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Sbme state of the science 2

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Progressive simulation for pediatric skills training Adam Dubrowski, PhD
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Page 1: Sbme state of the science 2

Progressive simulation for pediatric skills training

Adam Dubrowski, PhD

Page 2: Sbme state of the science 2

Progressive simulation for pediatric skills training

Adam Dubrowski, PhD

Page 3: Sbme state of the science 2

Progressive simulation for pediatric skills training

Adam Dubrowski, PhD

Page 4: Sbme state of the science 2

const ruct iv i sm

Explains how knowledge is constructed when information comes into contact with existing knowledge that has been developed by experiences.

Page 5: Sbme state of the science 2

A number of studies suggest skills learned in simulation

improve

McGaghie 2011, Gurusamy 2008, Nestle 2011

Page 6: Sbme state of the science 2

A number of studies suggest skills learned in simulation

can transfer to the clinical

setting

Sturm 2008, Grancharov 2009, Seymour 2002, Barusk 2009a, Park 2007, Wahidi

2010

Page 7: Sbme state of the science 2

simulation works

Page 8: Sbme state of the science 2

simulation worksHow and why

Page 9: Sbme state of the science 2

simulatorsrange of

Page 10: Sbme state of the science 2

clinical settings

range of

Page 11: Sbme state of the science 2

optimize

learning outcomes

structures

Page 12: Sbme state of the science 2

Description & Justification

Page 13: Sbme state of the science 2

Theoretical & ConceptualFrameworks

Cook, 2008; Cook 2010; Diekmann 2011; Cook, 2012

Page 14: Sbme state of the science 2

MRC 2000, 2008; McGaghie 2011

A complex intervention

Page 15: Sbme state of the science 2

“[Move] away from research that is intended to prove the effectiveness of … educational endeavours and towards research that aims to understand the complexity inherent in those activities”

Eva, 2010

Page 16: Sbme state of the science 2

Need research focuses on instructional design.

Page 17: Sbme state of the science 2

[…] is the practice of creating "instructional experiences which make the acquisition of knowledge and skill more efficient, effective, and appealing."

Merrill et al., 1996

I n s t ruc t i ona l Des ign

Page 18: Sbme state of the science 2

Scerbo, 2007; Dieckmann 2007

Page 19: Sbme state of the science 2

Norman, 2012

Authenticity of the simulated environment is of paramount importance

Page 20: Sbme state of the science 2

Authenticity LearningTransferM

ore

Page 21: Sbme state of the science 2

Kneebone, 2005

EssentialContextual Realities

Page 22: Sbme state of the science 2

• Learning specificity (Schmidt and Lee, 2011)

• Situated learning (Brown 1989; Nestle 2009)

• Context and encoding specificity (Godden and Badley 1975; Wright 1996)

• Identical elements theory (Thorndike, 1903)

Motor Learning and Cognitive Theories

Page 23: Sbme state of the science 2

Evidence

Page 24: Sbme state of the science 2

Dieckmann 2007

conflicting results

Page 25: Sbme state of the science 2

Kassab 2011

Novices laparoscopic cholecystectomy

contextualized

Vs

decontextualized

Page 26: Sbme state of the science 2

Anastakis et. al., Matsumoto et. al. and Grober et. al.

Novices anastomosis

High realismVs

Low realism

Page 27: Sbme state of the science 2

Scerbo et al 2004, 2006

Novices intravenous cannulation and phlebotomy

High realismVs

Low realism

Page 28: Sbme state of the science 2

Sidhu et. al. 2007

Experienced Anastomosis

High realismVs

Low realism

Page 29: Sbme state of the science 2

Sidhu et. al. 2007

Novice Anastomosis

High realism

Vs

Low realism

Page 30: Sbme state of the science 2

Task ComplexityLearner

Expertise

Page 31: Sbme state of the science 2

• Cognitive Load Theory (Sweller, 1988; van Merrienboer and Sweller, 2010)

• Elaboration Theory(Reigeluth, 2007)

Competing Theories

Page 32: Sbme state of the science 2

Cognitive Load

Theory (CLT)

Sweller, 1988; van Merrienboer and Sweller, 2010

Page 33: Sbme state of the science 2

Infinite Long-Term

Memory

weller, van Merrienboer, Paas 1998

Page 34: Sbme state of the science 2

Severely Limited

Working Memory

Multitasking

weller, van Merrienboer, Paas 1998

Page 35: Sbme state of the science 2

Technical skill training improves the ability to learn

Kurahashi et. al. 2011

Page 36: Sbme state of the science 2

Practice: Trained SkillsTest

WrittenTest

1 week rest

No practice: Novice

Kurahashi et. al. 2011

Page 37: Sbme state of the science 2

Skills Test: Expert Opinion

05

10152025

Written Test: Score

05

1015

2025

TrainedNovice Novice

TrainedNovice Novice

Kurahashi et. al. 2011

Page 38: Sbme state of the science 2

Significant load is placed on novices

when there is a high degree of

interactivity between elements

of information presented.

Sweller, van Merrienboer and Paas, 1998

Page 39: Sbme state of the science 2

Brunken 2002 in Brunken 2003

Cognitive Load Theory does not provide direct guidance for how to moderate load to optimize learning

Page 40: Sbme state of the science 2

Reigeluth, 2007

ElaborationTheory

recommends the use of a simple-to-complex instructional sequences

Page 41: Sbme state of the science 2

Progress i ve Sequenc ing

Page 42: Sbme state of the science 2

Deconstruct the procedure into smaller sub-tasks

Gallagher, 2005; Cristancho, Moussa, Dubrowski, 2012

Page 43: Sbme state of the science 2

Take on the procedure in its entirety

Brydges 2007

Page 44: Sbme state of the science 2

Serial Multisegment

ed Tasks

Brydges 2007; Park 2004

Page 45: Sbme state of the science 2

Dubrowski et. al. 2005 , Brydges et. al. 2007

Practicing the procedure

as a Whole

Page 46: Sbme state of the science 2

Naylor and Briggs, 1963

ChoicesInteractivity and coordination between constituent motor and cognitive skills

Page 47: Sbme state of the science 2

Coordinating progressive levels of simulation fidelity to maximize educational benefit.

Brydges et al., 2010

Page 48: Sbme state of the science 2

Guadagnoli & Lee [2004]

Progressive Learning

Page 49: Sbme state of the science 2

Low complexity

VR Simulator

Brydges et al., 2010

Page 50: Sbme state of the science 2

Sim-Man

High complexity

Brydges et al., 2010

Page 51: Sbme state of the science 2

Progressive

VR Simulator

Brydges et al., 2010

Page 52: Sbme state of the science 2

Progressive

VR Simulator

Arm Simulator

Brydges et al., 2010

Page 53: Sbme state of the science 2

Progressive

VR Simulator

Arm Simulator

Sim-Man

Brydges et al., 2010

Page 54: Sbme state of the science 2

Transfer Test

Integrated Procedural Performance Instrument (IPPI) scenario.

Brydges et al., 2010

Page 55: Sbme state of the science 2

*

IPPI ra

ting

0

10

20

30

40

50*

* P < .05

Delayed Transfer-test

Progressive High LowBrydges et al., 2010

Page 56: Sbme state of the science 2

Progressive learning provides a match between student experience and simulator fidelity.

Brydges et al., 2010

Page 57: Sbme state of the science 2

A Bad Place

To learn how to tie a knot

Page 58: Sbme state of the science 2

S imu la t i on

Page 59: Sbme state of the science 2

simulation works

Page 60: Sbme state of the science 2

simulation worksHow and why

Page 61: Sbme state of the science 2

T h e S t a t e o f

A d a m D u b r o w s k i P h D a d a m . d u b r o w s k i @ g m a i l . c o m

t h e S c i e n c e


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