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The purpose of this explanatory sequential mixed methods study was threefold. First, this study compared the effects of two different simulation-based instructional strategies on athletic trainers’ clinical competence in performing cardiovascular screening with cardiac auscultations. Second, this study identified the athletic trainers’ perceptions of learning through simulation-based instructional strategies. Third, this study attempted to identify and offer instructional recommendations based on the outcomes. The quantitative phase analyzed cognitive and diagnostic reasoning knowledge and history-taking and clinical skills specific to cardiovascular screenings with cardiac auscultations as it was taught to athletic trainers (ATs) at a continuing professional education (CPE) course. The quantitative results found that high-fidelity and low-fidelity simulation-based instructional strategies significantly increased cognitive and diagnostic reasoning knowledge and history-taking and clinical skill from pre-test to post-test assessment on all dependent variables. When comparing the two fidelity types to each other, the analysis found that the participants in the high-fidelity simulation group gained significantly more skill when compared to the low-fidelity group. In the qualitative analysis of this study, three themes emerged specific to the perceptions of the athletic trainers’ experiences as they learn through simulation-based instructional strategies. The first theme that emerged was a clear indication that participants’ exhibited positive perceptions of learning through simulation-based instructional strategies. The second theme that emerged was that the high-fidelity simulation experience during the pre-assessment and post-assessment raised an awareness of the deficit of knowledge and skills in performing a comprehensive cardiovascular screening with cardiac auscultations. Lastly, the third theme that emerged was specific to the perceived limitations in the effectiveness of low-fidelity simulation and the perceived strengths in the effectiveness of high-fidelity simulation. A few instructional recommendations emerged from this dissertation study. Simulation-based instructional strategies are an ideal teaching method to utilize during continuing professional education courses with athletic trainers. Specifically, this study identified that both, high-fidelity and low-fidelity simulation, are effective in teaching cardiovascular screening with cardiac auscultations. Additionally, the participants perceived influences of a pre-test on the identification of their knowledge and skills deficit suggests that there are benefits of utilizing an authentic simulation pre-test as part of CPE courses.
Today in the United States, the professional health workforce is not consistently prepared to provide high quality health care and assure patient safety, even as the nation spends more per capita on health care than any other country. The absence of a comprehensive and well-integrated system of continuing education (CE) in the health professions is an important contributing factor to knowledge and performance deficiencies at the individual and system levels. To be most effective, health professionals at every stage of their careers must continue learning about advances in research and treatment in their fields (and related fields) in order to obtain and maintain up-to-date knowledge and skills in caring for their patients. Many health professionals regularly undertake a variety of efforts to stay up to date, but on a larger scale, the nation's approach to CE for health professionals fails to support the professions in their efforts to achieve and maintain proficiency. Redesigning Continuing Education in the Health Professions illustrates a vision for a better system through a comprehensive approach of continuing professional development, and posits a framework upon which to develop a new, more effective system. The book also offers principles to guide the creation of a national continuing education institute.
This is a practical guide to the use of simulation in emergency medicine training and evaluation. It covers scenario building, debriefing, and feedback, and it discusses the use of simulation for different purposes, including education, crisis resource management and interdisciplinary team training. Divided into five sections, the book begins with the historical foundations of emergency medicine, as well as education and learning theory. In order to effectively relay different simulation modalities and technologies, subsequent chapters feature an extensive number of practical scenarios to allow readers to build a curriculum. These simulations include pediatric emergency medicine, trauma, disaster medicine, and ultrasound. Chapters are also organized to meet the needs of readers who are in different stages of their education, ranging from undergraduate students to medical directors. The book then concludes with a discussion on the future and projected developments of simulation training. Comprehensive Healthcare Simulation: Emergency Medicine is an invaluable resource for a variety of learners, from medical students, residents, and practicing emergency physicians to emergency medical technicians, and health-related professionals.
Written by a leading team from the Australian Society for Simulation in Healthcare (ASSH), Simulation Australasia, Healthcare Simulation Education is a new resource for a rapidly expanding professional healthcare simulation community. Designed as a core reference for educators who use simulation as an educational method, it outlines theory, evidence and research relevant to healthcare simulation. Containing examples of innovations from around the world, the book offers opportunities to make clear connections between the underlying rationale for the use of simulation, and what this looks like in practice. Healthcare Simulation Education: Helps readers gain a systematic understanding of theory and application of simulation Facilitates access to high quality resources to support healthcare simulation education and research Edited by a leading team from the Australian Society for Simulation in Healthcare (ASSH), the leading body for healthcare simulation in Australia Contains information on educational theory, the elements of simulation practice and contemporary issues in simulation An important text in healthcare literature and practice, Healthcare Simulation Education provides a unique cross-disciplinary overview of an innovative subject area, and is ideal for medical, nursing and allied health educators, policy makers and researchers.
Drawing on decades of industrial experience, this insightful and practical guide uses case studies and an interdisciplinary perspective to explain the fundamentals of simulation training to improve performance of high-risk professional activities. It seeks to identify those conditions under which simulation training has been shown to improve professional practice while employing extensive real examples. Simulation Training: Fundamentals and Application helps readers to develop their own synthesis of the simulation learning method and to use such training to enhance their skills and performance. Case studies demonstrate five specific theatres of professional practice - the nuclear-power industry, aeronautics, surgery, anesthesia and metallurgy – and then detailed analysis highlights the common factors and key results. The author’s background as a Human Factors Consultant, Physicist and Physiologist has enriched studies of humans in work situations, work organization and management and he has also been involved in pedagogical conception of experimental training on simulators based on his experience as a safety expert on nuclear power plant. The book is useful to practitioners, researchers and students, both in industry and in university. It is clearly cross disciplinary as it presents and discusses applications in engineering, professional practice (airline pilots) and medicine.
Lifelong learning has become essential not only for professionals, but also for those they serve. Continuing professional education (CPE), an umbrella term used to describe the continuum of formal, nonformal, and informal learning opportunities that enable practicing professionals to continue to learn and to maintain professional competence across their careers, is the focus of this collection. The volume explores, analyzes, questions, and critiques CPE trends and issues across a variety of contexts, and it highlights new thinking and developments to assist providers and practitioners to re-envision their roles and set new directions in the field of CPE. This collection is inspired by the early seminal works of Cyril Houle who advocated that educational researchers and providers of CPE should listen to the experience of professionals as a basis for supporting their professional learning. This is the 151st volume of the Jossey Bass series New Directions for Adult and Continuing Education. Noted for its depth of coverage, it explores issues of common interest to instructors, administrators, counselors, and policymakers in a broad range of education settings, such as colleges and universities, extension programs, businesses, libraries, and museums.
This book includes more than twenty computer games and simulations for use in teacher training. Each of these simulations is innovative and presents an opportunity for pre-service teachers to have hands-on experience in an area of need prior to teaching in the classroom. Information on the simulation origins, including theoretical underpinnings, goals, characteristics, relevant research/program evaluation results, discussion of benefits and limitations as well as dissemination, recommended use, scope of practice, etc. of each game or simulation are included. Pre-service and new teachers will gain a number of useful skills through completion of these simulations and higher education faculty and administrators will gain a plethora of research-based and effective training tools for use in their teacher training programs.
This new addition to the popular Essentials series provides a broad, general introduction to the topic of simulation within clinical education. An ideal tool for both teaching and learning, Essential Simulation in Clinical Education provides a theoretical and practical introduction to the subject of simulation, whilst also offering strategies for successful use of simulators within general clinical education and demonstrating best practice throughout. This timely new title provides: The latest information on developments in the field, all supported by an evidence-base Content written by a global team of experts Discussion of policy and strategy initiatives to ground simulation within the healthcare context Practical examples of cases, including inter-professional learning. A superb companion for those involved in multi-disciplinary healthcare teaching, or interested in health care education practices, Essential Simulation in Clinical Education is the most comprehensive guide to the field currently available.
Lifelong learning has become essential not only for professionals, but also for those they serve. Continuing professional education (CPE), an umbrella term used to describe the continuum of formal, nonformal, and informal learning opportunities that enable practicing professionals to continue to learn and to maintain professional competence across their careers, is the focus of this collection. The volume explores, analyzes, questions, and critiques CPE trends and issues across a variety of contexts, and it highlights new thinking and developments to assist providers and practitioners to re-envision their roles and set new directions in the field of CPE. This collection is inspired by the early seminal works of Cyril Houle who advocated that educational researchers and providers of CPE should listen to the experience of professionals as a basis for supporting their professional learning. This is the 151st volume of the Jossey Bass series New Directions for Adult and Continuing Education. Noted for its depth of coverage, it explores issues of common interest to instructors, administrators, counselors, and policymakers in a broad range of education settings, such as colleges and universities, extension programs, businesses, libraries, and museums.
Learn best practices for successfully integrating virtual simulation into nursing curriculum Written for students in nurse educator programs, nursing faculty, and other health care educators, Virtual Simulation in Nursing Education unpacks the necessary tools for successful integration of technology into nursing programs. The benefits of virtual simulation in nursing education are innumerable: less expensive, easier to access, and location independent compared with nondigital simulations. Yet the evolving nature of both curricula and technology complicates the implementation of a coherent integration plan. Success requires a coordinated impetus from faculty, administrators, and students to enrich a technologically enhanced learning landscape. With a practical, how-to focus, this book describes the unique dynamics and demands of using virtual simulation as a core teaching method and focuses on the best practices for integrating this technology into the nursing curriculum. The first text to detail systematic strategies for faculty, students, and administrators, Virtual Simulation in Nursing Education examines the most effective teaching methods and activities, discusses challenges and pitfalls to integrating virtual simulation into a curriculum, and examines how learning outcomes are met. With an eye toward motivating students to embrace technology throughout their careers, content illustrates how students can leverage technologies to maximize learning and support practice. Replete with savvy tips from virtual simulation experts, chapters include exemplars that present the models in real-life scenarios, and clinical reasoning questions to reinforce learning. Key Features: Accompanied by an Instructor’s Manual and PowerPoint slides Teaches students of nurse educator programs, nurse educators, and administrators how to successfully use virtual simulation Provides useful tools, best practices, and savvy strategies for integrating technology into the curriculum Includes examples and clinical reasoning questions to reinforce content Demonstrates how students can maximize learning and support practice with virtual simulation technology Provides a firm foundation for students to embrace technology throughout their careers