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Model for Improvement 14 November 2016 Oslo, Norway Carol Haraden, PhD Aims and Methods Spreading Innovation Aim: Improvement Methods: Test observable Stable bias Just enough data Adaptation of changes Sequential tests Publishing Research Aim: New knowledge Methods: Test blinded Eliminate bias Just in case Fixed hypothesis One large test

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Page 1: The Model for Improvement - IHIapp.ihi.org/Events/Attachments/Event-2926/Document...14 November 2016 Oslo, Norway Carol Haraden, PhD Aims and Methods Spreading Innovation Aim: Improvement

Model for Improvement

14 November 2016

Oslo, Norway

Carol Haraden, PhD

Aims and Methods

Spreading Innovation

Aim: Improvement

• Methods:

• Test observable

• Stable bias

• Just enough data

• Adaptation of changes

• Sequential tests

Publishing Research

Aim: New knowledge

• Methods:

• Test blinded

• Eliminate bias

• Just in case

• Fixed hypothesis

• One large test

Page 2: The Model for Improvement - IHIapp.ihi.org/Events/Attachments/Event-2926/Document...14 November 2016 Oslo, Norway Carol Haraden, PhD Aims and Methods Spreading Innovation Aim: Improvement

Continuous, Breakthrough Improvement...

Hunches,theories,

ideas

Changes that result in

improvement

...results from a series of

improvement cycles

Model for Improvement

What changes can we make that will result in an improvement?

What are we trying to accomplish?

How will we know that a change is an improvement?

Act Plan

Study Do

Page 3: The Model for Improvement - IHIapp.ihi.org/Events/Attachments/Event-2926/Document...14 November 2016 Oslo, Norway Carol Haraden, PhD Aims and Methods Spreading Innovation Aim: Improvement

Establishing the Team’s Aims

• Improvement relies on intention to improve

– Senior leaders set & align aim with strategic goals

– Middle management understand – and can translate-

the project work to the strategic goals

– Agreement on aim is critical

• Aim should be unambiguous...Clear, specific,

numerical, measurable

– Strong message in stretch goal

• Avoid aim “drift”

Do Not Negotiate the Ambition of the Aim

• Negotiate time to get to the aim

• Think about using half-lives

• Remind folks that we will get there through a

program of testing and spread

• Keep the ‘hard red goal line’ on every graph

• Consider relative versus absolute goal

Page 4: The Model for Improvement - IHIapp.ihi.org/Events/Attachments/Event-2926/Document...14 November 2016 Oslo, Norway Carol Haraden, PhD Aims and Methods Spreading Innovation Aim: Improvement

Aims Statements-Outcomes, Process, Relative or Absolute?

Surgical

• Achieve 100% compliance with appropriate selection and timing of prophylactic antibiotic administration

Diabetes- Chronic Disease

• Reduce diabetic patient admissions by 75 percent within 11 months

Heart Failure- Outpatient

• Patients with HF recognize deterioration and call the office within 10 months.

Aim Statements -Outcomes, Process, Relative or Absolute?

Culture

• At least 70 percent of staff surveyed report a

positive climate within 1 year

Page 5: The Model for Improvement - IHIapp.ihi.org/Events/Attachments/Event-2926/Document...14 November 2016 Oslo, Norway Carol Haraden, PhD Aims and Methods Spreading Innovation Aim: Improvement

Exercise

• Work together at your table

• Choose an improvement effort / topic of common

interest & relevance to the group

• Develop a strong, clear aim statement to guide

improvement work on this topic

• Discuss how you would set the goal in this aim

statement

Model for Improvement

What changes can we make that will result in an improvement?

What are we trying to accomplish?

How will we know that a change is an improvement?

Act Plan

Study Do

Page 6: The Model for Improvement - IHIapp.ihi.org/Events/Attachments/Event-2926/Document...14 November 2016 Oslo, Norway Carol Haraden, PhD Aims and Methods Spreading Innovation Aim: Improvement

Measurement Guidelines

• The key measures should clarify the aim and

make it tangible

• Keep it simple: Be careful about over-doing

process measures

• Use a balanced set of measures

Seek Usefulness Not Perfection

Page 7: The Model for Improvement - IHIapp.ihi.org/Events/Attachments/Event-2926/Document...14 November 2016 Oslo, Norway Carol Haraden, PhD Aims and Methods Spreading Innovation Aim: Improvement

Measurement Clarify the Aims

• Example– Aim: Medications are reconciled at transfer for 99% of

patients within 1 year

– Measure: Number of patients with un-reconciled medications per 100 admissions

– Formula: The total number of charts with un-reconciled medications found in a sample of patient records, divided by the total number of patient records reviewed. Multiply the result by 100

Measurement Clarify the Aims

• Example– Aim: Patients on a high risk medication experience a

related ADE at the rate of .001% (.999 success)

– Measure: Percent of patients receiving a specific high-risk medication with a related ADE

– Formula: Total number patients identified as having experienced an ADE related to a specific high-risk drug or class from a sample of patient records, divided by the total number of records in the sample. Multiply the result by 100 to express as a percentage

Page 8: The Model for Improvement - IHIapp.ihi.org/Events/Attachments/Event-2926/Document...14 November 2016 Oslo, Norway Carol Haraden, PhD Aims and Methods Spreading Innovation Aim: Improvement

Process Measures

• Process measures track whether a change has

been made (not the outcome)

• Examples:

– Percent of times diabetics have foot exam

– Percent of pneumonia patients receiving antibiotic

before leaving the ED

– The percent of times patients on a ventilator have

VAP bundle complete

Exercise

• Select measures for your aim.

• Think about the ‘formula.’

• Is this data currently collected?

Page 9: The Model for Improvement - IHIapp.ihi.org/Events/Attachments/Event-2926/Document...14 November 2016 Oslo, Norway Carol Haraden, PhD Aims and Methods Spreading Innovation Aim: Improvement

Model for Improvement

What changes can we make that will result in an improvement?

What are we trying to accomplish?

How will we know that a change is an improvement?

Act Plan

Study Do

Change Concepts

Page 10: The Model for Improvement - IHIapp.ihi.org/Events/Attachments/Event-2926/Document...14 November 2016 Oslo, Norway Carol Haraden, PhD Aims and Methods Spreading Innovation Aim: Improvement

A Change Concept Is...

A general idea or theory - grounded in science,

experience, or logic - that can stimulate specific

ideas for changes that will lead to improvement.

Change concepts can be derived from:

• Evidence; scientific results

• Critical thinking or observation of current system

• Creative thinking

• Hunches

• Mental leaps...extrapolating from other situations

Selecting Changes

• Copy: use the literature, experience of others,

hunches and theories: “This is what they did at

Dr. Grays. I don’t know if it will work here but

let’s see what we can learn from it.”

• Avoid low impact changes, “Let’s put up a

poster.”; “Let’s have an education session.”;

“Let’s send out reminders.”

Page 11: The Model for Improvement - IHIapp.ihi.org/Events/Attachments/Event-2926/Document...14 November 2016 Oslo, Norway Carol Haraden, PhD Aims and Methods Spreading Innovation Aim: Improvement

Change Concepts #2

• Avoid technical slow-downs: “We will build a

computer programme to do this…”

• Be strategic: set priorities based on the aim,

known problems, and feasibility, “Let’s see if we

can get the multi-disciplinary team together for

one round.”

Testing Changes

Page 12: The Model for Improvement - IHIapp.ihi.org/Events/Attachments/Event-2926/Document...14 November 2016 Oslo, Norway Carol Haraden, PhD Aims and Methods Spreading Innovation Aim: Improvement

PDSA Cycle for Learning & Improvement

Act

• What modifications

are to be made?

• Next cycle?

Plan• Objective

• Questions & predictions (What will happen and why?)

• Plan to carry out the cycle

(Who, what, where, when?)

Study• Complete analysis of

the data

•Compare data to

predictions

•Summarize what

was learned

Do• Carry out the plan

• Document problems

and unexpected

observations

• Begin analysis

of the data

About Predictions…

• Most often unstated but powerful influence.

• It is your theory behind the changes you choose

and tests that you run.

• Without a theory, change are just independent

elements that don’t add up.

• Allows you learn and delve deeper: bundle

example.

Page 13: The Model for Improvement - IHIapp.ihi.org/Events/Attachments/Event-2926/Document...14 November 2016 Oslo, Norway Carol Haraden, PhD Aims and Methods Spreading Innovation Aim: Improvement

Why Test?

• Increase belief that the change will result in

improvement in your environment.

• Predict how much improvement can be expected

from the change.

• Learn how to adapt the change to conditions in

the local environment.

• Minimize resistance upon implementation.

To be Considered a Real Test

• Test was planned, including a plan for collecting

data.

• Plan was carried out and data was collected.

• Time was set aside to analyze data and study

the results.

• Action was based on what was learned.

Page 14: The Model for Improvement - IHIapp.ihi.org/Events/Attachments/Event-2926/Document...14 November 2016 Oslo, Norway Carol Haraden, PhD Aims and Methods Spreading Innovation Aim: Improvement

Exercise... Selecting Change Concepts

and Planning a Test

• Continue, in small groups, with the same aim

and measures.

• Select one a change concepts that is relevant to

your improvement effort that you want to test.

Bibliography

• Berwick D. A primer on leading the improvement of systems. BMJ 1996; 312: 619-622.

• Berwick D, Nolan T. Physicians as leaders in improving health care: a new series in Annals of Internal Medicine. Ann Intern Med. 1998; 128:289-292.

• Brock W, Nolan K, Nolan T. Pragmatic science: accelerating the improvement of critical care. New Horizons 1998; 6: 61-68.

• Cook T, Campbell D. Quasi-Experimentation. Boston: Houghton Mifflin 1979.

• Langley J, Nolan K, Nolan T, Provost L. The Improvement Guide. San Francisco: Jossey-Bass 1996.

• Lundberg G, Wennberg J. Editorial: a new proposal and a call to action. JAMA 1997; 278: 1615-1616.

• Rodgers E., Diffusion of Innovations. New York: The Free Press 1995.

• Tufte, E., The Visual Display of Quantitative Information, Cheshire, CT, Graphics Press,1983.