6 시그마란 무엇인가? 기술
6 시그마는 품질관리 방법론으로서 기업의 비즈니스 프로세스 능력을 개선하는 도구를 제공한다. 이러한 성과의 증가와 프로세스 변동의 감소를 통해 결점 감소, 이윤과 종업원 사기 그리고 제품의 품질 개선을 이룰 수 있다. 6 시그마는 Mikel Harry와 모토로라社에 의해 개척된 품질 측정 및 개선 프로그램이다. 6 시그마는 (표준편차) 6 시그마 수준까지 또는 백만개당 3~4개의 결점 수준까지 프로세스를 관리하는데 초점을 맞추고 있다. 6 시그마는 고객에 의해 결정되는 품질의 중요한 요인들을 확인하는 것을 포함한다. 6 시그마는 프로세스 변동을 감소시키고 안정성을 증가시키며 6 시그마의 목표를 지원하는 시스템을 설계한다.
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![Six Sigma [6 시그마] 6 Σ](images/picture_six_sigma.gif) 6 시그마 모델은 매우 체계적인 접근방법으로 기업이 완벽에 가까운 제품과 서비스를 개발하고 제공하는데에 집중할 수 있도록 도움을 준다. 6 시그마는 러시아 출신의 미국 품질관리의 개척자인 Joseph Juran의 통계적 작업에 기초하고 있다. 시그마란 단어는 그리스어의 기호로 완벽한 것으로부터 주어진 프로세스가 어느 정도 떨어져 있는지(표준표차)를 측정하는 통계적인 용어이다. 만일 시그마의 숫자가 높으면 완벽에 더 가깝다는 것이다. 1 시그마는 그다지 좋지 않은 것이다. 6 시그마는 백만개 당 단지 3~4개의 결점으로 정의된다. 6시그마는 만일 하나의 프로세스에서 얼마나 많은 결점을 갖고 있는지를 측정할 수 있다면, 그것들을 제거할 수 있는 방법을 체계적으로 알아낼 수 있다는 사고를 배경으로 하고 있다. 따라서 거의 무결점(zero defect) 상태에 이를 수 있다.
6 시그마에 대한 일본의 기원은 "벨트(belts)" 시스템에서 찾아볼 수 있다. 만일 6 시그마에 잘 모르고 있다면 기초 훈련을 받고 그린벨트(green belt)를 얻게 된다. 6 시그마팀을 이끄는 책임을 가진 사람은 블랙벨트(black belt)로 불린다. 마지막으로 블랙벨트를 감독하는 마스터 블랙벨트(Master Black Belts)라 불리우는 특별한 엘리트 집단이 있다.
6 시그마의 5 단계. 프로세스
일반적으로 6 시그마 프로세스는 다음 5단계를 따른다 :
- 정의. 6 시그마 프로젝트의 첫번째 단계는 문제를 명확히 하고, 몇개월 내에 측정가능한 목표가 달성될 수 있도록 문제의 범위를 좁히는 것이다. 그리고 난 후 그 프로세스를 세부적으로 조사할 팀이 구성되고 개선을 제안하며 그러한 추천사항을 실행한다. 제조 업계에서 프로젝트 관리자와 그 후원자는 일반적으로 결점을 구성하는 것이 무엇인지를 정의하는 것으로부터 시작하여, 그러한 결점의 발생을 줄여주도록 설계된 일련의 목표를 설정한다.
- 측정. 6 시그마 프로젝트의 두번째 단계는 팀이 자료를 수집하고 높은 수준의 분석을 준비하는 것이다.
- 분석. 일단 프로세스가 파악되고 문서화되며 지원자료의 질이 충분히 검증되면 6 시그마팀은 분석을 시작할 수 있게된다. 팀의 구성원은 보통 사람들이 필요한 행동을 하지 못하는 방법이나 각각의 단계에서 효과적인 통제를 확신하지 못하는 방법들을 확인하는 것으로부터 시작한다.
- 개선. 개선을 추천하고 결정하며 실행한다.
- 통제. 마지막 단계에서 팀은 통제를 한다. 이것들은 기업이 개선을 지속하고 확장할 수 있게 해준다.
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6 시그마 시그(SIG).
시그(SIG) (42 개 회원)
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6 시그마에 대한 최고 평점 토론 주제. 여기에서 가장 가치있는 아이디어와 실용적인 제안을 찾을 수 있습니다.
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Six Sigma Requirements
In order for Six Sigma to be successful in an organisation, the concept should be embraced from the grass roots to top m (...)
 12  4 개의 댓글
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Six Sigma에 대한 고급 통찰력 (영어). 여기에서 전문가의 전문적인 조언을 찾을 수 있습니다.
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Six Sigma Implementation Principles Implementing Six Sigma Succesfully
In the article 'Six Sigma - the route to business excellence' (Management Services, Winter 2005), John Morgan argues tha (...)
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Six Sigma Approaches / Steps Compared DMAIC, DMADOV, DMAEV, DABTL
Commonly Six Sigma projects focus on re-designing processes and systems and improving performance of existing systems. W (...)
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Good Six Sigma Project Management Six Sigma Project Characteristics
In their article 'Six Sigma in Service Organizations' (International Journal of Quality & Reliability Management, Vol. 2 (...)
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Hypothesis Testing in Lean Six Sigma Explained SS Hypothesis Testing
How to do simple hypothesis testing in lean six sigma? How to simplify the basic roadmap in a hypothesis test?
Using th (...)
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6 Management Responsibilities in 6 Sigma Six Sigma Implementation, Best Practices
The six imperative responsibilities top managers must take on in the early stages of a Six Sigma process:
1. Develop a (...)
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Human Sigma Improving Employee-Customer Encounters
Although Six Sigma is an extremely powerful tool in manufacturing contexts, it falls short when it comes to the employee (...)
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Six Sigma in Service Organizations Benefits
According to Jiju Antony ('Six Sigma for Service Processes', Business Process Management Journal, Vol. 12, No. 2, 2005), (...)
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How Six Sigma Supports TQM TQM, Six Sigma
Forrest B.Green suggests in a paper called: Six-Sigma and the Revival of TQM that Total Quality Management (TQM) is unde (...)
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Six Sigma Lessons Learned Process Improvement of Six Sigma Projects
Although six sigma programs typically start of well, they all too often fail to have a lasting impact as participants gr (...)
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Six Sigma in Service Organizations Challenges and Difficulties
Although the adoption of a Six Sigma business strategy in service organizations can lead to considerable benefits, follo (...)
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3 Critical Success Factors for Six Sigma Projects Getting results out of a 6 Sigma project
3 Critical Success Factors of a Six Sigma project are: 1 Executive Engagement: - Support consistently the organization (...)
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3 Six Sigma Variants Differences in Six Sigma Approaches
Behind the success of 3 major companies who innovatively applied Six Sigma in Supply Chain Management there are differen (...)
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Measurement Systems Analysis (MSA) Testing Measurement Systems, Improving Measurement Systems, Assessing Measurement Systems
WHAT IS MEASUREMENT SYSTEMS ANALYSIS (MSA)?
MSA is a type of experiment whereby you measure the same item or object rep (...)
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Generic Six Sigma Project Ideas Identifying LSS Projects
Here are some general 6 Sigma project ideas:
Reduce expenses at
Reduce scrap
Reduce downtimes or increase up (...)
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Design for Six Sigma Supply Chain & Quality
In addition to the two common key methodologies: DMAIC and DMADV of Six Sigma, there is another separate approach which (...)
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How to Make Value Stream Map? Tips Making a Value Stream Map, Creating a Value Stream Map
Hi, here's a great explaining youtube clip on tricks for making a VSM. Enjoy! (...)
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DMAIC Approach is Sequential, But... Six Sigma Implementation
The DMAIC approach is designed to allow for flexibility and iterative work, if necessary. As more is learned through thi (...)
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The DMAIC Process Step by Step Example Six Sigma Implementation, DMAIC Process
In order to better illustrate the DMAIC process, consider the case of a janitorial company that wants to boost the calib (...)
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Lean Six Sigma Programs Driving Innovation
Based on an analysis of Caterpillar and other companies that used lean Six Sigma programs to drive broad-based innovatio (...)
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CCR and CTQ Six Sigma Method
What Key Overall Requirements are there?
Requirements come from the customer (VoC) and the business (VoB), depending on (...)
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Six Sigma Improvement Team Composition and Procedure Six Sigma
Six Sigma teams should be multidisciplinary. The diversity of perspectives in the team which includes someone with exp (...)
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Appropriate Sample Sizes in Six Sigma Six Sigma
The first question faced by a statistical consultant, and frequently the last, is, How many subjects (animals, units) d (...)
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Radical Innovations Assessing Your Level of Preparedness
According to the article Using a Lean Six Sigma Approach to Drive Innovation by George Byrne, Dave Lubowe and Amy Blit (...)
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Control Charts and Control Limits Controlling the Process
Elements of a Control Chart
There are three main elements of a control chart
1. A control chart begins with a time ser (...)
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6 시그마 에 대한 다양한 정보 출처. 여기에서 자신의 강의 및 워크샵에 사용할 파워 포인트, 비디오, 뉴스 등을 찾을 수 있습니다.
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Six Sigma Dictionary (250 terms) 6 Sigma Terms
Short explanation of 250 six sigma terms. By Luis Garcia Guzman. (...)
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Great Truths about Six Sigma Introducing SIx Sigma
Humorous introduction to Six Sigma with cartoons from various cartoonists. (...)
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Six Sigma Explanation Business Process Improvement
Definition of Six Sigma
Six Sigma Best Practice Implementation framework
Key Ingredients for a Successful Six Sigma (...)
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Lean Assessment Tool Lean / Six Sigma Assessment
Spreadsheet calculates current and future Lean and Six Sigma scores based on scoring in 28 criteria. Generates Lean Over (...)
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Six Sigma Intro Introduction to SS
Introduction presentation by lakhanpalv. (...)
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Business Process Management and Improvement: Six Sigma, BPR and (R)Evolutionary Change Process Management, process Improvement, Business Process Reengineering, BPR, Six Sigma
Presentation about process management, particularly process modeling simulation and design. The presentation focuses on (...)
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Six Sigma Calculator Calculating DPM and PPM
Determine the process performance in terms of Defects Per Million (DPM) or Parts Per Million (PPM). (...)
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SS Origins and Destinations Six Sigma and Sustainability
Presentation by Prof. Rick Edgeman explains DMAIC, DFSS, the role of 6 Sigma in biophysical sustainability, environmenta (...)
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Introduction to Project Quality Management Quality Management, Project Quality Planning, Project Quality Assurance, Project Quality Control
Presentation about Project Quality Management. A large part of the presentation is about Six Sigma as a quality manageme (...)
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Overview Six Sigma Six Sigma Method
Presentation defines Six Sigma as a disciplined, data-driven approach and methodology for eliminating defects in any pro (...)
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8 Wastes Assessment and 5S Analysis in Office Environments Lean, 5S , WASTE
In the office environment, our work does not take place on our desks, but on our computers and in our digital networks. (...)
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Using the Whys Method Six Sigma, Toyoda, Toyota, Lean Production, Root Cause Analysis
To solve a problem effectively, you need to drill down through the symptoms to the underlying cause. Sakichi Toyoda, one (...)
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Six Sigma Demystified Powerpoint
MEASURE SIX SIGMA IMPROVEMENT METHODOLOGY
A. Ask each Customer: What do you need from the service / product we provi (...)
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Plan for Every Part Lean Production, Parts Management, Value Stream Mapping, Continuous-flow Manufacturing
Business Managers are making progress in realising flow as more they learn about VSM (Value Stream Mapping) and continuo (...)
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Battle of Champions in Performance Improvement: Six Sigma versus Lean Performance Improvement Lean Six Sigma
While both Six Sigma and Lean focus on waste reduction as a key aim (recognizing waste comes in many forms), this is the (...)
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Six Sigma Diagram Quality Assurance
Download and edit this 12manage PowerPoint graphic for limited personal, educational and business use.
Republishing in (...)
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Certifications from Various Accreditation Agencies Six Sigma Certifications
The attachment gives an overview of existing Lean Six Sigma Certifications.
When you want to find or become yourself a (...)
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Errors in Hypothesis Testing Errors in Hypothesis Testing
An article with example how we can circumvent errors in Hypothesis testing.
Setting the value of α is not automati (...)
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A Guide to Control Charts Applying Control Charts, Types of Control Charts
Control charts have two general uses in an improvement project. The most common application is as a tool to monitor proc (...)
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Rolled Throughput Yield Calculating Yield of a Process
Rolled Throughput Yield allows us to expose the "hidden factory" by providing visibility into the yield of each process (...)
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Sample Size Calculation Calculating Sample Size, Determining Sample Size
The first question faced by a statistical consultant, and frequently the last, is: How many subjects (animals, units) d (...)
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Design of Experiments (DOE) Designing Experiments, Designing Statistical Experiments
Quality managers who understand how to apply statistical tools for Design of Experiments (DOE) are better able to suppor (...)
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Six Sigma Capability Studies Determining the Six Sigma Level
For many years industries have used Cp, Cpk, Pp and Ppk as statistical measures of process quality capability. Some segm (...)
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6 시그마다음과 관련된 다른 유용한 소스로 자동으로 이동합니다 .
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관련 개념: Kaizen[카이젠, 개선기법] | Deming Cycle [데밍 사이클] | 8D 문제 해결 | Value Chain[가치 사슬] | Just-in-time [JIT, 적시생산시스템] | Value Stream Mapping [VSM, 가치흐름지도] | 가치공학 | Hoshin Kanri - Policy Deployment [정책전개]
다른 페이지로 이동: 공급망관리와 품질
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