Muutke küpsiste eelistusi

Mastering Simulation, Second Edition: A Handbook for Sucess 2nd ed. [Pehme köide]

  • Formaat: Paperback / softback, 368 pages, kõrgus x laius x paksus: 254x203x19 mm, kaal: 703 g, 40 Illustrations
  • Ilmumisaeg: 17-Jun-2020
  • Kirjastus: Sigma
  • ISBN-10: 1948057336
  • ISBN-13: 9781948057332
Teised raamatud teemal:
  • Formaat: Paperback / softback, 368 pages, kõrgus x laius x paksus: 254x203x19 mm, kaal: 703 g, 40 Illustrations
  • Ilmumisaeg: 17-Jun-2020
  • Kirjastus: Sigma
  • ISBN-10: 1948057336
  • ISBN-13: 9781948057332
Teised raamatud teemal:

Simulation can be a valuable tool in academic or clinical settings, but technology changes quickly, and faculty, students, and clinicians need to know how to respond. Understanding simulation scenarios and environments is essential when designing and implementing effective programs for interdisciplinary learners. In this fully revised second edition of Mastering Simulation, nationally known experts Janice Palaganas, Beth Ulrich, and Beth Mancini guide students and practitioners in developing clinical competencies and provide a solid foundation for improving patient outcomes. Coverage includes: •Creating simulation scenarios and improving learner performance •Designing program evaluations and managing risk and quality improvement •Developing interprofessional programs and designing research using simulation

Acknowledgments vii
About the Authors viii
Contributing Authors xi
Foreword xxix
Introduction xxxi
1 Foundations of Simulation
1(22)
Introduction to Simulation
1(1)
Definition of Simulation
2(1)
History of Simulation
2(1)
Influential Factors in the Use of Simulation
3(4)
Standards and Guidelines for Simulation-Based Activities
4(1)
Patient Safety and Quality
4(1)
Technology
5(1)
Transformation in Education
5(2)
Simulation Typology
7(4)
Task Trainers
9(1)
Computer-Based Programs
9(1)
Virtual Reality
9(1)
Augmented Reality
9(1)
Haptic Systems
10(1)
Standardized Patients
10(1)
Advanced Patient Simulators
10(1)
Philosophical/Theoretical Foundation of Simulation
11(6)
Legal and Ethical Issues
17(2)
Conclusion
19(4)
References
19(4)
2 Developing Clinical Competence and Confidence
23(18)
Confidence
24(4)
Self-Assessment
24(1)
Motivation
25(2)
Confidence Continuum
27(1)
Competence
28(5)
Assessment
30(1)
Acquiring and Maintaining Competence
31(1)
Competence Continuum
32(1)
The Confidence-Competence Connection
33(1)
Simulation and Clinical Competency
34(3)
Conclusion
37(4)
References
37(4)
3 Creating an Effective Simulation Environment
41(22)
Fidelity
42(11)
Simulated Mannequin Fidelity
44(5)
Environmental Fidelity
49(3)
Psychological Fidelity
52(1)
Developing a Safe Learning Environment
53(3)
Educational Objectives
56(1)
Planning and Preparing for the Simulation Experience
56(4)
Evaluation
60(1)
Conclusion
60(3)
References
61(2)
4 Creating Effective, Evidence-Based Scenarios
63(32)
Relevant Educational Theories and Models
65(3)
Scenario Development
68(14)
Phase I Planning and Pre-briefing
68(10)
Phase II Scenario Implementation
78(1)
Phase III Planning for Debriefing and Evaluation
78(4)
Conclusion
82(13)
References
92(3)
5 Key Concepts in Simulation: Debriefing and Reflective Practice
95(12)
Setting the Stage for Debriefing
96(3)
Learning Objectives
96(1)
Simulation Preparation
97(1)
Debriefing Environment and Pre-briefing
97(1)
Psychological Safety
98(1)
Debriefing Timing and Length
98(1)
Determining the Most Effective Croup Size
99(1)
Facilitating the Debriefing
99(2)
Debriefer Demeanor
100(1)
Debriefer as a Guide
100(1)
Intentional Debriefing
101(1)
Video Review
101(1)
Peer-Led Debriefing
101(1)
Written Debriefing
101(1)
Debriefing Structures and Frameworks
102(1)
3D Model of Debriefing: Defusing, Discovering, and Deepening
102(1)
Debriefing for Meaningful Learning
102(1)
Debriefing With Good Judgment
102(1)
Gather, Analyze, and Summarize (GAS)
102(1)
Outcome Present-State Test (OPT) Model
103(1)
Plus/Delta Debriefing
103(1)
Promoting Excellence and Reflective Learning in Simulation (PEARLS)
103(1)
Evaluating the Debriefing
103(1)
Conclusion
104(3)
References
105(2)
6 Evaluating Simulation Effectiveness
107(1)
Why Evaluate?
107(2)
Kirkpatrick's Framework
109(2)
Guidelines for Evaluations at Each Level
109(1)
Highlights and Challenges of Evaluations at Each Level
110(1)
Measuring Progress
111(1)
INACSL Standards of Best Practice: Simulation Participant Evaluation
111(1)
Instruments and Methods for Evaluation at Each Level
112(4)
Additional Resources for Identifying Existing Instruments
114(1)
Methods for Evaluating Participants in Simulation Endeavors
115(1)
Considerations When Selecting an Instrument
115(1)
Evaluation Exemplar: Academic Setting
116(1)
Evaluation Exemplar: Practice Setting
117(1)
Conclusion
118(3)
References
118(3)
7 Simulation as a Continuous Learning System
121(16)
Integrated Learning at All Levels
124(3)
Simulation Support
125(1)
Examples
126(1)
Educator Development
127(2)
Ongoing and Focused Professional Practice
127(1)
Simulation Support
128(1)
Resources
128(1)
Realistic Simulations of the Entire System and Healthcare Team
129(1)
Simulation Support
129(1)
Examples and Resources
129(1)
Bridging the Education-to-Practice Gap
130(1)
Simulation Support
130(1)
Examples
130(1)
Collecting and Analyzing Data to Continuously Inform Curriculum Design
131(1)
Simulation Support
131(1)
Examples
132(1)
Sharing Content and the Integration of Data
132(1)
Simulation Support
132(1)
Examples
133(1)
Conclusion
133(1)
Acknowledgment
134(3)
References
134(3)
8 Using Simulation With Specific Learner Populations
137(14)
All Learners
139(2)
Prerequisites
139(1)
Welcome Letter
139(1)
Pre-briefing
139(1)
Orientation
140(1)
Vulnerability
140(1)
Death and Dying
140(1)
Learning Objectives
141(1)
Students
141(2)
New Graduate Registered Nurses and Other Novice Clinical Staff
143(4)
Experienced Clinical Staff
147(1)
Community
148(1)
Conclusion
149(2)
References
149(2)
9 Using Simulation for Interprofessional Education and Practice
151(24)
Terms of Reference
154(1)
The Benefits and Challenges of Simulation-Enhanced IPE (Sim-IPE)
154(2)
Themes in Sim-IPE
156(3)
Competencies and Recommendations
159(4)
Characteristics That Influence Outcomes in Sim-IPE
163(5)
The Challenge of Current Literature
163(1)
Educator Characteristics
164(2)
Learner Characteristics
166(2)
Simulation and Evaluation Design
168(1)
Overcoming Challenges
168(4)
Theoretical Frameworks
168(3)
SimBIE Reliability-Validity-Assessment Framework
171(1)
Conclusion
172(3)
References
172(3)
10 Using Simulation in Academic Environments to Improve Learner Performance
175(20)
Educational Theory and Simulation
176(1)
Achieving Objectives Through Simulation
176(8)
Content Delivery
177(5)
Acquisition and Mastery of Psychomotor Skills
182(1)
Preparing Students for Clinical Practice
183(1)
Developing Team-Based and Interprofessional Practice Competencies
184(2)
Aligning Technology With Objectives
186(2)
Using Simulation for Instruction or Evaluation
188(2)
Conclusion
190(5)
References
190(5)
11 Using Simulation in Hospitals and Healthcare Systems to Improve Outcomes
195(14)
Leadership
196(1)
Initial Needs Assessment
197(1)
Initial Program Development
198(1)
Developing a Simulation Lab in a Clinical Setting
199(1)
Initial Simulation Technology Purchases
199(2)
Creating Global and Curriculum-Based Objectives
201(1)
Creating "Real" Simulations in a Lab
201(2)
In-Situ Simulation: Simulation in the "Real" World
203(1)
Staffing Simulation Programs in the Clinical Setting
204(1)
Conclusion
205(4)
References
206(3)
12 Using Simulation for Risk Management and Quality Improvement
209(18)
Safety
209(5)
Patient Safety
210(2)
Clinician Safety
212(1)
Environmental Safety
213(1)
Practices and Processes
214(2)
Process Analyses
215(1)
Process Improvement
215(1)
Process Development
216(1)
Professional Development
216(3)
Self-Assessment
216(1)
Maintenance of Competency
217(1)
Privileging, Reentry, and Expansion of Practice
218(1)
Team Development
218(1)
Medical-Legal Issues
219(3)
Informed Consent
219(1)
Litigation
220(2)
Conclusion
222(5)
References
222(5)
13 Using Simulation for Research
227(20)
Research on Simulation-Based Education
227(7)
Overview of Research on Simulation-Based Education
229(1)
Translating Simulation-Based Research to the Bedside
230(2)
Simulation as a Research Tool
232(1)
A Note on Interpreting the Literature
232(2)
Designing Simulation-Based Research
234(7)
Where to Start: Developing a Research Framework
235(2)
Aims, Hypotheses, and Statistics
237(1)
Measuring Outcomes
238(1)
Other Issues in Designing Simulation-Based Research
239(2)
Human Subjects Research and Informed Consent
241(2)
Vulnerable Populations and Educational Settings
242(1)
Anonymity, Confidentiality, and Privacy
243(1)
Conclusion
243(4)
References
244(3)
14 Defining Roles and Building a Career in Simulation
247(18)
Simulation Program Roles
248(8)
Leadership Roles
250(1)
Simulation Scenario/Curricula Development Role
250(1)
Subject Matter Expert Role
251(1)
Simulation Programmer/Operator Role
251(1)
Educator/Facilitator Role
252(1)
Debriefer Role
252(1)
Evaluator Role
253(1)
Standardized Patient Educator Role
253(1)
Researcher Role
254(1)
Data Analyst Role
254(1)
Simulation Technical Support Role
254(1)
Scheduler/Administrative Assistant Role
255(1)
Other Roles and Skill Sets in Simulation
256(1)
Healthcare Simulation Educator Certification
256(1)
Resources to Get Started and Advance
257(1)
Conclusion
258(7)
References
264(1)
15 Credentialing and Certification in Simulation
265(12)
Licensure
265(1)
Accreditation
266(1)
Certificate Programs
266(1)
Evaluation
267(1)
Professional Certification
268(1)
Principles of Professional Certification
268(1)
Value of Professional Certification
269(1)
A Professional Certification Program for Healthcare Simulationists
269(5)
Practice Analysis
271(2)
Examination Development
273(1)
Future of Certification in Healthcare Simulation
274(1)
Conclusion
274(3)
References
274(3)
16 Designing Simulation Centers for Health Education
277(20)
Structure for Success
279(11)
Steering Group and Design Team
280(1)
Vision and Guiding Principles
280(1)
Curriculum and Utilization Analysis
281(1)
Facility Space Program
282(2)
Simulation Space Types
284(6)
Conceptual Design
290(5)
Schematic Design
292(1)
Design Development
292(2)
Construction Documents
294(1)
Construction Administration
295(1)
Post-occupancy Evaluation
295(1)
Conclusion
295(2)
References
296(1)
17 The Future of Simulation in Healthcare
297(12)
The Use of Simulation, Simulation-Based Education, and Gaming in the Future
298(3)
Potential Curriculum and Programmatic Changes
301(2)
Integrating Emerging Technologies Into Simulation Experiences
303(1)
Certification, Accreditation, and Value Recognition of Simulation
304(1)
Certification and Accreditation
304(1)
Value
305(1)
Integration of Simulation as a Process Improvement Methodology
305(1)
Conclusion
306(3)
References
307(2)
Index 309