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      • Six Sigma Define: 1Define Problem & 2 Identify Customer
      • Six Sigma : Define : 3 : Identify CTQs ( VOC Kano Model )
      • Six Sigma : Define : 4 : Map Process 5 Refine Project Scope
      • Six Sigma : Define : 6 Update Project Charter ( PERT CPM Gantt Bar WBS)
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      • Six Sigma: Measure : 1 Identify Measurement and Variation
      • Six Sigma: Measure : 2 Determine Data Type
      • Six Sigma: Measure : 3 Develop Data Collection Plan
      • Six Sigma: Measure : 4 Measurement System Analysis & Data Collection
      • Six Sigma: Measure : 5 Perform Capability Analysis
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      • Six Sigma Analyze : 1 Measuring and modeling the relationship between Variables
      • Six Sigma Analyze : 2 Hypothesis Testing
      • Six Sigma Analyze : 3 Failure mode and effects analysis (FMEA)
      • Six Sigma Analyze : 4 Analysis of Variance (ANOVA)
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Six Sigma Define: 1Define Problem & 2 Identify Customer

1 Define Problem Problem Statement Purpose Element 2: Identify Customer methods to collect information and data Surveys Focus groups Interviews Complaint systems Market research Shopper programs The traditional methods of obtaining customer information could also include: Targeted and multi-level surveys Targeted and multi-level interviews Customer scorecards Data warehousing Data mining Customer audits Supplier audits Quality function deployment
1 Define Problem
Problem Statements
Purpose
–To clearly define and quantify the problem
–To identify the potential metrics and measurement sources
–To identify the negative attributes, the current performance and their relationship to the customer
Elements
–A specific statement of the problem being addressed
–Descriptive statements outlining locations and/or occurrences of problematic events
–Initial “scope of the problem”statement
Delivery Timing Example
•First Pass–Dealers are dissatisfied with the amount of time it takes when a vehicle is ordered until it arrives at the dealership.
•First Revision–Dealers are dissatisfied when it takes over 45 days from when a vehicle is ordered until it arrives at the dealership.
•Second Revision–Dealers are dissatisfied when it takes over 45 days from when a popular vehicle (such as an Explorer) is ordered until it arrives at the dealership.
——————--
2: Identify Customer
Definition of a Customer : In simple terms, a customer is the recipient of a product or service.
Identify Customers 
Customers are recipients of products and/or services. Two types of customers are there:
External -> Product/Service
Internal -> Product/Service
Example –Customers Clothing Manufacturer Customers
External –Retail Shops –Wholesale Outlets –Retail Shoppers –Internet Buyers
Internal: Assemblers , Logistics , Accounting , Distributors
Identify customer
External customers
•End users: Those who purchase a product or service for their ownuse
•Intermediate customers: Those who purchase the product or service and then resell, repackage, modify or assembly the product for sale to the end user.
•Impacted parties: Those who did not purchase or use the product, but would be impacted by it.
Internal Customers
•Employees
•Down stream users (example, engineering is the down stream users of R&D, plant might be the down stream users of engineering department, many department may be the down stream users of personnel department)
Defining the Customer
At times, the customer of the project may not be as evident as initially thought. The receiver of the next operation, an internal department, could be thought of as a customer.
The external customer of a processcould be the purchaser. But yet, if the purchaser is a distributor, then they may not really be the true customer. Pande, et al. points out that the primary customer of the process will or should have the highest impact on the process.
The primary customer is of utmost importance to the process. The sorting out of the primary customer may take some discussion on the team’s part.
The question of “Who is the customer?” may bring out discoveries of “which customers make us money?”.
That is, are there certain customers that make up the bulk of company revenues? Are there a small proportion of customers that simulate the Pareto law? The case being that 80% of the revenues come from 20% of the customers, or that 80% of net profit comes from 20% of the customers.
See the discussion of Pareto analysis later in this Section. Pande, et al. points out that a flaw with customer data would be “getting information from the wrong customers.” Companies are eager to sell products.
Products are initially designed for a particular market segment, yet anyone canusually obtain the product. Those products sold to that “un designed” market segment will not receive the best product for their needs.
Therefore, customer satisfaction surveys may result in survey information that reflect the thoughts of a market segment for which the product was not intended. The largest portion of unhappy customers may come from the unintended end user. The company will then react to the bad data. Fingers will be pointed in the wrongdirections. Even worse, the organization may fix the wrong problem.
Who are your customers?
They can constitute:
Current, happy customers
Current, unhappy customers
Lost customers
Competitor’s customers .Prospective customers
Eckes identifies the following methods to collect information and data from customers or would-be customers:
Surveys
Focus groups
Interviews
Complaint systems
Market research
Shopper programs
The traditional methods of obtaining customer information could also include:
Targeted and multi-level surveys
Targeted and multi-level interviews
Customer scorecards
Data warehousing
Data mining
Customer audits
Supplier audits
Quality function deployment
The information gathered should allow the organization to identify customer requirements and to spot upcoming trends. The trends will be new ways for the company to gain or retain customers. Customers seem to be more satisfied if they receive feedback than if they do not receive feedback.


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  • Home
  • Six Sigma Wiki
    • History of Six Sigma : The Guru’s
    • Lean vs Six Sigma
    • What is Six Sigma ? Objectives Fundamental Beliefs Benefits
    • Six Sigma Project Overview >
      • Six Sigma Process Performance Metrics
      • Project Execution : Selection , Flowchart , Management , Evaluation
      • Voice of the Customer (VOC) >
        • CTX (Critical to X) Quality
        • Kano Model
        • Different type of Quality Cost
      • Risk Analysis SWOT (Strength, Weakness, Opportunity, Threat)
    • Six Sigma Team Management : Types, Roles, Size, Stages & Life cycle >
      • Six Sigma Organizational Infrastructure Team Leadership >
        • Six Sigma Roles and owners process
        • 3 levels of business management process
        • Six Sigma Training: Black vs Green Belt
        • Overview of DMAIC : Key points
      • Six Sigma Team Tool: Facilitation & Groupthink
      • Nominal Group Techniques Multivoting Force Field Analysis Brainstorming
      • Diagrams : Affinity Tree PDPC Matrix Interrelationship Prioritization matrices Activity network diagram
      • The 4 Stages of Team Growth & Human factor: Forming, Storming, Norming, and Performing
    • Six Sigma: Define Phase : Outcomes & 6 Element >
      • Six Sigma Define: 1Define Problem & 2 Identify Customer
      • Six Sigma : Define : 3 : Identify CTQs ( VOC Kano Model )
      • Six Sigma : Define : 4 : Map Process 5 Refine Project Scope
      • Six Sigma : Define : 6 Update Project Charter ( PERT CPM Gantt Bar WBS)
    • Six Sigma: Measure Phase : Outcomes & 5 Element >
      • Six Sigma: Measure : 1 Identify Measurement and Variation
      • Six Sigma: Measure : 2 Determine Data Type
      • Six Sigma: Measure : 3 Develop Data Collection Plan
      • Six Sigma: Measure : 4 Measurement System Analysis & Data Collection
      • Six Sigma: Measure : 5 Perform Capability Analysis
    • Six Sigma: Analyze Phase : Outcomes & 4 Element >
      • Six Sigma Analyze : 1 Measuring and modeling the relationship between Variables
      • Six Sigma Analyze : 2 Hypothesis Testing
      • Six Sigma Analyze : 3 Failure mode and effects analysis (FMEA)
      • Six Sigma Analyze : 4 Analysis of Variance (ANOVA)
    • Six Sigma: Improve Phase : Overview & 6 Element >
      • Six Sigma: Improve Phase : 1 About Design of experiments (DOE)
      • Six Sigma: Improve Phase : 2 DOE Process variables & Analysis
      • Six Sigma: Improve Phase : 3 Design Selection Guideline
      • Six Sigma: Improve Phase : 4 : Lean 5S
      • Six Sigma: Improve Phase : 5 Poke Yoke
      • Six Sigma: Improve Phase : 6 Standard Work & Kaizen
    • Six Sigma: Control Phase : Overview & 3 Element >
      • Six Sigma: Control Phase : 1. Statistical Process Control
      • Six Sigma: Control Phase : 2. Control Chart
      • Six Sigma: Control Phase : 3. Other: Pre-control Technique, TPM & Visual Management
  • Lean Wiki
    • History of Lean & Guru’s >
      • Birth of Lean
    • About Lean, Value, Waste, Muda, Mura & Muri >
      • Overview Lean Tools, Techniques & House of Lean
      • Lean Excellence, Tools & Framework
      • Lean Framework 6 points, metric & Stability
    • Lean Team Setup : Structure, Meeting & Project >
      • Self Directed Work Teams (SDWT) , ACHIEVE TEAM SYNERGY , SQDCM, Teamwork Principles, Team Structure & Team Leader
      • The 4 Stages of Team Growth & Human factor: Forming, Storming, Norming, and Performing
    • Lean Process Mapping: Generic & Type >
      • SIPOC: Suppliers, Input, Process, Output & Customers
      • Lean Process Management , Excellence , Identification , Design & Mapping
      • Lean Process Mapping Symbols
      • How to Create a Simple Process Flow Diagram
      • Lean Value Stream Mapping, current, future & 3 type of work
      • Value Stream Mapping (VSM): About & 17 steps
      • Other Types of Process Maps & Pitfalls: Resources: iDef0, Document Map, Work Diagrams, Rendered Process Map
    • Lean Process Optimization , Andon System , Error Proofing ( Poka Yoke ) & Defect vs Errors >
      • Lean 5S System
      • Kanban : Benefits, Shapes of Inventory, Type, Operation & Sizing
      • Cellular Manufacturing: About, Benefits & 4 Dimensions of Cells
      • Heijunka, A 3 Thinking, Hoshin planning, Jidoka, Poka‐yoke , Kanban, Takt , Kaizen
      • Lean Kaizen (continuous improvement), Systems Thinking & Process Variability
      • Lean Visual Management & Visual Control
      • Lean Waste Detail: Eight Types of Waste
      • Line Balancing, Cycle Time, Takt Time, Assembly / Workload Balance & Man – Machine – Setup – Time
      • Single Piece Flow, Continuous Flow & Standardized Work
      • SMED Single Minute Exchange of Dies
      • Total Productive Maintenance (TPM): Preventive Maintenance Corrective Maintenance Inbuilt Maintenance
  • Blog
  • Contact