Title: Six Sigma Supply Chain Using the SCOR Framework
1Six Sigma Supply ChainUsing the SCOR Framework
2Session Objectives
- Assumptions
- Familiar with SCOR
- Understand Six Sigma philosophy
- Read the manuals
- Objectives
- Compare strategic intent of Six Sigma and SCOR
- Highlight integration of the two project
approaches
3Six Sigma
- Sigma or standard deviation is a statistical
calculation of variability often used to measure
the defect rate of processes - Where 1 sigma represents processes capable of
30.85 good, 6 sigma references processes capable
of 99.99966 good - The purpose of applying Six Sigma goals to
processes is to help drive the defect rate so
that customer requirements are missed only 3.4
times out of a million - The Six Sigma project approach is called DMAIC or
DMADV
4SCOR
- SCOR is a supply chain process reference model
combining 3 levels of process detail, metrics,
leading practices, and standardized definitions - The purpose of SCOR is to improve supply
performance through process improvement, design,
and control - The project approach is summarized in the SCOR
Project Roadmap
5Six Sigma - DMAIC
- DEFINE the problem and what customers require
- MEASURE the defects and process operation
- ANALYZE the data and discover the causes
- IMPROVE the process by removing causes of defects
- CONTROL the process to maintain optimal
performance
6Six Sigma - DMADV
- DEFINE customer requirements and goals
- MEASURE and match performance to customer
requirements - ANALYZE and assess process design
- DESIGN and implement new processes
- VERIFY results and maintain performance
7The SCOR Framework
The integrated processes of Plan, Source, Make,
Deliver and Return, spanning your suppliers
supplier to your customers customer, aligned
with Operational Strategy, Material, Work
Information Flows.
Deliver
Source
Make
Deliver
Make
Source
Source
Make
Deliver
Source
CustomersCustomer
SuppliersSupplier
Your Company
Supplier
Customer
Internal or External
Internal or External
Supply Chain Operations Reference Model
8SCOR Project Roadmap
Operations Strategy
- Supply Chain Scope
- Performance Metrics
- Supply Chain SCORcard
- Competitive Performance Requirements and SCORcard
Gap Analysis
Analyze Basis of Competition
- AS IS Material Flow
- Disconnect Gross Opportunity Analysis
- Material Flow Strategy and Best Practice Analysis
- Supply Chain Strategy
- TO BE Material Flow
Material Flow
Configure Supply Chain
Align Performance Levels, Practices, and Systems
Information and Work Flow
- AS IS Work/Information Map
- Transactional Analysis
- Design Specifications
- TO BE Work/Information Map
- Prioritized List of Changes
- Master Schedule of Projects
- ROI Analysis
- Technology Selection
- Detail Requirements, Solution Design,
Configuration, Test Go Live
Implementation
Implement Supply-Chain Changes
9High Level Comparison
10Project Players
11Define the Opportunity
12Customer Requirements
13SIPOC
- SIPOC
- Supplier
- Input
- Process
- Output
- Customer
- SCOR Thread Diagram
- SCOR Overview, page 19
- SCOR Level 3 Processes
- SCOR Overview, page 10
14Measuring Performance
15Measuring Performance
16Cost of Poor Quality - COPQ
17Critical To Quality - CTQ
18Analyzing Data and Processes
19Data Analysis
20Analyzing Data and Processes
21SCOR Level 3 Source
22Productivity Improvement
23Improve the Process
24Improve the Process
25Generate Creative Solutions
- Material Flow Supply Chain Strategy
- Business Blueprint Work and Information Flow
- CPFR Template SCOR Stencils or practices
modeling best practices - Supply Chain Council Research Agenda
- SCOR Technical Development Initiatives
26Supply Chain Strategy
27Business Blue Print
28Prioritize Improvements
29Project Portfolio
30Control the Process
31Control the Process
32Resources
- The Six Sigma Way series including a Team
Fieldbook - Lean Six Sigma
- SCOR Overview found on www.supply-chain.org
- The SCOR model http//events.totalsupplychain.com/
event-archive/archive_contents.html - keepingSCOR archives on www.supplychaintech.com
- www.pragmatek.com
- peter.bolstorff_at_pragmatek.com