scor lean six sigma
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Supply ChainExcellence
ISSSP
SCOR Executive Brief
Peter BolstorffSeptember 25, 2003
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Key Questions? Who is the Supply Chain Council?
? What is SCOR?
? How do we use SCOR to improve supplychain performance?
? How does Lean Six Sigma relate to SCOR?
?
What are the most common next steps?
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The Supply Chain Council? The Supply-Chain Council (SCC), www.supply-
chain.org, is an independent not-for-profit
corporation formed in 1996 as a grassroots initiative
to develop a standard supply chain framework.
? Founding companies included Bayer, Compaq,Proctor & Gamble, Lockheed Martin, Nortel,Rockwell Semiconductor, Texas Instruments, 3M,
Cargill, Pittiglio, Rabin, Todd, & McGrath (PRTM),and AMR Research, Inc.
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The Supply Chain Council? The SCC mission is to perpetuate the use of SCOR
through technical development, research, education,
and conference events.
? The SCC has 800 members worldwide, withchapters in Europe, Japan, Korea, Latin America,Australia/New Zealand, and Southeast Asia
? The SCC sponsors six SIG groups: Six Sigma,
Aerospace and Defense, Automotive, Electronics,Retail and Consumer Packaged Goods, andPharmaceuticals
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What is SCOR?? The Supply Chain Operations
Reference (SCOR) combinesstandard supply chainprocesses, metrics, and world-
class benchmarks in onereference document
? SCOR analyzes over 100processes in three categories
? Planning MRP, DRP, MPS,and Forecasting
?
Execution Purchase Orders,Work Orders, Sales Orders,and return authorizations
? Enabling Policy, Master Data(Item), and Teamwork
#
Level
Schematic
1
2
3
4
ConfigurationLevel
(ProcessCategories)
ProcessElement Level
(DecomposeProcesses)
Plan
DeliverMakeSource
ImplementationLevel
(DecomposeProcess
Elements)
S
upplyChainOperationsReferencemodel
Top Level
(Process Types)
Notin
Scope
Description
BalanceProductionResources withProductionRequirements
EstablishDetailedProductionPlans
Identify,Prioritize,and Aggregate
ProductionRequirements
Identify,Assess, andAggregateProductionResources
P3.1
P3.3 P3.4
P3.2
ReturnReturn
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Level One Framework
Supplier
Plan
CustomerCustomers
Customer
Suppliers
Supplier
Make DeliverSource Make DeliverMakeSourceDeliver SourceDeliver
Internal or External Internal or External
YOUR COMPANY
Source
Supply Chain Operations Reference Model
PlanPlanPlanPlan
Return
SCOR defines supply chain as the integrated processes of Plan, Source, Make,Deliver and Return, spanning your suppliers supplier to your customers
customer, aligned with Operational Strategy, Material, Work & InformationFlows.
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S1 Source
Stocked Product
S1.1
Schedule Product
Deliveries
S1.2Receive Product
S1.3
Verify Product
S1.4
Transfer Product
S1.5
Authorize Supplier
Payment
M1
Make-to-Stock
M1.1
Schedule Production
Activities
M1.2Issue Product
M1.3
Produce and Test
M1.4
Package
M1.5
Stage Product
M1.6
Release Product to
Deliver
D1
Deliver Stocked
Product
D1.1
Process Inquiry & Quote
D1.2Receive, Enter, & Validate
Order
D1.3
Reserve Inventory and
Determine Delivery Date
D1.4
Consolidate Orders
D1.5
Plan and Build
Loads
D1.6
Route Shipments
D1.7
Select Carriers and Rate
R1
Return Defective
Product
DR1.1
Authorize Return
DR1.2Schedule Product Return
DR1.3
Receive Defective
Product
SR1.4
Verify Defective Product
SR1.5
Dispositio n Defective
Product
SR1.6
Return Replacement
or Credit
P2
Plan Source
P2.1
Identify, Prioritize, and
Aggregate Product
Requirements
P2.2Identify, Assess, and
Aggregate Product
Resources
P2.3
Balance Product
Resources with Product
Requirements
P2.4
Establish Sourcing Plans
ED
Enable Deliver
ED.1
Manage
Deliver Business Rules
ED.2Assess Delivery
Performance
ED.3
Manage
Deliver Information
ED.4
Manage
Finished Product
Inventories
ED.5
Manage
Deliver Capital
Assets
ED.6
Manage Transportation
ED.7
Ma na e
Level Three Framework
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Standard DefinitionsProcess Element: Schedule Product Deliveries Process Element Number: S1.1Process Element DefinitionScheduling and managing the execution of the individual deliveries of product against an existing contract orpurchase order. The requirements for product releases are determined based on the detailed sourcing plan orother types of product pull signals.
Performance Attributes MetricReliability % Schedules Generated within Suppliers Lead Time
% Schedules Changed within Suppliers Lead Time
Responsiveness Average Release Cycle of ChangesFlexibility Average Days per Schedule ChangeAverage Days per Engineering Change
Cost Product Management and Planning Costs as a % of ProductAcquisitions Costs
Assets None Identified
Best Practices FeaturesUtilize EDI transactions to reduce cycle timeand costs
EDI interface for 830, 850, 856 & 862 transactions
VMI agreements allow suppliers to manage(replenish) inventory
Supplier managed inventories with scheduling interfaces toexternal supplier systems
Mechanical (Kanban) pull signals are used tonotify suppliers of the need to deliver product
Electronic Kanban support
Consignment agreements are used to reduceassets and cycle time while increasing theavailability of critical items
Consignment inventory management
Advanced ship notices allow for tightsynchronization between SOURCE and MAKEprocesses
Blanket order support with scheduling interfaces to externalsupplier systems
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Standard Organizational
MetricsPerformanceAttribute
Performance Attribute Definition Level 1 Metric
Delivery PerformanceFill Rates
Supply ChainDelivery Reliability
The performance of the supply chain indelivering: the correct product, to the correctplace, at the correct time, in the correctcondition and packaging, in the correctquantity, with the correct documentation, tothe correct customer.
Perfect Order Fulfillment
Supply ChainResponsiveness
The velocity at which a supply chainprovides products to the customer.
Order Fulfillment Lead Times
Supply Chain Response TimeSupply ChainFlexibility
The agility of a supply chain in respondingto marketplace changes to gain or maintaincompetitive advantage.
Production Flexibility
Cost of Goods SoldTotal Supply Chain ManagementCostsValue-Added Productivity
Supply Chain Costs The costs associated with operating thesupply chain.
Warranty / Returns ProcessingCostsCash-to-Cash Cycle TimeInventory Days of Supply
Supply Chain AssetManagementEfficiency
The effectiveness of an organization inmanaging assets to support demandsatisfaction. This includes the managementof all assets: fixed and working capital.
Asset Turns
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What have others used SCOR
to accomplish?? Cost Reduction Productivity
Improvement? Direct
? Indirect
? Delivery Performance
Improvement? On Time In Full Perfect Order? Synchronize Lead-time
? Application optimization? Upgrade
? Under Utilization
? Implement Operational Strategy
? Software Selection &Implementation? Business Requirements
? SKU Rationalization? Supply Chain Six Sigma and Lean
Enterprise? Project and Candidate Selection
? Organizational Learning? Continuous Improvement
? Efficient Consumer Response? Forecast Accuracy
? Category Marketing
? Collaborative PlanningForecasting and ReplenishmentCPFR
?
Physical Network Analysis Material Flow Design
? Acquisition? Due Diligence? Integration
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How Do We Use SCOR?? Phase 0 Building Organizational Support for Supply Chain
Improvement
? Phase I Discover the Opportunity? Week One
? Phase II Analyze Basis of Competition? Weeks Two through Four
? Phase III Design Material Flow? Weeks Five through Ten
? Phase IV Design Work and Information Flow? Weeks Eleven through Seventeen
? Phase V Implementation? Lean Projects? DMAIC Projects? Software Implementation Detail Solution Design, Configuration, Test, and
Go Live
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Supply Chain Definition
US Retail
Markets
US Distributor
Markets
US Direct-to-ConsumerMarkets
US OEM - Key
Accounts
US
Government
US Home
DeliveryInternational
FoodProducts
X X X X X
Technology
ProductsX X X
DurableProducts
X X
Geography - Customer or Market Channel
Product
Supply Chain
Definition Matrix
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Total Supply Chain
Management Cost? Order Management Cost
? Customer Service
? FG Warehouse
? Outbound Transportation
?
Material Acquisition? Purchasing
? RM Warehouse
? Inbound Transportation
? Planning Costs
? Demand Planning
? Supply Planning
? IT Cost for Supply Chain
? Inventory Carrying Costs 0
2
4
6
8
10
12
14
16
Auto mo t ive
Elect ro nics
A p p l i a n c e &
Indus t rial
C o mp ut e r T el e co m E le c t ro n ic
Co mp o nents
BIC Median
Copyright 2001 Performance Measurement Group LLC and PRTMSupply Chain World Europe 9/25/01
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Material Flow Detail
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SCOR Best Practices
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Transactional ProductivityS1.1 S1.2 S1.3 S1.4 S1.5 Assumptions
Volume
PO 3655 All Purchase Orders 2002Receipts 12560 3.4 Lines per Receipt
QA Record 12560 1 QA Record per Line
Transfers (Lines) 12560 1 Transfer per LineInvoices 12560 1 Invoice per Receipt
Event Time 49 4 5 18 6
Elapsed Time 4510 10 1440 10080 10080Yield 71.0% 97.0% 92.1% 42.4% 46.3%
People Minutes w/ Yield 252246 51793.8 68186.8 533208 162765People Minutes w/o Yield 179095 50240 62800 226080 75360
124800 Minutes = 1 Person @ 1 Year
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The SCOR Business Blue Print
S2.2 -
Receive
Product
S2.1 -
Schedule
Product
Deliveries
S2.3 - Verify
Product
S2.4 -
Transfer
Product
S2.5 -
Authorize
Supplier
Payment
M2.1 -
Schedule
Production
Activities
M2.2 - Issue
Sourced/In-Process
Product
M2.3 -
Produce and
Test
M2.4 -
Package
M2.5 - Stage
Finished
Product
M2.6 -
Release
Finished
Product
DR2.1 -
Authorize
MRO Produc t
Return
DR2.2 -
Schedule
MRO Return
Receipt
DR2.3 -
Receive MRO
Product
DR2.4 -
Transfer MRO
Product
SR2.1 -
Identify MRO
Product
Condition
SR2.2 -Disposition
MRO Produc t
SR2.3 -
Request MRO
Return
Authorization
SR2.4 -
Schedule
MRO
Shipment
SR2.5 -Return MRO
Product
D2.1 -
Process
Inquiry &
Quote
D2.2 -
Receive,
Configure,
Enter &
Validate
Order
D2.3 -
Reserve
Resources &
Determine
Delivery Date
D2.4 -
Consolidate
Orders
D2.5 - Plan &
Build LoadsD2.6 - Route
Shipments
D2.7 - Select
Carriers &
Rate
Shipments
D2.8 - Pick
Staged
Product
D2.9 - Load
Vehicle,
Generate
Shipping
ocumentation,
Verify Credit,
& Ship
Product
D2.10 -
Receive &
Verify
Product at
Customer Site
D2.11 - Test
& Install
Product
In
P
Supplier
Customer
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Phase V: Implementation? Detailed Design
? Pilot
? Rollout
? Six Sigma Environment
? Define
? Measure
? Analyze
? Improve
? Control
? Lean Six SigmaFormalized Integration
? Project Portfolio
? Preliminary Charters
? Metric Definition andOpportunity Analysis
? Project ExecutionMethodology and overallProgram Management
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SCOR Project Portfolio
Description Cost Yr1Benefit
Yr2Benefit
Yr3Benefit
Savings ROI
1 Poor Planning 2,200 3,956 6,330 15,825 26,111 11.92 Supply Management 150 690 1,102 2,757 4,549 30.33 Reactive Logistics Planning
and Execution250 598 956 2,390 3,944 15.8
4 Disparate Systems 6,500 311 498 1,246 2,055 .3
5 Poor Data Integrity 1 533 853 2,134 3,520 35206 Hit-or-Miss Product Life Cycle
Management500 1,110 1,776 4,440 7,326 14.7
7 Undisciplined OrderManagement
250 587 939 2,349 3,875 15.5
8 No Formal ReturnManagement
1,200 9,500 15,200 13,300 38,000 31.6
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Effort ImpactEase Of Implementation
EASY TOUGH
1 8BIG
PAY
OFF
6
2
5 7 3
4
B
usiness
Impac
t
SMALL
P
AY
OFF
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Financial Impact? High Impact, Short Duration, Self-funded Supply Chain Improvement
? Average ROI 4X to 12X Within 12 months
? Average profit improvement as calculated through Economic ValueAdd (EVA) 3% to sales
? Better Utilization of Current Applications Improved ROA? Business Blue Print to Leverage Needed Upgrades Reduce
operational cost for customizations
? Roadmap for Technology Investments Buy the Right Modules
? Framework for Supply Chain Continuous Improvement Six Sigmaand Lean Enterprise; Year on Year Supply Chain Management ofthe project portfolio 1% profit improvement per year
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How does SCOR relate to Six
Sigma?? SCOR provides a top down
analytical approach to yoursupply chain processes
? Standardized Supply Chain
Measures? Material Flow Efficiency
? Work and Information FlowProductivity
? Organized Project Portfolioaimed at overall supplychain continuousimprovement
? Six Sigma Programscombine effectiveleadership infrastructurewith a systematic
education based executionapproach
? Leadership Training
? Project Results Trackingand Management
? Human ResourceDevelopment RewardSystem
? DMAIC DMADV Process Management
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How does SCOR relate to Six
Sigma?? SCOR when implemented under a Six Sigma
program yields bigger savings faster
? Typical Six Sigma project selection brainstorming
exercises may focus resources on the stacks ofpennies versus the dollar bills and potentially sub-optimize processes
? Companies who have focused their Black Beltresources on COGS reduction are now pointing to
the next area of cost Supply Chain and want toleverage project selection lessons learned from thepast
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How does SCOR add value to
Six Sigma?? Supply Chain Definition Program Scope and DMAIC Project
Charters
? SCOR Metrics Operational Definition, CTQ, and COPQ
? Competitive Requirements for Delivery Performance, Flexibility
and Responsiveness, Supply Chain Cost, and AssetManagement Efficiency Customer Requirements
? Standardized Process Definition for Material, Work, andInformation Flow Data Analysis
? Process Mapping Techniques Process Analysis and Generate
Creative Solutions? Organized Project Portfolio Project and Candidate Selection
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Six Sigma Value Adds? Program Infrastructure (Leadership, Training, Formalized
Resource Plan) SCOR Executive Sponsor, Steering Team,Project Leader, and Design Team
? Data Collection Techniques (Stratification, Sampling, Sigma
Calculation, and Yield) SCORcard Gap Analysis? Data Analysis Techniques (Pareto Chart, Run Chart, Histogram,
Fishbone Analysis, FMEA, etc.) Material, Work, andInformation Flow Disconnect Analysis
? Process Analysis Techniques (Process Maps, Value StreamMaps, etc.) Geographic Map and Swim Diagram
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Next Steps
? Learn more about SCOR and Six SigmaIntegration
? Identify candidate supply chains for analysis? Introduce a SC?R Certification process to
select candidates from your Black Beltresource list
? Start the train do review cycle
? Expect Short and Long Term Results
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ProEx SC?R CertificationThe AIT Group www.theaitgroup.com
Executive
Briefing Session 1 Session 2 Session 3
Team
Certifications
On-site & Remote Support On-si te & Remote Support On-site & Remote Support
Train
Apply
Rev iew Tra in
Apply
Review Train
Apply
ReviewPrep
2 weeks 5 days
3 weeks
1 day 4 days
3 weeks
1 day 4 days
3 weeks
1 day
Session 1 - Deliverables Session 2 - Deliverables Session 3 - Deliverables Thought Process Map (TMAP)
Competitive Positioning
Kano Analysis Industry Comparison
Supply Chain Profile Supply Chain Definition Matrix SCOR Charter Level 1 Metrics Definition / NEM
PMG Benchmark Survey SCORcards Requirements Gap Analysis
SCORcard& Gap Analysis Review
Thought Process Map (TMAP)
Geographic Map
Value Stream Map (Material Flow) As-Is Material Flow Map
Level 2 Metrics Definition / NEM Material Flow Performance Summaries Material Flow Disconnect Analysis
?Brainstorming Summary?Cause/Effect Analysis?Failure Modes & Effects Analysis
To-Be Material Flow Map
Disconnect Opportunity Assessment Quick Hit Project Charters Status Review
Thought Process Map (TMAP)
Transactional Analysis
Value Stream Map (Work & Info Flow) As-Is Work & Info Flow Map
As-Is Productivity Summary As-Is Swim Diagrams Level 3 Metrics Definition / NEM Level 3 Baseline Blueprint
To-Be Work & Info Flow Map To-Be Productivity Summaries Project Portfolio & ROI Analysis
Effort / Impact Assessment Portfolio Prioritization Deployment / Resource Plan Certification Review
Business Design & Project SelectionPerformance BaselinePrep
SC? R Champion Certification (12 weeks)
Project Leader
Black
Belt
FinanceProcess
Owners
Project Leader
BlackBelt
FinanceProcessOwners
Project Leader
BlackBelt
FinanceProcessOwners
Supply Chain Thread #1
Supply Chain Thread #2
Demand Chain Thread #3
SC? RDeployment Teams
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Contact Information:
Rod ReckerTelephone: (530) 587-1575Email: [email protected]