literature to identify evidence‐based structures and processes that were associated with increased process reliability and improved patient safety outcomes. With support and approval from senior‐level organization leaders and strong partnerships with key stakeholders, the program was implemented in the spring of 2012. Key structures included safety as a core value and nurse staffing and educational preparation. Key processes included daily safety briefs, safety rounds, interprofessional team simulation training, and adherence to evidence‐based care guidelines. To augment the quality and safety program and to address active and latent threats to patient safety identified during event debriefs and safety rounds, an interprofessional subgroup developed and implemented a massive transfusion protocol. The rate of obstetric adverse events (OBAE) was selected as the program's outcome measure. The OBAE rate is a composite measure of quality and comprises eight maternal and four fetal measures, calculated as the number of monthly deliveries complicated by one or more maternal or fetal adverse events, multiplied by 100. The baseline rate of OBAE through November of 2012 was 2.01%. During the next 12 months, despite a rapidly increasing delivery volume, the OBAE was reduced 37%. As of August 2014, the OBAE rate in this obstetric service was 1.05%, which reflects an additional 17.3% reduction. Implications for Nursing Practice Although obstetric patient care is delivered by teams, nurses are in a unique position to guide, influence, and lead quality and safety improvements. Nurses have nearly constant presences, are broadly trusted as patient advocates, and are able to identify and report early signs of compromise. Supported by a comprehensive quality and patient safety program in partnership with other key members of the obstetric patient care team, nurses can reduce pregnancy‐related morbidity and mortality.

Evaluating the introduction of extracorporeal life support technology to a tertiary-care pediatric institution: Smoothing the learning curve through interprofessional simulation training

BackgroundExtracorporeal life support (ECLS) is a life-saving technology for the critically ill child. Our objective was to evaluate the outcomes of an educational curriculum designed to introduce an ECLS program to a noncardiac pediatric surgical center. MethodsAn interdisciplinary curriculum was developed consisting of didactic courses, animal labs, simulations, and debrief sessions.We reviewed all patients requiring ECLS between October 2011 and December 2013. All health care practitioners involved in the ECLS training curriculum were surveyed to evaluate their perception of the educational program. Primary outcomes include successful cannulation and 30-day survival. ResultsThe knowledge and confidence improved with statistical significance (p<0.0001–0.0003) for all of the components of the training curriculum. The highest score was given to the simulations. Twenty-one patients underwent cannulation. All patients were successfully cannulated to bypass, including six (28.6%) ECPR. Median time from activation to cutting was 52min (IQR 40–72), and from cutting to bypass 40min (IQR 30–45). Sixteen patients (76.2%) were decannulated to a sustainable cardiac rhythm and survived 30-days. ConclusionAn ECLS curriculum incorporating simulation and dedicated practice seems to have eliminated the potential learning curve associated with the introduction of a complex technology to a novice environment.

Can inter-professional simulation training influence the frequency of blood transfusions after birth?

ObjectiveTo investigate whether inter-professional simulation training influenced the rate of red blood cell (RBC) transfusions after birth.DesignTwo cohorts were compared retrospectively using a pre–post design.SettingNorwegian university hospital with 4800 deliveries annually.PopulationWomen with estimated blood loss >500 mL within 24 h after birth in 2009 and 2011.MethodsIn 2010, all maternity staff attended a 6-h, scenario-based training on emergency obstetrics including postpartum hemorrhage, using a birthing simulator. The simulation focused on prevention, identification, and treatment of postpartum hemorrhage and on communication and leadership. Debrief immediately after the scenarios involved reflection and self-assessment.Main outcome measuresThe frequency of women receiving RBC transfusions as a marker for blood loss. Secondary outcome was the frequency of surgical procedures in the management of postpartum hemorrhage.ResultsIn 2009, 111/534 (20.8%) women with estimated blood loss >500 mL after birth received RBC transfusions vs. 67/546 (12.3%) in 2011 (p < 0.01). The adjusted odds ratio for women receiving RBC transfusions in 2011 vs. 2009 was 0.53 (95% CI 0.38–0.74). Parity, oxytocin augmentation, duration of second stage, episiotomy, operative vaginal delivery, and sphincter injury were included in the final model. The odds ratio was stable in all combinations of possible confounders. We observed a significant reduction in the frequencies of curettage (p < 0.01) and uterine artery embolizations (p = 0.01).ConclusionWe found a significant reduction in RBC transfusions after birth, which might be associated with mandatory simulation training. A causal link cannot be documented because of complex interactions of several variables.

Interprofessional simulation-based education program: A promising approach for changing stereotypes and improving attitudes toward nurse–physician collaboration

An effective working relationship between physicians and nurses is enhanced by fostering positive perceptions and collaborative attitudes between the two professions. This brief paper examines the effect of an interprofessional simulation-based communication education program in enhancing medical and nursing students' perceptions of each other's profession and their attitudes toward nurse–physician collaboration. Pretest–Posttest design was conducted on 96 medical and nursing students who demonstrated the existence of professional stereotypes in the baseline data. This study showed that by promoting open communication, shared information and decision-making, mutual respect, and trust during the interprofessional simulation training, a positive transformation on the stereotypes and attitudes toward nurse–physician collaboration can be achieved.

Interprofessional simulation training improves knowledge and teamwork in nursing and medical students during internal medicine clerkship

Simulation is effective at improving healthcare students' knowledge and communication. Despite increasingly interprofessional approaches to medicine, most studies demonstrate these effects in isolation. We enhanced an existing internal medicine curriculum with immersive interprofessional simulations. For ten months, third-year medical students and senior nursing students were recruited for four, 1-hour simulations. Scenarios included myocardial infarction, pancreatitis/hyperkalemia, upper gastrointestinal bleed, and chronic obstructive pulmonary disease exacerbation. After each scenario, experts in medicine, nursing, simulation, and adult learning facilitated a debriefing. Study measures included pre- and post-tests assessing self-efficacy, communication skills, and understanding of each profession's role. Seventy-two medical students and 30 nursing students participated. Self-efficacy communication scores improved for both (medicine, 18.9 ± 3.3 pretest vs 23.7 ± 3.7 post-test; nursing, 19.6 ± 2.7 pretest vs 24.5 ± 2.5 post-test). Both groups showed improvement in "confidence to correct another healthcare provider in a collaborative manner" (Δ = .97 medicine, Δ = 1.2 nursing). Medical students showed the most improvement in "confidence to close the loop in patient care" (Δ = .93). Nursing students showed the most improvement in "confidence to figure out roles" (Δ = 1.1). This study supports the hypothesis that interdisciplinary simulation improves each discipline's self-efficacy communication skills and understanding of each profession's role. Despite many barriers to interprofessional simulation, this model is being sustained.

Within the Bachelor of Science (Midwifery) Course: A day of Hi-Fi simulation midwifery emergencies

Simulation training is a powerful and evidence-based teaching method for students and healthcare professionals. The described educational model of Inter-professional Perinatal Simulation training is the result of a collaborative project with the Erasmus University College Brussels, the Medical School of the Vrije Universiteit Brussel (VUB) and the University Hospital Brussels. This model enhances student midwives to acquire competencies in all fields of midwifery according to national and European legislation and to the International Confederation of Midwives Global Standards for Midwifery Education. In our educational program, simulation training enhanced the achievement of decision-making and inter-professional communication competences.

The history of medical simulation

The historical roots of simulation might be described with the broadest definition of medical simulation: “an imitation of some real thing, state of affairs, or process” for the practice of skills, problem solving, and judgment. From the first “blue box” flight simulator to the military's impetus in the transfer of modeling and simulation technology to medicine, worldwide acceptance of simulation training is growing. Large collaborative simulation centers support the expectation of increases in multidisciplinary, interprofessional, and multimodal simulation training. Virtual worlds, both immersive and Web-based, are at the frontier of innovation in medical education.

Improving patient safety by using interprofessional simulation training in health professional education

Modern medicine is complex. Reports and surveys demonstrate that patient safety is a major problem. Health educators focus on professional knowledge and less on how to improve patient care and safety. The ability to act as part of a team, fostering communication, co-operation and leadership is seldom found in health education. This paper reports the findings from pilot testing a simulated training program in interprofessional student teams. Four teams each comprising one medical, nursing, and intensive nursing student (n = 12), were exposed to two simulation scenarios twice. Focus groups were used to evaluate the program. The findings suggest that the students were satisfied with the program, but some of the videos and simulation exercises could be more realistic and more in accordance with each other. Generally they wanted more interprofessional team training, and had learned a lot about their own team performance, personal reactions and lack of certain competencies. Involving students in interprofessional team training seem to be more likely to enhance their learning process. The students' struggles with roles, competence and team skills underline the need for more focus on combining professional knowledge learning with team training.