7.network design in the supply chain

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© 2007 Pearson Education Network Design in the Supply Chain Supply Chain Management 5-1

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Page 1: 7.Network Design in the Supply Chain

© 2007 Pearson Education

Network Design in the Supply Chain

Supply Chain Management

5-1

Page 2: 7.Network Design in the Supply Chain

© 2007 Pearson Education

Outline

A strategic framework for facility location Multi-echelon networks Gravity methods for location Plant location models

5-2

Page 3: 7.Network Design in the Supply Chain

© 2007 Pearson Education

Network Design Decisions

Facility role Facility location Capacity allocation Market and supply allocation

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Page 4: 7.Network Design in the Supply Chain

© 2007 Pearson Education

Factors InfluencingNetwork Design Decisions

Strategic Technological Macroeconomic Political Infrastructure Competitive Logistics and facility costs

5-4

Page 5: 7.Network Design in the Supply Chain

© 2007 Pearson Education

Service and Number of Facilities

Number of Facilities

ResponseTime

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Page 6: 7.Network Design in the Supply Chain

© 2007 Pearson Education

Customer

DC

Where inventory needs to be for a one week order Where inventory needs to be for a one week order response time - typical results --> 1 DCresponse time - typical results --> 1 DC

Page 7: 7.Network Design in the Supply Chain

© 2007 Pearson Education

Customer

DC

Where inventory needs to be for a 5 day order Where inventory needs to be for a 5 day order response time - typical results --> 2 DCsresponse time - typical results --> 2 DCs

Page 8: 7.Network Design in the Supply Chain

© 2007 Pearson Education

Customer

DC

Where inventory needs to be for a 3 day order Where inventory needs to be for a 3 day order response time - typical results --> 5 DCsresponse time - typical results --> 5 DCs

Page 9: 7.Network Design in the Supply Chain

© 2007 Pearson Education

Customer

DC

Where inventory needs to be for a next day order Where inventory needs to be for a next day order response time - typical results --> 13 DCsresponse time - typical results --> 13 DCs

Page 10: 7.Network Design in the Supply Chain

© 2007 Pearson Education

Customer

DC

Where inventory needs to be for a same day / next Where inventory needs to be for a same day / next day order response time - typical results --> 26 DCsday order response time - typical results --> 26 DCs

Page 11: 7.Network Design in the Supply Chain

© 2007 Pearson Education

Costs and Number of Facilities

Costs

Number of facilities

Inventory

Transportation

Facility costs

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Page 12: 7.Network Design in the Supply Chain

© 2007 Pearson Education

Percent Service Percent Service Level Within Level Within

Promised TimePromised Time

TransportationTransportation

Cost Buildup as a Function of FacilitiesC

ost

of O

per

atio

ns

Cos

t of

Op

erat

ion

s

Number of FacilitiesNumber of Facilities

InventoryInventory

FacilitiesFacilities

Total CostsTotal Costs

LaborLabor

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Page 13: 7.Network Design in the Supply Chain

© 2007 Pearson Education

A Framework forGlobal Site Location

PHASE ISupply Chain

Strategy

PHASE IIRegional Facility

Configuration

PHASE IIIDesirable Sites

PHASE IVLocation Choices

Competitive STRATEGY

INTERNAL CONSTRAINTSCapital, growth strategy,existing network

PRODUCTION TECHNOLOGIESCost, Scale/Scope impact, supportrequired, flexibility

COMPETITIVEENVIRONMENT

PRODUCTION METHODSSkill needs, response time

FACTOR COSTSLabor, materials, site specific

GLOBAL COMPETITION

TARIFFS AND TAXINCENTIVES

REGIONAL DEMANDSize, growth, homogeneity,local specifications

POLITICAL, EXCHANGERATE AND DEMAND RISK

AVAILABLEINFRASTRUCTURE

LOGISTICS COSTSTransport, inventory, coordination

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Page 14: 7.Network Design in the Supply Chain

© 2007 Pearson Education

Conventional Network

CustomerCustomerStoreStore

MaterialsMaterialsDCDC

ComponentComponentManufacturingManufacturing

VendorVendorDCDC

Final Final AssemblyAssembly

FinishedFinishedGoods DCGoods DC

ComponentsComponentsDCDC

VendorVendorDCDC PlantPlant

WarehouseWarehouse

FinishedFinishedGoods DCGoods DC

CustomerCustomerDCDC

CustomerCustomerDCDC

CustomerCustomerDCDC

CustomerCustomerStoreStore

CustomerCustomerStoreStore

CustomerCustomerStoreStore

CustomerCustomerStoreStore

VendorVendorDCDC

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Page 15: 7.Network Design in the Supply Chain

© 2007 Pearson Education

Tailored Network: Multi-Echelon Finished Goods Network

RegionalRegionalFinishedFinished

Goods DCGoods DC

RegionalRegionalFinishedFinished

Goods DCGoods DC

Customer 1Customer 1DCDC

Store 1Store 1

NationalNationalFinishedFinished

Goods DCGoods DC

Local DCLocal DCCross-DockCross-Dock

Local DC Local DC Cross-DockCross-Dock

Local DCLocal DCCross-DockCross-Dock

Customer 2Customer 2DCDC

Store 1Store 1

Store 2Store 2

Store 2Store 2

Store 3Store 3

Store 3Store 3

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Page 16: 7.Network Design in the Supply Chain

© 2007 Pearson Education

Network Optimization Models

Allocating demand to production facilities Locating facilities and allocating capacity

Which plants to establish? How to configure the network?

Key Costs:

• Fixed facility cost• Transportation cost• Production cost• Inventory cost• Coordination cost

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Page 17: 7.Network Design in the Supply Chain

© 2007 Pearson Education

Demand Allocation Model

Which market is served by which plant?

Which supply sources are used by a plant?

xij = Quantity shipped from plant site i to customer j

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Page 18: 7.Network Design in the Supply Chain

© 2007 Pearson Education

Summary of Learning Objectives

What is the role of network design decisions in the supply chain?

What are the factors influencing supply chain network design decisions?

Describe a strategic framework for facility location.

How Network optimization models are used for facility location and capacity

allocation decisions?

5-18