ap 2009
TRANSCRIPT
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ORGANISATIONAL LEADERSHIP
John Carlisle
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3
The Deming Chain Reaction
# Improve
Quality
(ri ght fi rst
time)
Costs decrease
because of less
rework, fewer
mistakes, fewer
delays, rejects
Stay in
business ++
Grow the market andmarket share.
Provide jobs and
more jobs.
Capture the market
with better quality
and lower price
Beginning Continual Improvement1.
2. 3.
4.
5.
6.
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The Deming Chain Reaction
# Improve
Quality
(ri ght fi rst
time)
Costs decrease
because of less
rework, fewer
mistakes, fewer
delays, snags
Productivity &
innovation
improves because
people not wasting
time with reworketc.
Stay in
business ++
Grow the market andmarket share.
Provide jobs and
more jobs.
Capture the market
with better quality
and lower price
Beginning Continual Improvement1.
2. 3.
4.
5.
6.
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COMMUNICATING YOUR PRIORITIES
Waiting times in A&E: 4 hours plus
Target is less than 10%
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Whats this?
% waiting over 4 hours in A&Ebad
good
TARGETS - an example from the NHS
%
Week 12
weeks
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3 ways to hit your targets
Improve the system
Distort the system
Distort the data
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The week Trusts
were measured forperformance
ratings
Suggest examples ofall 3 from your area
of work
% waiting over 4 hours in A&E
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Case study #2: Housing repairs
Example courtesy of John Seddon inFreedom from Command & Control
COMMUNICATING YOUR UNDERSTANDING
OF YOUR SYSTEM
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The scenario
A Local Authority manages a large stock of housing
They manage repairs using 2 measures
Budget
Time to repair
Time to repair is a government mandated BVPI (best valueperformance indicator) measured in %
100% emergencies completed in 24 hrs
80% urgents completed in 7 days 80% routines completed in 28 days
The LA IS achieving all BVPIs!
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System hunky dory?
What does the customer want? (Nominal Value)
Repair done quickly and properly
How do we know if we are achieving this?
Lets measure the end to end time from request to jobcomplete. That is what the customer cares about.
But theres a problem the IT system couldnt providethe data, so we dont know they only had the BVPIpercentages, so had to track each job manually
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SPC chart showing true performance
Total Elapsed Time of Repairs
0
20
40
60
80
100
120
140
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49
Consecutive jobs
Daystocomplete
Job time Average (31) UCL (85)
Routinetarget
28 days
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Not so hunky dory
Achieve targets by distorting the data & system
Ignore if tenant is out
Reclassifying emergencies as urgents
Splitting a job into several, each one opened & closed
Got a problem? Have a management restructure!
Actually destabilised the system even more
Total Elapsed Time of Rep airs
0
20
40
60
80
100
120
140
1 3 5 7 9 11 1 3 15 1 7 19 2 1 23 2 5 27 2 9 31 3 3 35 3 7 39 4 1 43 4 5 47 4 9
Consecutive jobs
Days
tocomplete
Job time Average (31) UCL (85)
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So what next?
They understood the system was not capable
They studied the processes and discovered
40% failure demand at the call centre
Tradesmen scheduling work to maximise earnings
Queuing to get the right materials - delays
Led to redesigning the processes
Within weeks all repairs completed within 8 days
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They didnt know they had a problem
until they measured the right thing
in the right wayand it was not!
(MORE IMPORTANT, THEY DID NOT KNOW WHAT THESYSTEM* WAS CAPABLE OF UNTIL THEY RE-DESIGNED IT
AROUND REAL NEEDS AND ACTUAL PERFORMANCE)
* Their people and the processes
YOUR SYSTEM CAPABILITY
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And now its your turn
Spend 3 minutes thinking on your own about whatyouve just heard write down
Something you have learnt
Something you want to try out
Something you disagree with or question
Spend the following 10 minutes discussing with a fellow
participant
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What have we been talking about?
Why are we measuring and communicating?
Please the owner and satisfy governance are top?
Understand the system capability against nominal value?
Continually improve (drive out waste and increase value)?
How are we measuring ourselves?
By how much kudos (notice) we get and money we make?
By the truth of our inner voice?
By the joy at work that we and our workforce experience? -which only comes from valuing our real customers
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Want to find out more?
Freedom from command and control John Seddon, VanguardPress, ISBN 0-9546183-0-0
Understanding variation Don Wheeler, SPC Press,ISBN 0-945320-53-1
Fourth Generation Management Brian Joiner, McGraw-Hill, ISBN 0-07-032715-7
Making sense of data SPC for the service sector Don Wheeler,SPC Press, ISBN 0-945320-61-2
The Goal Eli Goldratt & Jeff Cox, Gower,ISBN 0-566-07418-4
The Goldmine Freddy & Michael Ball, The Lean EnterprisesInstitute, ISBN 0-9743225-6-3
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What are we trying to
accomplish?How will we know that a
change is an improvement?What changes can we make thatwill result in the improvements
that we seek ?
Model for improvement
Act Plan
Study Do
project aims
global measurements
change principles
Source: Institute for Healthcare Improvement
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The 3 reasons for measurement
ImprovementImprovement of service
Sequential tests
Just enough data,small sequential
samples
Hypothesis flexible,
changes as learning
takes place
Accept consistent
variation
Run charts or Shewhart
control charts
ResearchNew knowledge
One large test
Just in case data
Fixed hypothesis
Design to eliminate
unwanted variation
Statistical tests (t-test, F
test, chi square), p
values
AspectAim
Testing Strategy
Sample Size
Flexibility of hypothesis
Variation (Bias)
Determining if a change
is an improvement
JudgementAchievement,
Benchmark, Choice
No tests
Obtain 100% ofavailable, relevant data
No hypothesis
Adjust measures to
reduce variation
No change focus
Source: Robert Lloyd IHI 2006
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3 ways to hit your targets
Target is less than 10%
0.00
5.00
10.00
15.00
20.00
25.00
35
37
39
41
43
45
47
49
51 1 3 5 7 9
11
13
15
17
19
21
23
25
27
29
31
33
35
The week theTrusts were
measured forperformance
ratings
% waiting over 4 hours in A&Ebad
good
TARGETS - an example from the NHS
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Targets are OK as goals/aims
As long as
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How will we know change is an improvement?
By understanding the variation that lives withinour data
By making good management decisions on our
improvement choices in the way we react tothat variation
Source: Robert Lloyd IHI 2006
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CONSTRUCTION INDUSTRY
WASTE REDUCTION MODELApplied research based on 90 projects with over 150 companies.
100%
80%
60%
40%
20%
0%
OverallCost
byProject
Customer
Cost
OLD WAY
Customer
Cost
JCP NEW WAY
Customer Waste
Contractors
Waste
Contractors
Cost
Profit, if any!!
Contractors
Cost
Profit
Share
Copyright John Carlisle, 1997, 2001
Time and CostOverrun
Win/lose Negotiations, e.g. buying the business,
tenders, poor planning leading to, e.g., late on site,
variations, claims etc.
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Copyright John Carlisle Partnerships, 1997
THE SYSTEM OF PROFOUND KNOWLEDGE
(TURNING KNOWLEDGE INTO INTELLECTUAL CAPITAL)
K
N
O
W
L
E
D
G
E
EFFORT
EFFORT
Intellectual Capital
Blaming and Defending
External Relationship Failure
Internal System and
Relationship Failure
CompetitivePolicies
e.g. ranking, incentivising
Feedback for Relationships
and Systems Improvement
Trust-Building
CooperativePolicies
e.g. Teamworking,
profit-sharing
Relationship Failures
Intellectual Capital
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Main_Idea
Move from HIERARCHICAL/CONTROL THINKING.
TRANSFORMATION
SUPPLIERS CUSTOMERS
FEEDBACK FROMCONSUMERS
REDESIGN
TO SYSTEM (Process Competent) THINKING.
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TraditionalOrganisationHIERARCHYwhos in charge matters more than what is best
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Copyright John Carlisle, 1997. Adapted from Baker Hughes Inteq
Potential
for Supplier/
Contractor/
User to Add
ValueArea of Wasted Potential
Involvement stage
in traditional
relationships
Viability Managing the mess
THE OPPORTUNITY CURVE
Conceptual
Design ExecutionFollow Up -
Learning PointsDetailed
DesignEvaluation
Involvement stage
in traditional
relationships
Upstream Downstream
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Copyright John Carlisle, 1997/2001. Adapted from Baker Hughes Inteq
Potentialfor Supplier/
Contractor,
Stakeholder
to Add
ValueIdentification
Elimination
Involvement stage
in traditional
relationships
Concept Planning Implementation
Planning
Risk Management through Cooperation
Conceptual
Design ExecutionReview
(blaming
or learning)
Detailed
DesignBusiness Case
Mitigation
Risk (Impact)Risk (Uncertainty)
DELIVERY
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