This open access book offers an overview of theories related to simulation and describes different simulation areas within nursing. It illustrates how simulation may be used in different levels in professional education. The book deals with the role of the Simulation Facilitator, peer learning and the use of Virtual Reality in simulation. It provides new insights and paths to the development of the use of simulation within nursing and healthcare and contributes with new knowledge from research and experiences of implementation of different simulating scenarios within nursing and midwifery. It is intended to teachers in nursing and other healthcare professionals with an interest in the use of active learning methods.

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The inspiring story of how a leading innovator in patient safety found a simple way to save countless lives. First, do no harm-doctors, nurses and clinicians swear by this code of conduct. Yet in hospitals and doctors' offices across the country, errors are made every single day - avoidable, simple mistakes that often cost lives. Inspired by two medical mistakes that not only ended in unnecessary deaths but hit close to home, Dr. Peter Pronovost made it his personal mission to improve patient safety and make preventable deaths a thing of the past, one hospital at a time. Dr. Pronovost began with simple improvements to a common procedure in the ER and ICU units at Johns Hopkins Hospital. Creating an easy five-step checklist based on the most up-to-date research for his fellow doctors and nurses to follow, he hoped that streamlining the procedure itself could slow the rate of infections patients often died from. But what Dr. Pronovost discovered was that doctors and nurses needed more than a checklist: the day-to-day environment needed to be more patient-driven and staff needed to see scientific results in order to know their efforts were a success. After those changes took effect, the units Dr. Pronovost worked with decreased their rate of infection by 70%. Today, all fifty states are implementing Dr. Pronovost's programs, which have the potential to save more lives than any other medical innovation in the past twenty-five years. But his ideas are just the beginning of the changes being made by doctors and nurses across the country making huge leaps to improve patient care. In Safe Patients, Smart Hospitals, Dr. Pronovost shares his own experience, anecdotal stories from his colleagues at Johns Hopkins and other hospitals that have made his approach their own, alongside comprehensive research-showing readers how small changes make a huge difference in patient care. Inspiring and thought provoking, this compelling book shows how one person with a cause really can make a huge difference in our lives.

This book compiles state-of-the art and science of health professions education into an international resource showcasing expertise in many and varied topics. It aligns profession-specific contributions with inter-professional offerings, and prompts readers to think deeply about their educational practices. The book explores the contemporary context of health professions education, its philosophical and theoretical underpinnings, whole of curriculum considerations, and its support of learning in clinical settings. In specific topics, it offers approaches to assessment, evidence-based educational methods, governance, quality improvement, scholarship and leadership in health professions education, and some forecasting of trends and practices. This book is an invaluable resource for students, educators, academics and anyone interested in health professions education.

Simulation represents an increasingly effective strategy for addressing the growing lack of clinical placements for today’s nursing students, offering evidence-based, experiential learning opportunities that foster critical thinking and clinical reasoning. Simulation in Nursing Education: From Conceptualization to Evaluation, Third Editionprovides both a foundation for the novice and advanced strategies for the seasoned simulation educator, empowering nursing educators to make informed decisions and ensure success in their simulation programs. Structured around the NLN Jeffries Theory (2015), this updated edition highlights current best practices in simulation design and development, teaching and learning practices, implementation processes and associated learning outcomes. Seven new chapters reflect recent advances and emerging concepts across the full spectrum of simulation strategies, including pre-briefing of simulations, creating simulation cases for Objective Structured Clinical Examinations (OSCES) for graduate nursing programs and the use of virtual simulations and gaming to engage students. “As teachers and learners move away from content-laden curricula to curricula that emphasize experiential learning, it is critical that nurse educators have the requisite knowledge and skills to use simulation to its full potential.” -Susan Gross Forneris, PhD, RN, CNE, CHSE-A, FAAN Director, NLN Center for Innovation in Education Excellence “In Clinical Simulations in Nursing Education, 3rd Edition, Dr. Jeffries continues to highlight best practices in simulation pedagogy...This edition explores how educators and researchers are joining forces to develop more rigorous research studies, testing simulation outcomes across the continuum of education and practice at all levels.” -Susan Gross Forneris, PhD, RN, CNE, CHSE-A, FAAN Director, NLN Center for Innovation in Education Excellence

In today’s quickly changing healthcare environment, simulation has become an indispensable strategy for preparing nursing students to deliver optimal patient care. Clinical Simulations in Nursing Education: Advanced Concepts, Trends, and Opportunities, Second Edition, takes the use of simulations to the next level, exploring innovative teaching/learning methods, new clinical models, and up-to-date best practices for providing high-quality education. From the evolution of clinical simulations to the use of more virtual simulations, incorporation of important constructs such as the social determinants of health, and the use of simulations in nursing education and competency-based testing, this engaging resource continues to provide intermediate and advanced simulation users and advocates with critical considerations for advancing simulation in nursing education. The comprehensive updated second edition focuses on the latest trends and concepts in simulation pedagogy to help nurse educators confidently prepare for their role in developing, planning, implementing, evaluating, and conducting research for effective simulation programs.

Develop the critical assessment, clinical reasoning, and nursing care skills they need to deliver and practice safe and effective patient care. Each realistic, patient-care simulation focuses on a defined clinical domain, critical knowledge and skills, levels of competency, evidenced-based practice guidelines, National Patient Safety Goals, and research-based design characteristics.

Confidently provide best practices in patient care, with the newly updated Lippincott® Nursing Procedures, 9th Edition. More than 400 entries offer detailed, evidence-based guidance on procedures ranging from the most basic patient care to assisting with intricate surgeries. The alphabetical organization allows you to quickly look up any procedure by name, and benefit from the clear, concise, step-by-step direction of nursing experts. Whether you’re a nursing student, are new to nursing, or are a seasoned practitioner, this is your go-to guide to the latest in expert care and positive outcomes.

Background: Simulation enhances experiential learning through creating experience to form the basis of learning, and it has been recognized as an effective pedagogy in current health professions education. As an integral element of simulation, debriefing contributes to transforming the created experience to new knowledge. Video-assisted debriefing (VAD) refers to adding audio-visual capture and review to traditional verbal debriefing (VD). Despite being regarded as ‘gold standard’ for simulation, evidence reporting educational effects of VAD is mixed and its best practice remains absent. Aims: The aims of this thesis were to develop a framework for VAD, to test and compare its effects on prelicensure nursing students’ debriefing experiences, reflective abilities and nursing competencies with VD without video, as well as to explore its potential impact on facilitators’ perceptions and practices following high-fidelity simulation. Design and methods: This thesis comprised of four studies with different research designs. Study I was a systematic review which synthesized the characteristics of existing VAD practices in health professions education and evaluated its effectiveness on learners’ reactions, learning and behaviors. Study II was a proof-of-concept study which developed of a three-phase framework for VAD and tested its preliminary effects on nursing students’ debriefing experiences, reflective abilities, and nursing competencies using a pretest-posttest design. Study III adopted a qualitative method to explore nursing students’ experiences and perspectives of a structured VAD using focus groups. Data were analyzed using thematic analysis approach. Study IV employed a mixed-method research design to investigate the impact of a three-phase VAD on nursing students’ debriefing experiences, perceived stress, as well as facilitators’ perceptions and debriefing practices. Results: Study I showed that existing VAD offered comparable educational effects as VD in terms of learners’ experiences, attitudes, and performance, except on knowledge acquisition. Video did not demonstrate its continuous advantage in debriefing, which informed the absence of best practice. The preliminary results of Study II reported that a three-phase VAD significantly improved students’ debriefing experiences (p<0.001), reflective abilities (p<0.01), and nursing competencies (p<0.001). Study III disclosed an emotional roller coaster experienced by nursing students in VAD, from unwillingness and fear of being judged, followed by stress and defensiveness, to sense of appreciation and satisfaction. Most students agreed that VAD provided a good learning experience with few preferred not to receive peer feedback after video review. Study IV demonstrated that VAD improved nursing students’ debriefing experiences (p=0.01) and caused comparable stress as VD. Repeated exposure to VAD significantly reduced stress levels. VAD also enhanced facilitators’ perceptions and debriefing practices. Conclusions: This project developed a three-phase framework for VAD, and affirmed its educational effects on improving nursing students’ debriefing experiences, reflective abilities, and competencies following high fidelity simulation, with comparable stress experienced as in VD. The finding of an emotional roller coaster experienced by nursing students in VAD challenged the snapshot of negative emotions reported in other studies, offering some clarity to the inconsistent evidence regarding learners’ experiences of VAD and contributing to its best practice. This thesis also proved that this three-phase VAD held the potential to enhance facilitators’ debriefing practices towards student-centered learning. Bakgrund: Att simulera olika vårdsituationer är idag en väl använd pedagogisk metod inom hälsoutbildningarna eftersom erfarenheten av att träna simulering kan förbättra inlärningen. Debriefing ingår som en integrerad del i simuleringen och bidrar till att omvandla erfarenheten till kunskap. Video-assisterad debriefing innebär att simuleringssituationen filmas och filmen används sedan i debriefingen. Trots att det är vanligt att använda video-assisterad debriefing är bevisen för att det är bättre än debriefing utan video oklara. Syfte: Syftet med denna avhandling var att utveckla en strukturerad video-assisterad debriefing att använda i samband med simulering på sjuksköterskeutbildningen. Att sedan testa den på sjuksköterskestudenter för att se om den påverkade deras debriefing erfarenhet, reflektionsförmåga och omvårdnadskompetens jämfört med sjuksköterskestudenter som erhöll debriefing utan video. Syftet var också att utforska handledarnas uppfattning och genomförande av video-assisterad debriefing i samband med simulering. Design och Metod: Avhandlingen består av fyra studier med olika design. Studie 1 var en systematisk litteraturstudie där 23 artiklar innehållande tidigare erfarenheter av videoassisterad debriefing från hälsoutbildningar granskades och syntetiserades. I studie 2 utvecklades en strukturerad video-assisterad debriefing i tre faser som sedan testades på sjuksköterskestudenternas (n=63) debriefing erfarenhet, reflektionsförmåga och omvårdnadskompetens genom en före-efter design. I studie 3 användes en kvalitativ design för att med hjälp av fokusgrupper utforska sjuksköterskestudenternas (n=27) erfarenheter av att använda video-assisterad debriefing. Studie 4 var en mixed-methods studie som undersökte betydelsen av en strukturerad video-assisterad debriefing jämfört med debriefing utan video på sjuksköterskestudenternas (n=145) debriefing erfarenhet och uppfattning av stress i samband med debriefingen. I studie 4 undersöktes även handledarnas (n=8) uppfattningar och genomförande av video-assisterad debriefing. Resultat: Studie 1 visade att video-assisterad debriefing var jämförbart med debriefing utan video vad det gäller erfarenheter, attityder och genomförande men var inte bättre vad det gäller förvärvande av ny kunskap. Resultaten från studie 2 visade att den strukturerade videoassisterade debriefingen signifikant förbättrade sjuksköterskestudenternas debriefing erfarenhet (p<0,001), reflektionsförmåga (p<0,01) och omvårdnadskompetens (p<0,001). Studie 3 visade att strukturerad video-assisterad debriefing var som en emotionell bergodalbana

Authored by expert simulation researchers, educators, nurse practitioner faculty, and clinicians, A Practical Guide for Nurse Practitioner Faculty Using Simulation in Competency-Based Education looks at topics related to simulation design, development, and implementation for nurse practitioner and other graduate-level nursing programs.