Muutke küpsiste eelistusi

Mastering Simulation: A Handbook for Success [Pehme köide]

  • Formaat: Paperback / softback, 374 pages, kõrgus x laius x paksus: 229x185x25 mm, kaal: 816 g, Figures; Tables, black and white; Illustrations, black and white
  • Ilmumisaeg: 13-Sep-2013
  • Kirjastus: SIGMA Theta Tau International, Center for Nursing Press
  • ISBN-10: 1938835034
  • ISBN-13: 9781938835032
Teised raamatud teemal:
  • Pehme köide
  • Hind: 64,45 €*
  • * saadame teile pakkumise kasutatud raamatule, mille hind võib erineda kodulehel olevast hinnast
  • See raamat on trükist otsas, kuid me saadame teile pakkumise kasutatud raamatule.
  • Kogus:
  • Lisa ostukorvi
  • Tasuta tarne
  • Lisa soovinimekirja
  • Formaat: Paperback / softback, 374 pages, kõrgus x laius x paksus: 229x185x25 mm, kaal: 816 g, Figures; Tables, black and white; Illustrations, black and white
  • Ilmumisaeg: 13-Sep-2013
  • Kirjastus: SIGMA Theta Tau International, Center for Nursing Press
  • ISBN-10: 1938835034
  • ISBN-13: 9781938835032
Teised raamatud teemal:
This book is a handbook for individuals working in or preparing to work in simulation and for academic and service organizations that are using simulation or are planning to use simulation. It provides the knowledge needed to become a simulation professional and information on how to best use that knowledge to effectively use simulation in their organizations. Evidence-based and pragmatic, this book raises awareness of the knowledge and expertise required to utilize simulation strategies.
About the Authors vii
Contributing Authors ix
Foreword xxxiii
Carol Bradley
Foreword xxxv
Suzie Kardong-Edgren
Introduction xxxvii
1 Foundations of Simulation
1(26)
Sharon Decker
Sandra Caballero
Chris McClanahan
Introduction to Simulation
1(1)
History of Simulation
2(1)
Influential Factors
3(3)
Patient Safety and Quality
3(1)
Technology
4(1)
Transformation in Education
4(2)
Definition of Simulation
6(1)
Simulation Typology
7(4)
Task Trainers
9(1)
Standardized Patients
9(1)
Computer-Based Programs
10(1)
Virtual Reality
10(1)
Haptic Systems
10(1)
Advanced Patient Simulators
10(1)
Theoretical Foundation of Simulation
11(7)
Philosophic Foundations
11(3)
Educational Principles
14(4)
Legal and Ethical Issues
18(3)
Conclusion
21(6)
References
21(6)
2 Developing Clinical Competence and Confidence
27(22)
Pamela Andreatta
Jody R. Lori
Confidence
28(5)
Self-Assessment
28(2)
Motivation
30(2)
Confidence Continuum
32(1)
Competency
33(5)
Assessment
35(1)
Acquiring and Maintaining Competence
36(2)
Competence Continuum
38(1)
The Confidence-Competence Connection
38(2)
Simulation and Clinical Competency
40(4)
Conclusion
44(5)
References
44(5)
3 Creating Effective Simulation Environments
49(38)
Teresa N. Gore
Lori Lloce
Fidelity
52(15)
Mannequin Fidelity
52(8)
Environmental Fidelity
60(6)
Psychological Fidelity
66(1)
Starting Point
67(1)
Safe Learning Environment
68(3)
Educational Objectives
71(1)
Planning
71(6)
Evaluation
77(1)
Conclusion
78(9)
References
84(3)
4 Creating Effective, Evidence-Based Scenarios
87(38)
Valerie M. Howard
Scenario Development
92(18)
Phase I: Planning and Pre-Briefing
92(13)
Phase II: Planning for Scenario Implementation
105(2)
Phase III: Planning for Debriefing and Evaluation
107(3)
Pilot Testing and Periodic Review
110(1)
Conclusion
111(14)
References
123(2)
5 Debriefing and Reflective Practice
125(18)
Shelly J. Reed
Setting the Stage for Debriefing
127(4)
Learning Objectives
127(1)
Environment
128(1)
Length and Timing
129(1)
Group Size
130(1)
Facilitator
130(1)
Debriefing Types
131(2)
Discussion Alone
132(1)
Discussion of a Video Recording
132(1)
Written Debriefing
133(1)
Debriefing Structures
133(3)
Debriefing for Meaningful Learning
134(1)
Debriefing with Good Judgment
134(1)
Outcome, Present State, Test Model Debriefing
135(1)
Other Debriefing Structures
135(1)
Evaluating Debriefing
136(2)
Debriefing Experience Scale (DES)
136(1)
Debriefing Assessment for Simulation in Healthcare (DASH)
137(1)
Debriefing Training
138(1)
Conclusion
139(4)
References
139(4)
6 Evaluating Simulation Effectiveness
143(16)
Katie Anne Adamson
Why Evaluate?
144(1)
Kirkpatrick's Framework
145(3)
Guidelines for Evaluations at Each Level
146(1)
Highlights and Challenges of Evaluations at Each Level
147(1)
Measuring Progress
148(1)
Instruments and Methods for Evaluation at Each Level
148(4)
Additional Resources for Identifying Existing Instruments
149(1)
Methods for Evaluating Participants in Simulation Endeavors
150(1)
Considerations When Selecting an Instrument
151(1)
Evaluation Exemplar---Academic Setting
152(2)
Evaluation Exemplar---Practice Setting
154(1)
Conclusion
155(4)
References
156(3)
7 Using Simulation With Specific Learner Populations
159(16)
Carol Cheney
Karen Josey
Linda Tinker
All Learners
161(2)
Pre-Briefing
161(1)
Orientation
162(1)
Vulnerability
162(1)
Death and Dying
163(1)
Learning Objectives
163(1)
Students
163(2)
Bridging the Gap
164(1)
New Graduate Registered Nurses
165(5)
Experienced Clinical Staff
170(2)
Community
172(1)
Conclusion
173(2)
References
174(1)
8 Using Health Care Simulation for Interprofessional Education and Practice
175(30)
Janice C. Palaganas
Terms of Reference
178(2)
State of the Science
180(1)
The Benefits and Challenges of Simulation-Enhanced IPE
181(5)
Themes in Simulation-Enhanced IPE
183(3)
Getting Started
186(5)
Competencies and Recommendations
186(5)
Characteristics That Influence Outcomes in Simulation-Enhanced IPE
191(7)
The Challenge of a New Science
191(1)
Educator Characteristics
192(4)
Learner Characteristics
196(2)
Simulation and Evaluation Design
198(1)
Overcoming Challenges
199(2)
Theoretical Frameworks
199(1)
SimBIE RVA Framework
199(2)
Conclusion
201(4)
References
201(4)
9 Using Simulation in Academic Environments to Improve Learner Performance
205(20)
Deborah Becker
Educational Theory and Simulation
206(1)
Achieving Objectives Through Simulation
207(8)
Content Delivery
208(4)
Acquisition and Mastery of Psychomotor Skills
212(1)
Early Recognition and Rescue of Patients
213(2)
Developing Team-Based and Interprofessional Practice Competencies
215(2)
Aligning Technology With Objectives
217(2)
Using Simulation for Instruction or Evaluation
219(3)
Conclusion
222(3)
References
222(3)
10 Using Simulation in Hospitals and Health Care Systems to Improve Outcomes
225(16)
Jennifer L. Manos
Thomas E. LeMaster
Leadership
227(1)
Initial Needs Assessment
228(1)
Initial Program Development
229(1)
Developing a Simulation Lab in a Clinical Setting
230(1)
The Initial Simulation Technology Purchases
231(1)
Creating Global and Curriculum-Based Objectives
232(1)
Creating "Real" Simulations in a Lab
232(2)
In Situ Simulation: Simulation in the "Real" World
234(2)
Implementing a Hospital-Based In Situ Simulation Program
234(2)
Staffing Simulation Programs in the Clinical Setting
236(1)
Conclusion
237(4)
References
238(3)
11 Using Simulation for Risk Management and Quality Improvement
241(20)
Pamela Andreatta
David Marzano
Jody R. Lori
Safety
242(5)
Patient Safety
242(2)
Clinician Safety
244(2)
Environmental Safety
246(1)
Practices and Processes
247(3)
Process Analyses
248(1)
Process Improvement
248(1)
Process Development
249(1)
Professional Development
250(3)
Self-Assessment
250(1)
Maintenance of Competency
250(2)
Privileging, Reentry, and Expansion of Practice
252(1)
Team Development
252(1)
Medico-Legal Issues
253(4)
Informed Consent
253(2)
Litigation
255(2)
Conclusion
257(4)
References
257(4)
12 Using Simulation for Research
261(24)
Regina G. Taylor
Gary L. Geis
Definitions
261(2)
Overview of Simulation Research
263(6)
Why Simulation Is an Effective Strategy
263(1)
Evidence That Supports the Use of Simulation
264(2)
Evidence That Questions the Use of Simulation
266(1)
Outcomes to Strive For
267(2)
Designing a Research Project Using Simulation
269(4)
Where to Start
269(2)
Aims, Objectives, and Hypotheses
271(1)
Identifying Measures
271(2)
Outcome Measures
273(3)
Special Concerns for Research With Students and Employees
276(1)
Team Measures Versus Individual Measures
277(1)
Informed Consent
278(1)
Anonymity, Confidentiality, and Privacy
279(1)
Coming Full Circle: Translating Simulation-Based Research to the Bedside
280(1)
Conclusion
281(4)
References
281(4)
13 Defining Roles and Building a Career in Simulation
285(22)
Carol Cheney
Karen Josey
Simulation Program Roles
286(11)
Administrator/Leader/Coordinator Role
287(1)
Simulation Scenario/Curricula Development Role
288(1)
Subject Matter Expert Role
289(1)
Programming/Simulation Operator/Driver Role
289(2)
Facilitator Role
291(1)
Debriefer Role
291(1)
Evaluator Role
292(1)
Researcher Role
293(1)
Data Analyst Role
293(1)
Technical Support Role
294(1)
Audiovisual Role
295(1)
Scheduler/Administrative Assistant Role
295(1)
Other Roles and Skill Sets in Simulation
295(2)
Health Care Simulation Educator
297(1)
Resources to Get Started and Advance
297(1)
Conclusion
298(9)
References
306(1)
14 Credentialing and Certification in Simulation
307(14)
Andrew Spain
Joseph O. Lopreiato
Licensure
308(1)
Accreditation
308(1)
Certificate Programs
309(2)
Evaluation
311(1)
Professional Certification
311(3)
Principles of Professional Certification
312(1)
Value of Professional Certification
313(1)
A Professional Certification Program for Health Care Simulation Educators
314(4)
Practice Analysis
315(1)
Examination Development
316(1)
Certification Launch
317(1)
Future of Certification in Health Care Simulation
318(1)
Conclusion
319(2)
References
319(2)
15 Developing and Building a Simulation Center
321(24)
Beverly Dorney
Cynthia Walston
Sharon Decker
First Things First
322(5)
Planning Team: Steering Committee and Design Team
323(1)
Needs Assessment
324(1)
Vision and Strategy
325(2)
Gathering Information and Benchmarking
327(2)
Space Requirements
329(6)
Large Learning Lab
329(1)
Medium Learning Lab
330(1)
Small Rooms
331(1)
Exam Rooms
331(1)
Conference Rooms/Classrooms/Debriefing Rooms
331(2)
Storage Areas
333(1)
Control Areas
334(1)
Administrative Support Spaces
335(1)
Space Program
335(1)
Conceptual Design
336(1)
Detailed Design
337(1)
Construction and Transition Planning
337(2)
Staffing and Resources
337(2)
Funding and Planning Resources
339(2)
Resources
341(1)
Lessons Learned
342(1)
Conclusion
343(2)
References
344(1)
16 The Future of Simulation in Health Care
345(16)
Pamela R. Jeffries
Eric B. Bauman
John J. Schaefer
How Simulation, Simulation-Based Pedagogy, and Gaming Will Be Used in the Future
346(3)
Potential Curriculum and Programmatic Changes
349(2)
The Integration of Emerging Technologies Into Simulation Experiences
351(1)
Certification, Accreditation, and Value Recognition of Simulation
352(3)
Certification and Accreditation
353(1)
Value
354(1)
Integration of Simulation as a Process Improvement Methodology
355(1)
Conclusion
356(5)
References
357(4)
Appendix Resources 361(2)
Index 363