6Sigma标准培训教材英文ppt

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六西格玛管理培训教材(英文版)(ppt 53页)

六西格玛管理培训教材(英文版)(ppt 53页)

Define Defect Opportunities
• Any step in the process where a Defect could occur in a CTQ
Look for Defects in Products or Services
• Count Defects or failures to meet CTQ requirements in all process steps
Measuring & Eliminating Defects is the “Core” of Six Sigma
6 Overview
Measurement System
Some Sigma “Benchmarks”
SIGMA LEVEL

DEFECTS per MILLION
OPPORTUNITY
LSL
USL
“Upper Specification Limit”
Less Variation Means Fewer Defects & Higher Process Yields
Average Company in 3 to 4Range
6 Overview
Measurement System
A Graphic/Quantitative Perspective on Variation
Number of People Arriving at CRD
7:00 7:15 7:30 7:45 8:00 8:15 8:30 8:45 9:00 9:15
Sigma Level

2 3 4 5 6
Defects per Million of Opportunity

6sigmachampion培训教材英文(PPT 78页)

6sigmachampion培训教材英文(PPT 78页)

PPM < LSL
2.33
PPM > USL
65215.14
PPM Total
65217.48
Expected LT Perform ance
RTY
69.1 % 93.3 % 99.4 % 99.97 % 99.99966 %
Rolled Throughput Yield
(Long Term)
• Sigma is a statistical unit for measuring quality.
• It is correlated to the defect rate and the complexity of the process / product
Six
Sigma
Fundamentals
Champion Training
Six Sigma Champion Training
1
A little bit of history ....
• Six Sigma was developed by Bill Smith, QM at Motorola • It’s implementation began at Motorola in 1987 • It allowed Motorola to win the first Baldrige Award in 1988 • Several of the major companies in the world have adopted
Unstable Parts & Materials - Shortages - Defectives - Excess Inventory
Insufficient Process Capability - Scrap - Rework - Warranty - Excess Inventory

六西格玛管理培训教材(英文版)(ppt 53页)

六西格玛管理培训教材(英文版)(ppt 53页)
6 Overview
• Six Sigma: - A Definition - Applied to GE - GE Quality Initiative - Why This Approach? - Origin of Six Sigma - The “Breakthrough Strategy” - Arriving at Sigma
Time
Average Value
Many Data Sets Have a Normal or Bell Shape
6 Overview
Problem Solving Approach
Off-Target
XXXXXXXXXXXXXX
Center Process
On-Target
XXXXXXXXXXXXXX
• Proven Successful in “Quality-Demanding” Industries e.g., Motorola, Texas Instruments (many process steps in series)
• Proven Method to Reduce Costs • Highly Quantitative Method – Science and Logic Instead of Gut Feel • Includes Manufacturing & Service (close to customer) and Provides Bridge
• Mikel J. Harry one of the Original Architects • Previously Headed Quality Function at ABB and Motorola • Now President/CEO of Six Sigma Academy in Phoenix, Arizona • Has Consulted for Texas Instruments, Allied Signal (and others) • Currently Retained by GE to Teach the Implementation,

精选6sigma概述培训课件ppt39页gbf

精选6sigma概述培训课件ppt39页gbf
达成3.4 PPM(在百万个中3.4个不合格品)Cp=2.0, Cpk =1.5
1.统计学的推断手段:明确地说明我们要往哪里走,为了得到应该做什么。sigma的推断是产品及提供服务的过程状态的标准.2. 工具(Tool)的意义:开发,生产,销售,服务之前经过Biz. System, Full Package 化的适用的工具3. 事业战略 : 以全公司立场上达成经营革新的战略来活用确定问题 → 把握现在位置 → 设定目标 → 全公司改进活动→ 测定活动成果/奖惩和管理4. 生活哲学 :在我们做的每件事情上减少误差,减少损失(LOSS),进行改进。 做事情,要有耐心还要明智.
1. 质量和故障成本
* 推断主要产品的该年度的NC率
推断质量指标
*
SVCNC率 (%)





‘96
‘97
‘98
2002
革新的 不合格改进活动
‘93

Ⅱ. 为什么实行 6σ?
1. 质量和故障成本 2. 质量观念的转变 3. 6σ的特征 4. 先进事例
1. 品质和故障成本
- 重点分析 出现现象
在专家建议下的改进
- 根据控制图 进行管理- 过程 4M管理
把握现象
- 把握现象- 把握频率
根据统计资料分析分析原因因 子的 影响
采取统计分析 的最佳条件
已有

- 根据计数值的多少进行重点管理- 个别统计工具Tool复杂,难解 所以不适用现代企业
根据计量值的偏差进行重点管理- 用于定性化的过程 连接比较容易做的统计技法 可以使用(Package系统方法)
为什么99%水准的品质不可以? 每小时有2万封的邮件丢失 一天15分钟提供的水是被污染的 一周发生5000次的失误手术 每天在主要航空公司发生2件坠毁事故 每年有200,000件的错误药处方 每月几乎发生7小时的停电4 σ = 99.38%

六西格玛基础知识简介(英文版)(ppt 22页)

六西格玛基础知识简介(英文版)(ppt 22页)
3.4
Cost of Quality %
<1% of sales
99.9767
233
5 - 15% of sales
99.3790
6,210 15 - 25% of sales
939.33.3
66,807 25 - 40% of sales
69
308,537
31
691,462
What is the Benefits of Six Sigma ???
•Prevention Costs
•Internal Failure Costs
–Quality Engineering
–Scrap
–Design and Development of Quality Equipment
–Rework
–Design Verification and Review to Evaluate the Quality of New Products –Quality Training –Quality Improvement Projects –Quality Data Gathering Analysis and Reporting –Other Process Control Activities Used to Prevent
What is the meaning of quality???
99% Good (3.8 Sigma)
20,000 lost articles of mail per hour
Unsafe drinking water for almost 15 minutes each day
5,000 incorrect surgical operations per week

6sigma黑带培训教材(英文).ppt

6sigma黑带培训教材(英文).ppt
a) percentage (%) b) parts per million (ppm) c) parts per billion (ppb)
Process Capability
Process Capability studies can • indicate the consistency of the process output • indicate the degree to which the output meets specifications • be used for comparison with another process or competitor
Process Limits (LPL and UPL)
• measures the variation of a process • the natural 6 limits of the measured characteristic
Control Limits (LCL and UCL)
• measures the variation of a sample statistic (mean, variance, proportion, etc)
estimated via the following:
Fx Prx LSL Prx USL
LSL
USL


LSL



1


USL



ZLSL 1 ZUSL
For characteristics with only one specification limit:
Three Types of Limits

6Sigma培训教程(PPT64页)


改善表现
衡量市场要求
探索设计其他方案进行Fra bibliotek细的设计控制表现




实施新设计
现有流程是否能满足客户要求?
这是否是新产品、流程服务或工厂?
创新流程(DMEDI)
确定是否要改进或重新设计
6 Sigma精益生产
什么是精益生产?精益生产是一种观念,它设法将生产产品或提供服务的运营资本减到最小。 换句话说,流程中的增值时间应大大超过非增值时间。什么是6 Sigma精益生产?6 Sigma精益生产是DMAIC方法的应用,并与从精益生产原理中提取出来的概念一起实施。 这两者结合在一起,就能够提供一个提高速度、管理库存/生产量并降低损耗的可持续的流程。
DMAIC: 改善流程
定义机会
衡量表现
分析机会
改善表现
控制表现
“实际问题”的焦点直接与底线相关 在4~6个月内取得结果 需要时使用包括精确的统计法在内的多种工具和方法 保持长期改善 在整个组织机构普及改善 担当改革的代表
1.0 定义机会
2.0 衡量表现
3.0 分析机会
4.0 改善表现
5.0控制表现
今天会怎么做?
在所有事实和数据都没有的情况下进行业务决策用非正式的团队承担具体的题目在不去控制保持收益的情况下进行改善
在竞争日趋激烈的业务领域中的
至关重要的问题
你是否始终满足客户的要求…… 或者你的表现中是否存在这些差距?你的改善努力是否不断获得回报…… 或者这些努力的财务效益是否已经实现,并且创新和竞争收益已经停止?
目的
主要活动
潜在工具和方法
主要成果
1.0 定义 机会
2.0 衡量表现
3.0 分析机会

Sixsigma中英对照(共87张PPT)


Brainstorm Potential Root Causes
Effect
Prioritize Causes
FMEA
Pr ocess/Pr oduct Failure Modes andEffects Analysis
(FMEA)
Pro c e s s or Pro d u c t Na m e :
Input Supplier Reqmt. Measures
Quality Cost Time
Outputs Customers Value Measures
Establsh Process Priorities
3. Analyze the Current Process
Identify Key Variables
6 Sigma Awareness Training
Six Sigma ss Program
6了解纲要
WHY ARE YOU HERE?此行目的为何?
2022/9/12
To understand the why and how of Six Sigma so you can help
C u st.
TR ec.
V alue
I ntrin- R ight D i stance T i m e
Q C sic First Time
T otal D istan ce R aw C ycle T ime X F actor 3
Analyze分析 what’s wrong怎么了
5. Identify Root Causes & Proposed Solutions
Select Critical Projects
Quality Pareto Chart

6sigma英文版

–Musical Chairs: Look at your challenge from a different perspective, through someone else’s eyes, from someone else’s vantage point. Start with someone who has no understanding of your task. How would they see it? How would they react at first blush? Where would they look for answers? What would their concerns be?
Process Capability
Design Excellence
Is the gap YES
NO
small?
DMAIC
Fundamental Redesign
• Design a new product / process • Broad approach • Blank sheet of paper approach • High Risk • Longer time span • Addressing many CTQs • Goal: Quantum Leap
Next generation: the existing products remaining lifetime is very short, a successor will be needed soon
System limits: the performance gap is due to system / business model configurations that cannot be changed or the available technology does not allow to meet CTQs
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Unpredictable
X
X
XX X
X
X XX
X X
X
X X
Reduce Spread
6 Helps us Identify and Reduce VARIATION due to: - Insufficient Process Capability - Unstable Parts & Materials - Inadequate Design Margin
• Mikel J. Harry one of the Original Architects • Previously Headed Quality Function at ABB and Motorola • Now President/CEO of Six Sigma Academy in Phoenix, Arizona • Has Consulted for Texas Instruments, Allied Signal (and others) • Currently Retained by GE to Teach the Implementation,
Define Defect Opportunities
• Any step in the process where a Defect could occur in a CTQ
Look for Defects in Products or Services
• Count Defects or failures to meet CTQ requirements in all process steps
PPM
{ IRS Tax Advice
2
308,537
{ Restaurant Bills Airline Baggage Doctor’s Prescription
3
66,807
{ GE Average Company
4
6,210
5
233
6
3.4
{ Best Companies Airline Safety
6Sigma标准培训教材英文 ppt
6 Overview
“Six Sigma”
• If we can’t express what we know in the form of numbers, we really don’t know much about it.
• If we don’t know much about it, we can’t control it.
4
1 Misspelled Word
per 30 Pages in a Book
Money
$2.7 Million Indebtedness per $1 Billion in Assets
Time
3 1/2 Months per Century
$63,000 Indebtedness per $1 Billion in Assets
Measuring & Eliminating Defects is the “Core” of Six Sigma
6 Overview
Measurement System
Some Sigma “Benchmarks”
SIGMA LEVEL
DEFECTS per MILLION
OPPORTUNITY
Sigma Level
2 3 4 5 6
Defects per Million of Opportunity
PPM
308,537 66,807 6,210 233 3.4
Convert DPMO to Sigma
• Use the SIGMA TABLE
Arrive at DPMO
• Defects Per Million Opportunities
GE Raising The Bar • New Goal to be “Best in the World” vs. #1 or #2 • Customers are Expecting More, we Must Deliver • “Ship-and-fix” Approach no Longer Tolerated in the Market • Aim to Speed Past Traditional Competitors in 5 Years • Goal Consistent with Reduced Total Costs
• If we can’t control it, we are at the mercy of chance.
Mikel J. Harry President & CEO Six Sigma Academy, Inc.
“...will bring GE to a whole new level of quality in a fraction of the
Average Company in 3 to 4Range
6 Overview
Measurement System
A Graphic/Quantitative Perspective on Variation
Number of People Arriving at CRD
7:00 7:15 7:30 7:45 8:00 8:15 8:30 8:45 9:00 9:15
So...What is Six Sigma?
• A Measurement System • A Problem-Solving Approach • A Disciplined Change Process
Measure
Analyze
Improve
Control
“THE SIX SIGMA BREAKTHROUGH STRATEGY”
time it would have taken to climb the learning curve on our own.”
John F. Welch, Jr. 1995 GE Annual Report
A Rigorous Method for Measuring & Controlling Our Quality
t”
Less Variation Means Fewer Defects & Higher Process Yields
6 Overview
Problem Solving Approach
Key Components of “BREAKTHROUGH STRATEGY”
Deployment and Application of Six Sigma Concepts & Tools
Learning from Those Who Have had Success With 6Will Accelerate its Implementation at GE
6 Overview
Time
Average Value
Many Data Sets Have a Normal or Bell Shape
6 Overview
Problem Solving Approach
Off-Target
XXXXXXXXXXXXXX
Center Process
On-Target
XXXXXXXXXXXXXX
6 Overview
What Does “Sigma” Mean?
Sigma is a Measure of the Consistency of a Process
It (is Also the 18th Letter in the Greek Alphabet!
6 Overview
Why Does GE Need A Quality Initiative?
to Design for Quality Concepts • Has Support and Commitment of Top Management
It Works!!!
6 Overview
Sigma: A Measure of Quality
Sigma 3
Spelling
1.5 Misspelled Words per Page in a Book
6 Overview
Why Does GE Need A Quality Initiative?
Cost of Failure (% of Sales)
40% 35% 30% 25% 20% 15% 10%
5%
Defects per Million 3.4 Sigma 6
233 6210 66,807 308,537 500,000
$2 Indebtedness
6 Seconds
of the Books in a Small
per $1 Billion in Assets
per Century
Library
6 is Several Orders of Magnitude Better Than 3!!!
6 Overview
Where Does “Six Sigma” Come From?
• Benchmark and Baseline Processes
• Calculate Yield and Sigma
6 Overview
Problem Solving Approach
Off-Target
Target
Unpredictable
Target
LSL Defects
USL
Center Process
On-Target
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