The Six Sigma Project Planner: A Step-by-Step Guide to Leading a Six Sigma Project Through DMAIC

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McGraw-Hill Education, 2003 - 264 lappuses

Project management strategies for meeting Six Sigma project goals--on time and on budget

The Six Sigma Project Planner shows Six Sigma Black Belts and Green Belts how to use project management tools to complete Six Sigma improvements on time and on budget.

The Planner provides dozens of reproducible project management tools for following the proven Define-Measure-Analyze-Improve- Control (DMAIC) process improvement format.

Readers who follow its guidelines will be able to quickly and effectively:

  • Determine a Six Sigma project's ROI
  • Correct problems in current processes
  • Develop and implement entirely new processes

Saturs

Planning
1
Project Charter Statement
2
Tables
4
Example of Project Validation Analysis
6
Six Sigma Project Evaluation
10
Project Budget Development
17
Refining the Dollar Opportunity Estimates
20
Project Progress Satisfaction Metrics
23
FMEA Severity Likelihood Detectibility Rating Guidelines
102
Process Metrics
106
Define Gate Criteria
112
Measure
113
Measure Gate Criteria
118
Analyze
119
Example of Evaluating a Hypothesis
124
Analyze Gate Criteria
137

Strategies for Meeting the Project Goals
24
Identify Other Resources Needed to Complete the Project
27
WBS Creation Process Flowchart
29
Major Milestones and Target Dates
34
Types of Activity Dependencies
38
Activity Duration Estimates
41
Network Diagrams
46
Example of Network Diagram
48
Network Diagram for Project
50
Schedule Improvement
54
BestCase Expected and WorstCase
59
Estimating Project Duration Statistically
60
Computer Screen for Entering Task Duration Data
63
Calculating the Cost of a Schedule
66
CostOptimization Graphical Analysis
69
Project Control Subplans
72
Tools Useful in Risk Assessment
75
Risk Event Classification
76
Quality Plan Items
82
Activity Status Management Report
89
Define
95
Current Process
96
Improve
139
Phases in Process Optimization
141
Example of a Future State Process
150
Typical DMAIC Project Tasks and Responsibilities
152
Improve Gate Criteria
156
Control
157
Control Gate Criteria
164
A Tutorial on Project Selection and Management
165
Differentiators
171
Customer Demand Model
178
Local and Global Importance Weights
182
A Simple Process with a Constraint
187
Throughput Priority of CTx Projects That Affect
189
Critical Chain Scheduling Illustration
193
Tracking Six Sigma Results
194
Possible Information to Be Captured
195
Issues List
200
Attribute Measurement Error Analysis
210
Inspector Accuracies
216
Calculating Yields
224
Autortiesības

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Par autoru (2003)

Thomas Pyzdek is among the world's leading experts in Six Sigma and TQM. The recipient of ASQ's prestigious Edwards Medal for outstanding contributions to quality management, he is the author of The Six Sigma Handbook.

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