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7/16/2012
What Does All This Mean? Organizing Around 3 Skills for Reliability
Craig Clapper, PE, CMQ/OE Chief Knowledge Officer, Health Performance Improvement
Healthcare Reliability Dictionary Quality
An objective appraisal (from a producer perspective) of safety (protection from harm) and effectiveness
Satisfaction
A subjective appraisal (from a user perspective) of quality > expectations
Value
A subjective appraisal of satisfaction relative to cost and time (to realization).
Reliability
A probability that a system will yield a specified result; expressed as a ratio (0.01 or 1:100 or 1%) or a frequency ( 1 per yr)
© 2012 Healthcare Performance Improvement, LLC. ALL RIGHTS RESERVED.
Risky
A proposition where effectiveness > potential harm
This material is a proprietary document of Healthcare Performance Improvement LLC. Reproducing, copying, publishing, distributing, presenting, or creating derivative work products based on this material without written permission from Healthcare Performance Improvement is prohibited.
Unsafe
A proposition where potential harm > effectiveness
Hospitals Are Dangerous Arm yourselves accordingly
Death By Numbers 44,000 to 98,000 patient deaths per year from medical errors To Err is Human, Institute of Medicine (1999)
A Lot of Talk Patient safety publications before and after the IOM report, To Err is Human Quality & Safety in Health Care (2006)
“Based on our review of the scant evidence, we believe that preventable medical harm still accounts for more than 100,000 deaths a year… the Centers for Disease Control and Prevention (CDC) estimates that hospital-acquired conditions alone kill 99,000 each year…
In this report, we give the country a failing grade on progress…” Consumers Union (2009)
What Will It Take? Patient Safety Rounds + Address TJC Patient Safety Alerts + Non-Punitive Approach to Reporting + Crew Resource Management + Strategies in Targeted Venues (e.g. bundles to reduce VAP or SSI)
But will this produce significant, sustained reduction in Serious Safety Events and improved Quality across the organization?
The Swiss-Cheese Effect Multiple Barriers - technology, processes, and people - designed to stop active errors (our “defense in depth”) EVENTS of HARM
Active Errors by individuals result in initiating action(s)
PREVENT The Errors
Latent Weaknesses in barriers
DETECT & CORRECT The System Weaknesses Adapted from James Reason, Managing the Risks of Organizational Accidents (1997)
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Influencing Behaviors at the Sharp End Design of
Design of
Policy & Protocol
Culture
Design of
Structure
Design of
Work Processes Design of Technology & Environment
High reliability organizations (HROs) “operate under very trying conditions all the time and yet manage to have fewer than their fair share of accidents.”
Behaviors
Managing the Unexpected (Weick & Sutcliffe)
of Individuals & Groups “You have to manage a system. The system doesn't manage itself.”
"A bad system will DEFEAT a good person every time.“
W. Edwards Deming
W. Edwards Deming
Outcomes Adapted from R. Cook and D. Woods, Operating at the Sharp End: The Complexity of Human Error (1994) © 2006 Healthcare Performance Improvement, LLC. ALL RIGHTS RESERVED.
Risk is a function of probability and consequence. By decreasing the probability of an accident, HRO’s recast a high-risk enterprise as merely a high-consequence enterprise. HROs operate as to make systems ultra-safe.
Optimizing Reliability 10-6 Design to Optimize Human Performance at the point of people interface: Easy to do the right thing – impossible to do the wrong thing Intuitive design Mistake proofing by design (i.e. poka yoke)
10-5 10-4
Reliability Culture
10-3 10-2
Process, Protocol &Technology
10-1
Behavior Accountability Human Factors
Process, Protocol &Technology
Safety as the core value Behavior expectations for error prevention Collaborative Interactive Teams Leadership behaviors for reliability
Resource allocation Evidence-based practice (e.g. bundles) Technology enablers
"At the sharp end, there is almost always a discretionary space into which no system improvement can completely reach. Systems cannot substitute the responsibility borne by individuals within that space." Sidney Dekker Just Culture: Balancing Safety & Accountability (2007)
© 2010 Healthcare Performance Improvement, LLC. ALL RIGHTS RESERVED.
Rules About Data
Published Cases
1. Heisenberg Uncertainty Principle : all data is crap (but some data is more useful than other data)
2. Consumer Reports Effect : all crap data is believed 3. Kitty Litter Effect : dig and you will find lumps
• 89% reduction in 2 years • $ 10 M savings first year • $ 11 M savings second year
(bad data invariably is indicative of a real problem)
4. Kubler-Ross Effect : physicians grieve all bad data 1) 2) 3) 4) 5)
Denial Anger Bargaining Depression Acceptance
• 50% reduction in 18 months • AHA Quest for Quality Award 2004 • TJC Eisenberg Quality Award 2005
“Can Your Nurses Stop a Surgeon?” Hospitals & Health Networks, September 2007
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SSER
Serious Safety Event Rate
Personal Safety Improvements
5 Hospital System – Southern US January 2008- October 2011
(5 hospital system – South Eastern US)
Rolling 12 month Serious Safety Events expressed per 10,000 adjusted patient days 1.00
0.80
78% Reduction SSER across the System in 29 Months 2 Hospitals at Zero Events for over 12 months!
0.60
116 days since last event across the system 0.40
0.20
$600,000
$500,000
Over 300 Serious Injuries prevented 90% reduction in OSHA IIR
$400,000
$300,000
$100,000
Jul-11
$0 CY 07
CY 08
CY 09
CY 10
Oct-11
Sep-11
Aug-11
Apr-11
Jun-11
May-11
Jan-11
Mar-11
Feb-11
Dec-10
Nov-10
Jul-10
Oct-10
Sep-10
Aug-10
Apr-10
Jun-10
May-10
Jan-10
Mar-10
Feb-10
Dec-09
Nov-09
Jul-09
Oct-09
Sep-09
Aug-09
Apr-09
Jun-09
May-09
Jan-09
Mar-09
Feb-09
Dec-08
Nov-08
Jul-08
Oct-08
Sep-08
Aug-08
Apr-08
Jun-08
May-08
Jan-08
Mar-08
Complementary Strategies Codes Outside the ICU
Over $1, 200,000 saved year to date!
$200,000
Month
0.00 Feb-08
Event Rate
116 days since last event across the system
Workman's Compensation Costs
Monthly Lost Time Claims July 06 - April 2011
Apr-11 Mar-11 Feb-11 Jan-11 Dec-10 Nov-10 Oct-10 Sep-10 Aug-10 Jul-10 Jun-10 May-10 Apr-10 Mar-10 Feb-10 Jan-10 Dec-09 Nov-09 Oct-09 Sep-09 Aug-09 Jul-09 Jun-09 May-09 Apr-09 Mar-09 Feb-09 Jan-09 Dec-08 Nov-08 Oct-08 Sep-08 Aug-08 Jul-08 Jun-08 May-08 Apr-08 Mar-08 Feb-08 Jan-08 Dec-07 Nov-07 Oct-07 Sep-07 Aug-07 Jul-07 Jun-07 May-07 Apr-07 Mar-07 Feb-07 Jan-07 Dec-06 Nov-06 Oct-06 Sep-06
20 18 16 14 12 10 8 6 4 2 0
)
78% Reduction SSER across the System in 29 Months 2 Hospitals at Zero Events for over 12 months!
Process Bundle
People Bundle
Surgical Site Infections 4 for VAP Prevention 1. Elevation of the head of the bed to
Hand Hygiene
Central Line Infections
Culture
between 30 and 45 degrees 2. Daily “sedation vacation” and daily assessment of readiness to extubate 3. Peptic ulcer disease (PUD) prophylaxis 4. Deep venous thrombosis (DVT) prophylaxis (unless contraindicated)
…and on, and on, and on…
Read More: Community Health Network Reduces Deadly Infections Through Culture of Reliability, American Society for Quality (June 2008)
© 2006 Healthcare Performance Improvement, LLC. ALL RIGHTS RESERVED.
Improving Quality Using High Reliability East Coast System ‐ 8 Hospitals
Finance’s Interest in Safety Multi-Hospital East Coast System
National Data Source: ASHRM Hospital Professional Liability & Physician Liability 2009 Benchmark Analysis
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Reliability Culture - Genius of the AND Safety Focus +
performed as intended consistently over time
= No Harm
Evidence‐Based + Process Bundles
performed as intended consistently over time
= Clinical Excellence
Patient Centered +
performed as intended consistently over time
= “Satisfaction”
RELIABILITY CULTURE “Failure Prevention”
Financial Focus +
performed as intended consistently over time
= Margin
Three Skills
Hierarchy of Reliability Culture
1) WHAT (What is the evidence‐based, best practice?) 5. Human Factors Integration 4.1 Critical Thinking
4.2 Collegial Teamwork
Behavior Expectations for
2) HOW (How should a complex system be arranged to do that reliably?)
4. Human Error Prevention Think your way into a new way of acting
Behavior Expectations for
3. High Reliability Leadership
Challenge: Maintaining urgency for and monitoring change
Knowing Doing
Research & literature review Benchmarking & collaboratives Positive Deviance
Act your way into a new way of thinking Challenge: To re-construct from tactics to principles
2. Knowledge of Reliability “Science”
Human Factors Integration Focus & Simplify protocol Error Proofing
3) CHANGE
1. Values & Beliefs About Safety & Reliability
(How to make the change happen and stick?)
Behavior-based model Sponsors (imperator), Champions (boosters), and Change Agents Disciplined application of PDCA cycle and plans.
© 2010 Healthcare Performance Improvement, LLC. ALL RIGHTS RESERVED.
Best Practice? 1. Search first for legal and regulatory 2. Search next for consensus standards
What is Human Factors?
The science of understanding the properties of human capability (Human Factors Science).
The application of this understanding to the design and development of systems (Human Factors Engineering).
The practice of applying Human Factors Engineering to a system (sometimes referred to as Human Factors Integration).
3. Search next for published best practices and
studies 4. If nothing available, select benchmarking group
and collect data •
Benchmarking group can include sister hospitals, nationally listed top programs, magnet hospitals, other professionally ranked hospitals
•
Positive Deviance
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Processes & Procedures Today
Focus & SimplifyTM Form follows function
Two columns for novice-to-expert application
Three columns for multi-actor procedure Sequential action steps written as clear, concise phrases beginning with an action word Cautions and Notes placed before the step to which they apply Job Aids referenced with related action steps
How do we transform our work processes and procedure documentation to achieve better outcomes??
Minimizing Policy Burden Safety Critical Less-Critical Task/Activity Task/Activity (High Reliability Required)
Complex Task/Activity
Detailed Procedure with Verbatim Compliance
(Lower Reliability Required)
Guideline Without Verbatim Compliance
“Required Action Steps” for all “Supplemental Guidance” when further information is needed
Laboratory Proficiency Testing 6 department procedures… Job Aid: External Proficiency Testing Checklist E X T E R N A L P R O F IC IE N C Y T E S T IN G F o r ex tern a l p ro f icien c y tes tin g , S en ta ra L ab o rato r y S erv i ces P O C T p ro g r am is en r o lled in th e a p p ro p r iate av a ila b le g r ad e d C A P s u rv e y s o r C A P - ap p ro v ed a ltern ativ e p r o fici en c y tes tin g p ro g ra m s fo r p a tie n t tes tin g p e rfo rm ed . F o r th o s e a n al ytes w h e re g rad e d p ro f icien c y te stin g is n o t a v ailab le , an in te rn a l p ro fic ien c y tes tin g p r o g ram is e s tab lis h ed an d is ex e rcis e d s em i-a n n u a lly. P ro fic ien c y s p ec im en s a re re ceiv e d o n a re gu lar s c h e d u le th ro u g h o u t th e c ale n d ar y ea r. It is th e r es p o n s ib ility o f all s ta ff to a s s u re th at th e s p e cim e n s ar e p r o p er ly s to red w h e n re ce iv ed ; th a t th e d ate o f r ec eip t is in d ica ted o n th e p ap erw o rk ; a n d th at th e P O C T s ta ff is in fo r m ed o f th e a rriv a l o f th e s u rv e y m ate rial. A ll in s tru c tio n s n ee d ed to p e rfo rm th e s u r v e y are in clu d e d w ith ea c h s h ip m en t. S p ec im en s w ill b e d es ig n ate d to a s p e cif ic n u rs in g u n it to e n s u re th at a ll te s tin g p er s o n n el p a rticip ate in th e p ro ficie n c y p ro g ra m . In s o m e in s tan c es d u e to th e la rg e n u m b er o f u n its p e rfo rm in g te s tin g , it m ay b e n ec es s a ry f o r m u ltip le u n its to p e rfo r m th e s am e s u rv e y . In th is ca s e, a s in g le u n it w ill b e d es ig n ate d as th e p rim ar y u n it an d th e ir r es u lts w ill b e s u b m itted to th e p ro v id e r. T h e n ad d itio n a l u n its w ill te s t th e s am p le s an d th o se re s u lts w ill b e retain e d in th e P O C T o ffic e. P ro f icien c y s u r v e y s p ecim e n s ar e to b e h an d le d in th e s a m e m a n n er as p a tie n t s p e cim en s . N o p ro f icien c y tes tin g s p e cim e n s m ay b e re fe rre d to an o th er la b o ra to r y. F o r e ac h an aly te p e rfo rm e d , th e a p p ro p r iate in fo rm a tio n is to b e re co rd ed o n th e P ro fic ien c y S u rv e y In f o rm atio n S h e et. T h e h ea lth ca re p ro f es s io n al p e rfo rm in g th e p ro ficie n c y te s tin g m u s t s ig n th e attes ta tio n s tatem e n t o n th e o r ig in al d o c u m en tatio n th a t v erif ies th at th e s p ec im en s w ere tre ated in th e s a m e m an n e r a s p atie n t s am p le s . T h e res u lts a re tr an s c rib ed an d r ev ie w e d b y th e P O C T S e n io r T e ch n o lo g is t p rio r to s en d in g th e o rig in al f o rm s to th e p ro v id e r. T h e tra n s crib e d re s u lts ar e d o u b le ch eck ed b y o n e o th er p e rs o n . T h e M e d ical D irec to r o r d es ig n e e s ig n s th e fin a l d o c u m en tatio n b e fo r e b e in g m ailed . A ll o rig in al s u r v e y res u lts m u s t b e m ailed /fa x e d to th e p ro v id er w ith in th e tim e f ram e in d ica ted f o r th e an a lyt e. T h e re m u s t n o t b e a n y in ter la b o ra to r y c o m m u n ica tio n o n p ro f ic ien cy tes tin g d a ta b e fo r e r es u lts ar e s u b m itted . C o p ies o f th e re s u lts are file d in th e P O C T o f fic e. T h e re m ain in g s p e cim en s s h o u ld b e s to re d ap p r o p ria tely b as e d o n th e ty p e o f s p ec im en ( fro ze n o r re fr ig er ated ) in th e d e sig n a ted f re ez er o r re fr ig er ato r u n til re s u lts are o b tain ed fr o m th e p ro v id er an d it is d e te rm in ed th at n o fu r th er an a ly s is is n e ce s s a ry . T h e in d iv id u al th a t m a ils th e s u rv e y is re s p o n s ib le f o r m ak in g s u re th at th e s p e cim e n s ar e s to re d p ro p erl y. A p p r o x im ate ly f o u r to s ix w ee k s afte r th e re s u lts are re ce iv ed b y th e p ro v id e r, a s u m m ar y o f r es u lts an d in te rlab o ra to ry co m p aris o n is r etu rn e d to th e lab o ra to r y fo r r ev ie w a n d an y n e ces s a r y c o rr ectiv e ac tio n . A t th is tim e, th e P O C T s taff w ill als o ev alu ate th e r es u lts o f an y ad d itio n al u n its th a t p erf o rm ed th e s u r v e y a n d d e te rm in e if co r re ctiv e actio n is re q u ired . T he acc red itin g p ro g ra m assig ns to e ac h re sult a sta nd a rd d ev ia tio n ind e x to d e scrib e ho w far a re sult is fro m th e gro u p m ea n a s m ea sure d in sta nd ard d ev ia tio n u n its. R e sults a re rev ie w ed an d
Division: Department: Category: Locations:
Original Date:
Sentara Hospitals
Rev. 5/05/05
Review/Revision Date:
Laboratory Services
Approved By:
Quality Management SBH, SCH, SLH, SNGH, SVBGH, SW CH
Owner:
Medical Director Clinical Specialist, POCT
Checklist: Required Action Steps:
2nd Checks
Completed by:
1.
Receive kit. Initiate External Proficiency Testing Checklist.
Date:____________
2.
Date & store kit.
Tech No._________
3.
Notify appropriate person. Hand off checklist to Process Owner.
Tech No._________
Tech No._________
Notified (name):_________
4.
Make copy of paperwork.
Tech No._________
5.
Order in Cerner.
Tech No._________
6.
Assign to testing personnel. Schedule follow/up with testing personnel.
Date due:_________
Assigned to (name):______
Assigned to (name):______
Assigned to (name):______
Assigned to (name):______
7.
Prepare & perform testing.
8.
Enter test results on forms. Deliver to Process Owner.
Tech No._________
9.
Transcribe results to Master forms.
Tech No._________
Tech No._________
Scheduled f/u (date)_________
Tech No._________
On-line: Enter results, Print, Review, Submit.
Simple Task/Activity
Standing Order or Checklist with Verbatim Compliance
Common Sense or Skill-ofthe-Craft
Paper: Transcribe to Master, Error Check, Submit by fax. Second check (name): _________________________________
10. Validate transcribed results. nd (2 independent check) 11. File result forms with checklist.
to 1 procedure and job aid
References:
Policy
List primary guiding Policy
Procedures
External Proficiency Testing
Key Process, If Applicable: Key Process
Mistake Proofing by Design
Lower
Reliability
Higher
a.k.a. Poka-Yoke (ポカヨケ)
Poka-Yoke from Home to Healthcare
Eliminate: Redesign so error prone task is no longer necessary Replace: Automate a manual task Prevent: Design components so that a mistake is impossible Facilitate: Provide visual cues and reminders Detect: Add requirements designed to detect mistakes Checklists Second checks and double checks
Mitigate: Add redundancy to mitigate the impact of a process failure
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Error Proofing Tactics
Changing Behaviors
Norman’s Tactics for Knowledge in the Environment
Agency for Healthcare Research and Quality Prepared by John Grout (Berry College)
Constraints
Provide design features that compel or exclude actions. Constraints may be physical, semantic, cultural, or logical .
Affordances
Provide guidance for operation of device by providing features that allow certain actions.
Natural Mappings
Design one‐to‐one correspondence between controls and device being controlled.
Visibility
Make operation of the device visible.
Feedback
Give each action an immediate and obvious effect.
Set Expectations
Educate & Build Skill
Reinforce & Build Accountability
© 2006 Healthcare Performance Improvement, LLC. ALL RIGHTS RESERVED.
Non-Technical Skills
Power Distance
Non-technical skills describe how people interact with technology, environment, and other people. These skills are similar across a wide range of job functions. These skills include attention, information processing, and cognition. Generic non-technical skills: Situational awareness Attention Communication repeat backs
call outs phonetic & numeric clarification clarifying questions inquiry, advocacy, assertion
Critical thinking Protocol use Decision-making
Large Distance
Small Distance
• Relations are autocratic and paternalistic • Power acknowledged based on formal, hierarchical positions
• Relations are consultative and democratic • Relate as equals regardless of formal positions
The perceived distance – not necessarily the real difference – as seen by the subordinate Flin, O’Connor, and Crichton Safety at the Sharp End
Reference: Hofestede, Geert. Culture’s Consequences, 2001 (2nd edition).
Collegial Interactive Teams (CIT) = Tone + Tools Context
• Patient focused – like we’re caring for a loved one
Collegiality
• Greetings & introductions • Eye contact & open body language • Relationships • Team goals – use “we” and “us” vs. “I” and “you”
Confidence in Speaking Up
Make Reliability a Reality
Coordination
• Who’s in charge • Roles & responsibilities • Brief>Execute>Debrief – pocket card in-hand
Communication
• Information – ready & in hand • 3-way repeat backs • Clarifying questions • Phonetic/numeric clarifications • SBAR for requests
• Cross Monitoring – peer checking & peer coaching • “If anyone – regardless of role or experience – senses a problem that would compromise safe, quality care, I expect you to speak up.”
Culture of Safety Patient first, every time Safety first Importance of attention (self‐check) Importance of compliance (Red Rules) Cross monitoring Speaking‐up for safety as a concept (Train using leader modules)
Safety Culture
Critical Thinking Collegial Critical Thinking Questioning Attitude Proactive hindsight STEP SORT (Train using case study in modules)
Interactive Team
Collegial Interactive Teams Situational awareness Communication bundle: • Repeat‐back • Call out • Phonetic & numeric clarification • Clarifying questions Speak‐up (inquiry‐advocacy‐assertion) Brief‐Execute‐Debrief (Train in teams using simulation)
STEP = Story, Test story, Eliminate gaps in story, Plan to proceed SORT = Statement of problem, Options, Rule-out options, Test and take action
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Questioning Attitude
Cross Monitoring
with Validate & Verify Technique Validate: Does it make sense to me?
Peer Checking Watching-out for each other. Peers share situational awareness and provide on-the-spot second opinions.
Technology Patient
Professionals
Involves feedback. Peers provide a 5:1 ratio of positive to negative feedback to reinforce good habits, extinguish poor habits, and build better practice habits.
Verify: Check with an
Medical Record Documentation
independent, qualified source
Multiply Your Error Probability 0.001 x 0.001 = 10-6
Procedures & References
Making it Stick:
Leading Causes of Action Failure
“It’s Hawthorne Until Habit” 100%
Peer Coaching
Awareness
Hidden non-commitment
Skill Acquisition
(there seems to be agreement, but managers later back out)
Soft cost – benefit analysis
Event Rate
Novice ‐ Advanced Beginner ‐ Competent ‐ Proficient ‐ Expert Source: Patricia Benner, From Novice to Expert (1984)
(the best root solution is always the cost effective solution)
Unconsciously incompetent ‐ Consciously incompetent ‐ Consciously competent ‐ Unconsciously competent
Medical Staff resistance
"Four Stages of Learning," a theory posited by 1940's psychologist Abraham Maslow
(Involve physicians early in the process and rely on tactful diplomacy)
Habit Formation
20%
Poor implementation accountability
Performance
(Corrective Action Plan should have responsible parties by name and date)
2 Years
Time
From Maximize Patient Safety with Advanced Root Cause Analysis; Corbett, Clapper, & Johnson; 2004.
© 2006 Healthcare Performance Improvement, LLC. ALL RIGHTS RESERVED.
Plan the Work – Work the Plan
Managing Complex Change
A4 Action Plans Vision
One-page, problem, causes, and actions with names & due dates
Incentives
Resources
Action Plan
= Change
Skills
Incentives
Resources
Action Plan
= Confusion
Incentives
Resources
Action Plan
=
Anxiety
Resources
Action Plan
=
Gradual Change
Action Plan
= Frustration
Vision
“A4” refers to the size of the paper. The plan is intended to fit on a single page. A4 is a lettersized page; A3 is legal.
Effective
Skills
Vision
Skills
Vision
Skills
Incentives
Vision
Skills
Incentives
Resources
=
False Starts
Source: Brandeis University Center for Youth & Communities
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Rapid Cycle Feedback
Simulation Continuum
Learning is “doing” with “feedback”
Simulation in the Lab
Optimal Feedback Cycle
Technical Skills
Technical + Non‐Technical Skills
Build real-time simulation as a leadership competency!
Simulation at the Line
Non‐Technical Skills (Individual & Team)
Real‐Time Sim
Pre‐Job Briefing
Teaching on the Spot To build and reinforce technical skills and critical thinking skills
Performance
Do
Feedback
Traditional Feedback Cycle
Time
© 2008 Healthcare Performance Improvement, LLC. ALL RIGHTS RESERVED.
Is there any technical skill that does not also require non‐technical skills? NO! Eliminate technical simulation in isolation!
Off‐Line Education & Training Best Use
Initial education on new concepts; intensive skill development
Real‐Time Simulation Reinforcement and application of known concepts; development of critical thinking and analytical problem solving
Location
Classroom, training lab, meeting
On‐the‐job
Nature
Objective‐bound
Time‐bound
Prep Time
Longer
Touch Time
Longer (>30 minutes, typically hours)
Short (30/60/90 seconds; typically <5 minutes)
Frequency
Episodic; longer time between sessions
Often; shorter time between touches
Facilitator
Trained instructors or manager
Manager or coworker
Costs
Salary of instructors/learners; supplies
None
Short to none
© 2011 Healthcare Performance Improvement, LLC. ALL RIGHTS RESERVED.
A Triple Play “What you do every day is what you do in an emergency.” Joe Martin, Battalion Chief - LAFD
Sim Center
Sim Center
Technical skills
Team skills
In‐Situ Sim
Protocol EBM + human factors
A fool’s choice: o technical skills in isolation, or o team skills in isolation Practice only makes permanent.
Technical + CIT skills
Environment
Perfect practice makes perfect.
Craig Clapper, PE, CMQ/OE
Healthcare Performance Improvement, LLC
Partner & Chief Knowledge Officer
5041 Corporate Woods Drive, Suite 180 Virginia Beach, VA 23462 (757) 226-7479 www.hpiresults.com
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