tricare management activity health affairs version 1.0 business process engineering & process...
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TRICAREManagement
ActivityHEALTH AFFAIRS
Version 1.0
Business Process Engineering & Process Improvement
MODULE 6
Lean Six Sigma Problem Solving
Methodology for BPE
Business Process Engineering & Process Improvement
M6-2
Module Objectives
At the end of this module, you will be able to:
Explain the relationship between BPR/BPI and Lean Sigma Six problem solving and process improvement.
Business Process Engineering & Process Improvement
M6-3
Lean Six Sigma Problem Solving Methodology for BPE/BPI
Six Sigma is intended to improve profits through defect reduction and improved customer satisfaction. It involves a systematic and analytical process identifying, anticipating and solving problems....--Jeston and Nelis
Business Process Engineering & Process Improvement
M6-4
Six Sigma Development
Six Sigma was first developed by Motorola in the 1980's to solve production problems of process variation, manufacturing defects and cycle-time.
General business-management philosophy focus:
• Meeting customer requirements
• Improving customer retention
• Improving and sustaining business products and services
Business Process Engineering & Process Improvement
M6-5
Lean Processing Development
The Lean processing philosophy started at Toyota in the 1940’s. Lean tools were developed to solve the problems of:
Poor productivity
Excessive waste
Customer dissatisfaction
The lean philosophy focused on eliminating waste in a manufacturing process
Business Process Engineering & Process Improvement
M6-6
Lean Six Sigma Concepts
Identify Value
Define Value Stream
Determine Flow
Define Pull
Improve Processes
Value Stream Map
Business Process Engineering & Process Improvement
M6-7
The Lean Six Sigma Integration
Lean Six Sigma combines the “Lean Processing” manufacturing and the Six Sigma focus
Lean Manufacturing + Six Sigma Quality = Better Quality Faster
Lean Six Sigma is used to resolve problems then fully optimize business processes
Business Process Engineering & Process Improvement
M6-8
Managing with Lean Six Sigma
A Lean Six Sigma project:
Is not "owned" top-level management.
Merges leadership and frontline employee insight
Lean Six Sigma management benefits include:
Upper management stays informed of front-line problems
Frontline personnel can resolve customer service issues
“Best Practices” are adopted organization wide
Business Process Engineering & Process Improvement
M6-9
BPE/BPI Compatibility Factors
Lean Six Sigma problem solving methodology and a BPE/BPI process management project could be mutually beneficial:
Both require strong top-level management
Use many of the same tools and methods
Improve processes benefiting the customer and the organization
Business Process Engineering & Process Improvement
M6-10
Lean Six Sigma and BPE/BPI
Lean Six Sigma tools pre-date BPE/BPI
Lean and Six Sigma methods help solve problems
Lean Six Sigma is not a reincarnation of BPE/BPI
Lean Six Sigma adds competitive value to a BPE/BPI project
Lean Six Sigma focuses BPE/BPI projects on customer satisfaction
DMAIC to Improve Speed, Quality, and Cost
Business Process Engineering & Process Improvement
M6-11
DMAIC to Improve Speed, Quality, and Cost
Business Process Engineering & Process Improvement
M6-12
Business Process Engineering & Process Improvement
M6-13
Six Sigma Concepts
Critical to quality
Defect
Process capability
Variation
Stable Operations
Design for Six Sigma
Business Process Engineering & Process Improvement
M6-14
Six Sigma Skill Levels
Green Belt
Black Belt
Master Black Belt
Executive Leadership
Champions
Business Process Engineering & Process Improvement
M6-15
Keys to Lean Six Sigma
Delight the Customer
Improve Processes
Use Teamwork
Use data and facts
Business Process Engineering & Process Improvement
M6-16
ACTIVITY: Are the Measurements Reliable? In your small groups, write down each of the objects in your group including your own.
Do not to talk or communicate with other members of your group during the exercise.
Measure and record the length, width and depth of your object, but do not let other group members see the recorded data.
After completing the measurement of your object, pass the object to another group member and again record the length, width and depth without disclosure to other team members.
After each member of your group has recorded the length, width and depth for all the objects in your group, instruct the group members to multiply the length, width and depth of each object to arrive at a single value--the Desk Space Factor (DSF) for each object.
Do not use calculators and remember no talking is permitted.
Turn over your paper and repeat the measurement process of all the objects without looking at their first set of measurements.
Lean Six Sigma and BPE/BPI
Business Process Engineering & Process Improvement
M6-17
When to use DMAICWhen not to use DMAIC
• When problems are commonplace and not well defined
• When there are unknown causes of errors
• In complex situation with many variables
• Top management is not committed to improving the process with Six Sigma methodology
• Training and support for the Six Sigma process are insufficient
• A process is so badly broken that you need to start over from scratch or you are designing a new product, service, or process
Business Process Engineering & Process Improvement
M6-18
Module Wrap-up We discussed the purpose of adding the Six Sigma or
Lean Six Sigma methodology to a BPE/BPI program
We explained the relationship between BPR/BPI and Lean Sigma Six problem solving and process improvement
We talked about the tools skill levels and key concepts of Six sigma and Lean Six Sigma
We had an activity to work with the Lean Six Sigma concepts of accuracy, repeatability, reproducibility, stability and resolution