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DPS 601: GLOBAL SUPPLY DPS 601: GLOBAL SUPPLY CHAIN MANAGEMENTCHAIN MANAGEMENT MBA PROGRAMME MBA PROGRAMME
BY:BY:MAGUTU O.PMAGUTU O.P
Department Of Department Of Management ScienceManagement ScienceSchool Of BusinessSchool Of Business
SEPT DEC 2011SEPT DEC 2011
TOPIC FIVE: TOPIC FIVE: GLOBAL SITE LOCATION GLOBAL SITE LOCATION
OutlineOutline
Objectives you should be able to do the following:
Strategic Roles of a Facility Be aware of key locational determinants, both
national/regional and site specific, and the impact they may have on prospective locational alternatives.
A strategic framework for facility location Describe the different types of modeling approaches that
may be used to gain insight into logistics/supply chain network design and facility location decision making.
Apply the simple “grid” or center-of-gravity approach to facility location.
Discuss certain ways in which transportation alternatives and transportation costs may affect the location decision.
Strategic Roles of a Strategic Roles of a FacilityFacilityOffshore facility: Low cost facility for
export productionSource Facility: Low cost facility for
global productionServer Facility: Regional Production
FacilityContributor Facility: Regional Production
Facility with Development SkillsOutpost Facility: Regional Production
Facility built to gain local skillsLead Facility: Facility that leads in
development and process technologies
Key Locational Determinants: Key Locational Determinants: Technological FactorsTechnological FactorsCharacteristics of available production
technologies have a significant impact on the network design:◦ If production technology provide significant
economies of scale, few high capacity locations are the most effective
◦ If facilities have lower fixed costs, many local facilities are preferred.
Flexibility of the production technology impacts the degree of consolidation in the network:◦ If the production technology is inflexible,
build many local facilities◦ Else, build few but large facilities
Key Locational Key Locational Determinants: Determinants: Macroeconomic FactorsMacroeconomic FactorsTariffs and tax incentives
◦Tariffs: Any duties that must be paid when product, equipment are moved across an international, state or city boundry.
◦Developing countries have free trade zones
Exchange rate and demand risk◦Valuable TRL and textile industry in
Turkey
Key Locational Determinants: Key Locational Determinants: Infrastructure FactorsInfrastructure FactorsAvailability of sitesAvailability of laborProximity to transportation
terminals, railservice, airports, seaports,
Highway accessCongestionLocal utilities
Key Locational Determinants: Key Locational Determinants: Competitive FactorsCompetitive FactorsPositive externalities between firms
◦Ex: Gas stations and retail shops Auto Repair Districts
Locating to Split the market◦When firms do not control price, but
compete on distance from the customer, they can maximize market share by locating close to each other and splitting the market
Key Locational Determinants: Key Locational Determinants: SCM FactorsSCM Factors
SCM must consider the following trends, improved capabilities, & realities:◦ Consumer Expectations and Competition –
power has shifted to the consumer◦ Globalization – capitalize on emerging
markets◦ Government Regulations and E-
Commerce – issues of Internet government regulations
◦ Environment Implications of E-Commerce – recycling, sustainable eco-efficiency, and waste minimization
9
Key Locational Determinants: Key Locational Determinants: Global SCM FactorsGlobal SCM Factors
Managing extensive global supply chains introduces many complications◦ Geographically dispersed members - increase
replenishment transit times and inventory investment
◦ Forecasting accuracy complicated by longer lead times and different operating practices
◦ Exchange rates fluctuate, inflation can be high◦ Infrastructure issues like transportation,
communication, lack of skilled labor, & scarce local material supplies
◦ Product proliferation created by the need to customize products for each market
10
The Role of PurchasingThe Role of Purchasing
Purchasing role has attained increased importance since material costs represent 50-60% of cost of goods sold ◦ Ethics considerations is a constant concern◦ Developing supplier relationships is
essential◦ Determining how many suppliers to use◦ Developing partnerships
11
The Traditional Purchasing The Traditional Purchasing ProcessProcess
12
The E-purchasing ProcessThe E-purchasing Process
13
Costs and Number of Costs and Number of FacilitiesFacilities
Costs
Number of facilities
Inventory
Transportation
Facility costs
A Framework forA Framework forGlobal Site LocationGlobal 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
Models for Facility Location and Models for Facility Location and Capacity AllocationCapacity AllocationGoal is to maximize the overall
profitability while providing the appropriate responsiveness.
Managers use network design models in two different ways:◦ Decide on locations and capacities of facilities◦ Decide on the market share of each facility
and identify lanes of transportationModels are two types:
◦ Network optimization models◦ Gravity models
The Required Inputs for the ModelsThe Required Inputs for the Models
Location of suppliersLocation of potential facility sitesDemand forecast by marketFacility, labor, material costsTransportation costs between sitesInventory costs by site and unitSale prices in different regionsTaxes and tariffs between locationsDesired response time and other
service measures
Optimization Models
◦ precise mathematical procedures that are guaranteed to find the “best,” or optimum, solution
◦ optimization approaches essentially select an optimal course of action from a number of feasible alternatives
Simulation Models:
◦ Simulation is defined as “the process of designing a model of a real system and conducting experiments with this model for the purpose either of understanding the behavior of the system or of evaluating various strategies within the limits imposed by a criterion or set of criteria for the operation of the system
Heuristic Models
◦ Heuristic models are able to accommodate broad problem definitions, but they do not provide an optimum solution.
◦ The use of a heuristic approach can help to reduce a problem to a manageable size and search automatically through various alternatives in an attempt to find a better solution.
◦ To reduce the number of location alternatives, the decision maker should incorporate into the heuristic program site characteristics considered to be optimal.
Potential Supply Chain Modeling Pitfalls to Avoid◦ Short-term horizon
◦ Too little or too much detail
◦ Thinking in two dimensions
◦ Using published costs
◦ Inaccurate or incomplete costs
◦ Use of erroneous analytical techniques
◦ Lack of appropriate robustness analysis
Gravity Methods for Gravity Methods for LocationLocationTon Mile-Center
Solution◦ x,y: Warehouse
Coordinates
◦ xn, yn : Coordinates of delivery location n
◦ dn : Distance to delivery location n
◦ Fn : Annual tonnage to delivery location n
n
i i
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Min )()( 22 yyxxF iii
The Grid Technique◦ Advantages
The grid technique’s strengths are in its simplicity and its ability to provide a starting point for location analysis.
The grid technique also provides a starting point for making a location decision.
◦ Limitations It is a static approach, and the solution is optimum for only
one point in time. The technique assumes linear transportation rates, whereas
actual transportation rates increase with distance but less than proportionally.
The technique does not consider the topographic conditions.
Other Transportation Factors:
◦ Commercial Zone is a specific blanket area, the transportation definition of a particular city or town.
◦ Foreign Trade Zone (FTZ) is a geographic area into which importers can enter a product and hold it without paying duties—and only paying duties or customs when is it shipped into U.S. customs territory.
◦ Transit Privilege permits the shipper to stop a shipment in transit and to perform some function that physically changes the product’s characteristic.
Network Optimization Network Optimization ModelsModels
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
Demand Allocation ModelDemand 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 0
..
1
1
1 1
x
Kx
Dx
ts
xcMin
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jij
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Plant Location with Multiple Plant Location with Multiple SourcingSourcing
yi = 1 if plant is located at site i, 0 otherwise
xij = Quantity shipped from plant site i to customer j
}1,0{;
..
1
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yky
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Capacity Investment Capacity Investment StrategiesStrategies
Speculative Strategy◦Single sourcing
Hedging Strategy◦Match revenue and cost exposure
Flexible Strategy◦Excess total capacity in multiple
plants◦Flexible technologies
Summary of Learning Summary of Learning ObjectivesObjectives
Describe a strategic framework for facility location.
How are the following optimization methods used for facility location and capacity allocation decisions?◦ Gravity methods for location◦ Network optimization models
TOPIC SIX: TRANSPORTATION IN THE GLOBAL SUPPLY CHAIN
OutlineOutline
The role of transportation in the supply chainFactors affecting transportation decisionsModes of transportation and their
performance characteristicsDesign options for a transportation networkTrade-offs in transportation designTailored transportationRouting and scheduling in transportationMaking transportation decisions in practice
OutlineOutlineThe Fundamentals of TransportationThe interrelatedness of transportation, logistics & warehousingLegal Forms of Transportation Modes of Transport Intermodal TransportationTransportation PricingTransportation SecurityTransportation Regulation & DeregulationFactors Influencing Choice Transportation ModeContract TermsLogistics Management IssuesWarehousing & DistributionImportance & Types of WarehousesRisk Pooling & Warehouse Location
The Fundamentals of The Fundamentals of TransportationTransportation
The Objective of TransportationMaximize value to firm through negotiation to provide profit contribution Make sure service is provided effectively Satisfy customer needs
Legal Forms of Legal Forms of TransportationTransportation
Transportation service companies are classified legally as either common, contract, exempt, or private carriers.
Common carriers- offer transportation services to all shippers at published rates between designated locations without discrimination.Contract carriers- not bound to serve the general public. Contract carriers serve specific customers under contractual agreements.Exempt carriers- exempt from regulation of services & rates & if they transport certain exempt products like produce, livestock, coal, or newspapers.Private carrier- not subject to economic regulation & typically transports goods for the company owning the carrier.
TransportationTransportation
Physical distribution managers must ALSO decide on which mode of transport is Best to distribute Products to the Customers.
Modes Of TransportModes Of TransportAvailable modes of transport are:-Road transport (cars, trucks),-Railway transport,-Water transport (ships),-Air transport, and-Pipelines (oil, natural gas).
Modes Of TransportModes Of TransportAir transport is very expensive
and limited in Space availability.Therefore, It is usually preferred
for small-quantity, high-value products, which require fast delivery (e.g., highly fragile electronic parts).
Modes Of TransportModes Of TransportOn the contrary, Water or
Railway transportation is slower BUT cheaper. Therefore, they are used for carrying Large Quantities of raw materials (e.g., coal and iron).
Modes Of TransportModes Of Transport
Modes Of TransportModes Of TransportThere may be some limitations
on these modes of transport, as well.
For example, only Gas and Liquids can be conveniently transported by Pipelines.
Similarly, very large products (such as building sections) would not fit in most Aircrafts.
Motor CarriersMotor CarriersMotor Carriers (trucks)- most flexible mode of transportation & carries > 80% of U.S. freight. Competes w/rail & air for short-to-medium hauls.
◦ Less-than-truckload (LTL) & truck-load (TL) carriers. LTL carriers move small shipments & fees are higher.
◦ General freight carriers carry the majority of goods shipped & include common carriers.
◦ Specialized carriers transport liquid petroleum, household goods, building materials, & other specialized items.
Rail CarriersRail Carriers
Rail Carriers- compete when the distance is long & the shipments are heavy or bulky.
◦Rail slow & inflexible, but have begun purchasing motor carriers & can thus offer point-to-point pickup & delivery service known as trailer-on-flatcar (TOFC) service.
◦Rail companies use each other’s rail cars. Keeping track of rail cars & getting them where needed can be problematic.
◦Railroad infrastructure & aging equipment are also problems for the railroads.
Air CarriersAir Carriers
Air Carriers- Expensive relative to other modes but fast. Air carriers transport about 5 % of U.S. freight.
◦Airlines cannot carry extremely heavy or bulky cargo.
◦For light, high value goods over long distances quickly. Most small cities & towns do not have airports.
◦Half of the goods transported by air are carried by freight–only airlines, FedEx.
Water CarriersWater Carriers
Water Carriers- Inexpensive, slow & inflexible. Includes inland waterway, coastal & intercoastal, & deep-sea.
◦Inland waterway transportation is used for heavy, bulky, low-value materials (e.g., coal, grain).
◦Competes w/rail & pipeline. ◦Water carriers are paired w/trucks for
door-to-door delivery.◦Supertankers are +1,500 ft long & 200
ft wide.
Pipeline CarriersPipeline Carriers
Pipeline Carriers- Limited in variety they can carry.
◦Little maintenance once pipeline is running.
◦Materials hauled in a liquid or gaseous state.
Intermodal Intermodal TransportationTransportationIntermodal Transportation
Combinations of the various transportation modes, is becoming a popular method.
◦ Trailer-on-flatcar (TOFC), container-on-flatcar (COFC), piggy-back service. The same containers can be placed on board containerships & airliners.
◦ RO-ROs or roll-on-roll-off containerships truck trailers & containers to be directly driven on & off the ship, without the use of cranes.
Transportation PricingTransportation PricingTransportation Pricing
◦ Cost-of-service pricing- varies based on fixed & variable costs.
◦ Value-of-Service Pricing- services priced at market bearing competitive levels.
◦ Terms of Sale- includes transportation FOB (free on board) destination.
◦ Pricing Negotiation- Since deregulation, negotiating prices has become more common.
◦ Rate Categories- Classified as line haul rates, class rates, exception rates, commodity rates, & miscellaneous rates.
Transportation Transportation SecuritySecurityTransportation Security
◦ Particularly important regarding airline security since Sept. 11 2001
◦ Aviation & Transportation Security Act (2001)- Transportation Security Administration (TSA) to oversee transportation security which oversees 429 US airports
◦ Department of Homeland Security (DHS) (2003) created to provide overall U.S. security leadership.
◦ Not all measures have improved security as envisioned
Transportation Transportation Regulation & Regulation & DeregulationDeregulation
◦Pro- Regulation tends to assure adequate transportation service throughout the country while protecting consumers from monopoly pricing, safety, & liability.
◦Con- Deregulation encourages competition & allows prices to adjust as demand & negotiations dictate.
◦Today, U.S. transportation industry remains essentially deregulated
Transportation Transportation RegulationRegulation
◦ Granger laws (1870s)- regulate the RRs.◦ Interstate Commerce Act of 1887- Created
the Interstate Commerce Commission (ICC). ◦ Transportation Act of 1920- Changes to IC
Act.◦ Motor Carrier Act of 1935- brought motor
carriers under ICC control.◦ Transportation Act of 1940- established ICC
control over domestic water transportation. ◦ Federal Aviation Act of 1958 created air
traffic & safety regulations & national airport system.
◦ Department of Transportation Act 1966- Coordination of all transportation-related matters.
Transportation Transportation DeregulationDeregulation
◦ Railroad Revitalization & Regulatory Reform Act (1976)- RRs could change rates w/o ICC approval.
◦ Air freight deregulated in 1977.◦ Motor carriers deregulated in 1980 to promote
competitive, safe & efficient motor transportation.
◦ Shipping Act of 1984 allowed ocean carriers to pool shipments, assign ports, publish rates, & enter into contracts with shippers.
◦ ICC Termination Act of 1995 & the Ocean Shipping Reform Act of 1998- ICC was eliminated, requirement for ocean carriers to file rates also came to an end.
Factors Influencing Factors Influencing Choice Transportation Choice Transportation ModeModeHowever, the mode of transport is
usually Chosen with reference to the Relative Importance of the following factors:
- Delivery speed- Delivery dependability (reliability)- Quality deterioration- Transportation cost, and- Route flexibility.
Factors Influencing Factors Influencing Choice Transportation Choice Transportation ModeModeThe following table gives a
ranking of each mode of transport based on these factors:
(1 = Best Performance; 5 = Worst Performance)
Factors Influencing Factors Influencing Choice Transportation Choice Transportation ModeMode
Factors Influencing Factors Influencing Choice Transportation Choice Transportation ModeMode
The selection of the transportation mode will also affect other decisions related to the management of operations.
For example, firms may choose to locate their facilities near to ports or airports, or railway sidings, or close to motorways depending on the selected mode of transport.
Contract TermsContract TermsIn any exchange between buyers
and suppliers, both sides have to agree on Who will Pay for the transportation.
This becomes a particular issue in international trade Where knowledge of international trade agreements and legislation are critical to purchasing Successfully from other Countries.
Contract TermsContract TermsInternationally recognized
shipping terms are now in operation which are applied to international transportation by sea or air.
The main definitions of these terms are as follows:
Ex-works ContractsEx-works ContractsEx-works: In an ex-works contract, the
purchaser accepts full responsibility for arranging transportation from the supplier’s location.
This involves: (1) Arranging transportation, insurance, and documentation to move the goods to the required source port (air or sea), (2) Have them loaded on to the mode of transport, (3) Transported to, and unloaded at the destination port, (4) Cleared through customs and transported to the purchaser’s location.
Ex-works ContractsEx-works Contracts
Ex-works ContractsEx-works Contracts
More recently, purchasers and suppliers have sub-contracted this transportation function to specialists such as Federal Express.
Free alongside (FAS) Free alongside (FAS) ContractsContracts
Free alongside (FAS): In this arrangement, the supplier agrees to deliver to the (source) port specified by the purchaser
and is responsible for the transportation and insurance of the goods Until that point.
However, the purchaser has to arrange and pay for loading on to the vessel and all onward transportation, insurance, and documentation.
Free alongside (FAS) Free alongside (FAS) ContractsContracts
Free on Board (FOB) Free on Board (FOB) ContractsContractsFree on board (FOB): Here the
supplier pays for and arranges loading on to the outward-bound transportation and thereafter the purchaser becomes responsible.
Free on Board (FOB) Free on Board (FOB) ContractsContracts
Cost and Freight (C&F) Cost and Freight (C&F) ContractsContractsCost and Freight (C&F): This is a
split responsibility arrangement in that the supplier arranges and pays for transportation to an agreed point,
But the purchaser has to pay insurance from when the goods are loaded on board.
Cost and Freight (C&F) Cost and Freight (C&F) ContractsContractsThe purchaser has to acquire any
documentation required by the country of origin.
Once the goods have been unloaded at the port of entry, the purchaser is responsible for all ongoing transportation and insurance.
Cost and Freight (C&F) Cost and Freight (C&F) ContractsContracts
Cost, Insurance, and Cost, Insurance, and Freight (CIF) ContractsFreight (CIF) ContractsCost, Insurance, and freight (CIF):
This is similar to C&F But here the insurance during transportation is responsibility of the supplier.
Delivered Contract Delivered Contract TermsTermsDelivered: This is the opposite of
ex-works in that the supplier has total responsibility for the goods, their transportation, insurance, and all documentation until they are delivered to the purchaser.
LogisticsLogistics
Logistics originated during the Second World War when it related to the movement and co-ordination of troops to the required location.
LogisticsLogisticsWhen adopted by the business world as a concept It referred to the movement and coordination of finished products.
Logistics is necessary to: ◦ Move goods from suppliers to buyers ◦ Move finished goods to the customer
Products have little value to the customer until they are moved to the customer’s point of consumption ◦ Time utility- products are delivered at the
right time. ◦ Place utility- products are delivered to the
desired location.
LogisticsLogisticsLogistics is:
“…the process of planning, implementing, and controlling the efficient, effective flow and storage of goods, services, and related information from point of origin to point of consumption for the purpose of conforming to customer requirements.“
LogisticsLogisticsLogistics function manages the
total flow of products from the plant to the customers.
As contrary to the materials management, Logistics provides an emphasis on physical distribution management.
LogisticsLogisticsHowever, These minor
differences are present because of the backgrounds of the two groups who have originated the concepts.
Generally, the logisticians tend to come from marketing discipline.
LogisticsLogisticsOn the other hand, The materials
managers come from operations management,
(Particularly from purchasing).During the last twenty years, an
even broader, and statistically significant concept emerged:
LogisticsLogisticsLogisticians have devoted little
attention to managing the chain of supply up to the purchasing function.
And similarly, materials managers have ignored the management of the flow of products down to the customers through distribution channels.
LogisticsLogisticsOn the contrary Supply Chain
Management views the entire chain as a system to be managed.
It can be defined as “managing the entire chain of raw material supply, manufacture, assembly and distribution to the end customer.”
LogisticsLogistics
Third Party Logistics (3PL) ◦ Provide reliable & timely delivery required
by SCM◦ Used to significant degree by international
logistics◦ Favored by small businesses◦ Some firms outsource all of their logistics
needs to a lead logistics provider or fourth party logistics provider (4PL)
Logistics Management Logistics Management IssuesIssuesEnvironmental Sustainability in
Logistics◦ Green logistics is a response to the need
for reducing carbon emissions and by doing so can also save money for the firm
3PL Supply Base Reduction ◦ by reducing the 3PL supply base a firm can
achieve lower prices and better service as it becomes a larger customer
79
Logistics Management Issues Logistics Management Issues (Cont.)(Cont.)Mode & 3PL Selection
◦ firms identify the optimum transportation services to minimize costs & improve customer service
Firms often use weighted factor analysis & transportation intermediaries, such as:◦ Freight forwarders◦ Transportation brokers ◦ Shipper Associations◦ Intermodal marketing companies
(IMCs)80
Logistics Management Issues Logistics Management Issues (Cont.)(Cont.)
Logistics Management Software ApplicationsTransportation management systems-
used to select the best mix of transportation services & pricing.
Warehouse management- track & control the flow of goods from receiving dock to outbound shipment. New technologies, such as RFID tags, facilitate tracking.
Returns management systems (RMS) provide global visibility, standardization, & documentation of product returns, while minimizing reverse logistics costs.
81
Logistics Management Issues Logistics Management Issues (Cont.)(Cont.)
Measuring Logistics Performance◦ Allows the firm to identify problems &
make improvements◦ Measures- derived from benchmarks or
previous performance & are similar to those used to select 3PLs.
Creating Strategic 3PL Alliances ◦ Effective SC networks often include
strategic alliances with providers of logistics services
Performing Logistics Audits◦ To monitor change firms often conduct an
audit by a multifunctional team82
Logistics Management Issues Logistics Management Issues (Cont.)(Cont.)
Use of e-Commerce Technologies in LogisticsElectronic Invoice Presentment &
Payment (EIPP)- sending & receiving invoices online.
Supply Chain Visibility- time-related benefits that lead to SC success. Visibility allows better communication across org boundaries
Third Party Electronic Transaction Platforms- Internet based transaction systems providing freight-matching services, auctions, & on-line marketplaces
83
International LogisticsInternational Logistics
International Freight Security- ◦ Transportation across national
boundaries introduces added complexity, particularly security.
◦ Since 9/11 there is more conflict between U.S. govt. & industry toward more security & restrictions for inbound shipments.
84
International Logistics International Logistics (Cont.)(Cont.)International Logistics Intermediaries
◦ Customs Brokers- move through customs & handle documentation.
◦ International Freight Forwarders- move goods to foreign destination
◦ Trading Companies- Put buyers & sellers together & handle export/import arrangements.
◦ Non-Vessel-Operating Common Carriers- operate like freight forwarders but use scheduled ocean liners.
85
International Logistics International Logistics (Cont.)(Cont.)Foreign Trade Zones-
◦Secure sites in U.S. under supervision of U.S. Customs.
◦FTZs offer storage, exporting, manufacturing, assembly, repacking, testing, & repairing services.
North American Free Trade Agreement (NAFTA)
◦Created in 1994 & removes most barriers to trade & investment among U.S., Canada & Mexico.
86
Reverse LogisticsReverse Logistics
◦ Backwards flow of goods from customers in SC when goods are returned by a customer in the supply chain
◦ Retail returns range 6% to 40% of sales◦ Often is an unwanted SC activity◦ Poor reverse logistics can hurt firm◦ Green reverse logistics programs-
designed to return unneeded products for recycling. These programs reduce environmental impact on landfills & deal with dangerous contaminants.
87
Warehousing & DistributionWarehousing & Distribution
Warehousing ◦ allows firms to store purchases, WIP, & finished
goods and perform break bulk and assessment services
◦ provides faster & more frequent deliveries & better customer service
Crossdocking: ◦ to receive, breakdown, repackage, & distribute
components to a manufacturing location or finished products to customers warehouse. This description more accurately refers to a distribution center
88
Importance & Types of Importance & Types of WarehousesWarehouses
Importance & Types of Warehouses◦ Support purchasing, production, & distribution. ◦ Consolidation warehouses collect LTL
shipments for transport in TL or CL quantities. Private Warehouses
◦ owned by the firm storing goods. ◦ Pro- Reduces the cost, offers greater control,
provides better workforce utilization, & can generate income & tax advantages through leasing of excess capacity &/or asset depreciation.
◦ Con- Owning a private warehouse represents a financial risk & loss of flexibility.
89
Importance & Types of Importance & Types of WarehousesWarehouses
Public Warehouses- ◦ Owned by for profit orgs & contracted out ◦ Breakbulk: shipments are broken down & items are
combined into specific customer orders.◦ Repackaging◦ Assembly ◦ Incoming & outgoing quality inspections.◦ Material handling, equipment maintenance, &
documentation services◦ Storage ◦ Pro- Provides flexibility & investment cost savings ◦ Con- Lack of control.
90
Importance & Types of Importance & Types of WarehousesWarehouses
Risk Pooling & Warehouse Location◦ As the # of warehouses increases, the
system becomes more decentralized. Responsiveness & delivery service increase.
◦ However, warehousing operating & inventory costs also increase. Trade-off between costs & customer service must be considered.
Risk Pooling◦ Describes the relationship between the # of
warehouses, inventory, & customer service.◦ Risk pooling is estimated by square-root
rule
91
Risk Pooling & Warehouse Risk Pooling & Warehouse LocationLocation
Risk Pooling & Warehouse Location (Cont.)
◦ square-root rule
Where:
S1 = Total system stock for the N1 warehouses
S2 = Total system stock for the N2 warehouses
N1 = # of warehouses in the existing system, &
N2 = # of warehouses in the proposed system
S2 = (S1)
92
1
2
N
N
Warehouse LocationWarehouse Location
Edgar Hoover◦Market-positioned strategy- warehouses
close to customers to maximize distribution svcs & improve transp. economies of scale.
◦Product positioned strategy- close to supply source for firm to collect goods & consolidate.
◦Intermediately positioned strategy- midway between supply source & customers when distribution requirements are high & product comes from various locations.
93
Warehouse LocationWarehouse Location
Warehouse Location◦ Von Thunen - transportation costs should
be minimized when considering facility location. Market prices & production costs would be identical regardless of warehouse location
◦ Greenhut- based on profit instead of transportation costs. The optimum location is one that maximizes profits, which may not be min. cost location.
94
Warehouse LocationWarehouse Location
Just-in-Time Warehousing
Emphasis on warehousing to support JIT operations:
◦Commitment to customers & service quality
◦Reduced lot sizes & shipping quantities
◦Emphasis on cross docking◦Increased automation◦Increased assembly operations
95
Choice of Transportation Choice of Transportation ModeMode
A manager must account for inventory costs when selecting a mode of transportation
A mode with higher transportation costs can be justified if it results in significantly lower inventories
Inventory Aggregation: Inventory Aggregation: Inventory vs. Transportation Inventory vs. Transportation CostCost
As a result of physical aggregation◦ Inventory costs decrease◦ Inbound transportation cost decreases◦Outbound transportation cost increases
Inventory aggregation decreases supply chain costs if the product has a high value to weight ratio, high demand uncertainty, or customer orders are large
Inventory aggregation may increase supply chain costs if the product has a low value to weight ratio, low demand uncertainty, or customer orders are small
Trade-offs Between Trade-offs Between Transportation Cost and Transportation Cost and Customer ResponsivenessCustomer Responsiveness
Temporal aggregation is the process of combining orders across time
Temporal aggregation reduces transportation cost because it results in larger shipments and reduces variation in shipment sizes
However, temporal aggregation reduces customer responsiveness
Risk Management in TransportationRisk Management in Transportation
Three main risks to be considered in transportation are:◦Risk that the shipment is delayed◦Risk of disruptions◦Risk of hazardous material
Risk mitigation strategies:◦Decrease the probability of disruptions◦Alternative routings◦In case of hazardous materials the use of
modified containers, low-risk transportation models, modification of physical and chemical properties can prove to be effective
Making TransportationMaking TransportationDecisions in PracticeDecisions in Practice
Align transportation strategy with competitive strategy
Consider both in-house and outsourced transportation
Design a transportation network that can handle e-commerce
Use technology to improve transportation performance
Design flexibility into the transportation network
Summary of Learning Summary of Learning ObjectivesObjectives
What is the role of transportation in a supply chain?
What are the strengths and weaknesses of different transport modes?
What are the different network design options and what are their strengths and weaknesses?
What are the trade-offs in transportation network design?
TOPIC SEVEN: GLOBAL SUPPLY CHAIN MEASUREMENT, AUDIT AND BENCHMARKING
Outline Outline Measuring supply chain
performanceEliminating Sources of Waste in
Supply ChainBalanced Score CardSCOR Model Integrated Supply Chain MetricsApproaches to BenchmarkingThe Responsibility For The Audit
Introduction Introduction A company needs to evaluate the
performance of its supply chain. Regular performance metrics (ROI, profitability, market share, customer service levels, etc.) and other measures that reflect the objectives of the SC are used.
The emergence of net marketplaces has significantly affected SCM. As supply chains become longer, it is likely that supply chain velocity will decrease. It is possible that a more strategic and integrated approach is needed to advance SCM to the next level.
Supply Chain Supply Chain MeasurementsMeasurements
Measuring supply chain performance◦Traditional measures include;
Return on investment Profitability Market share Revenue growth
◦Additional measures Customer service levels Inventory turns Weeks of supply Inventory obsolescence
105
Supply Chain Performance Supply Chain Performance MeasurementMeasurement
Customer demands for better-quality requires company’s to develop ways to measure improvements
Some measurements include◦Warranty costs◦ Products returned◦Cost reductions allowed because of product
defects◦Company response times◦Transaction costs
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Eliminating Sources of Waste Eliminating Sources of Waste in Supply Chainin Supply Chain
Overproduction: don’t build product before needed
Delay between activities in chain: eliminate them
Unnecessary transport or conveyance of product: includes both internal and external movement
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Eliminating Sources of Waste Eliminating Sources of Waste in Supply Chain con’tin Supply Chain con’tUnnecessary movement of people:
includes travel or reaching due to poorly designed work space
Excess inventory ready and in position: includes early deliveries, excess inventory, etc.
Suboptimal use of space: trailer loads, warehouses, etc.
Errors that cause rework: billing errors, inventory discrepancies, etc.
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Performance Performance MeasurementsMeasurements The measurement, monitoring and control of
Supply chain operations is often approached in a relatively unsophisticated and unplanned way. Control Measures are adopted as problems arise, almost as a form of crisis management. It is important to adopt a more formal approach.
There are several systematic approaches that have been developed and these have varying degrees of sophistication and detail. The key approaches are described below;
Balanced Score Card The balanced scorecard was initially put forward
by Kaplan and Norton in 1996. It is a broad business approach that translates the strategic mission of a business operation into tangible objectives and measures.
Balanced Score CardBalanced Score Card
This can be cascaded up and down the enterprise so that realistic and useful KPIs can be developed to support the business. This should represent balance between external measures for shareholders and customers and also the internal measures of critical business process, innovation and learning.
Balanced Score CardBalanced Score Card The financial perspective concerns the
relationship with the shareholders and is aimed at improving the profits and meeting financial targets
The Customer perspective is designed to enhance customer relationships using better processes to keep existing customers and attract new ones.
The internal element is to develop new ideas to improve and enhance operational competitiveness.
Innovation and Learning should help to generate new ideas and to respond to customer needs and developments.
A series of critical success factors is identified that relate directly to the main business perspectives. These are then used as the basis for creating the critical cost and performance measurement that should be used regularly to monitor and control the business operations in all the key areas identified.
SCOR Model SCOR Model The SCOR model ( Supply Chain Operations
Reference Model) is an important approach that has been developed as an aid to cost and performance monitoring. It is a hierarchical Model, consisting of four different levels:
Competitive advantage, Strategy implementation and process definition Detailed process elements and Implementation.It is very much a process oriented approach where
the initial aim is to benchmark, refine and improve key operational processes and then to identify and introduce key measures that monitor set cost and performance targets. Eventually, the major company performance attributes are identified and the appropriate metrics are developed.
SCOR; Typical Performance SCOR; Typical Performance Metric DevelopmentMetric Development
Performance Attributes Attribute Definition Metrics
Supply chain delivery reliabilityThe performance of the supply chain is delivering against the perfect delivery criteria
Delivery performance Picking AccuracyPerfect Order fulfillment
Supply chain responsiveness The speed at which the supply chain provides products to the
Order fulfillment leadtime Ease of order placement
Supply chain flexibilityThe agility of the supply chain in responding to market place changes to gain or maintain competitive edge.
Supply Chain response timeProduction response time.
Supply chain costs The costs associated with the operating the supply chain
Cost of goods soldSupply chain management costsValue added productivity
Supply Chain asset management The ability to manage assets to support customer satisfaction
Capacity UtilizationEquipment utilization.
SCOR; Typical Performance SCOR; Typical Performance Metric DevelopmentMetric DevelopmentSCOR metrics are generally arranged under
a number of categorizations. This main categories are:
Assets (such as capacity utilization, equipment availability)
Cost (ordering, inventory holding ,invoicing);Data ( Forecast accuracy, visibility); Flexibility (order,returns)Inventory (Availability,obsolescence)Order (fulfillment, accuracy, invoice errors);Productivity (direct vs indirect labor,
vehicle subcontracting);Time (Lead-times, order cycle times, on time
delivery)
Integrated Supply Chain Integrated Supply Chain ApproachApproachThis approach recognizes that a total
systems approach can be adopted for the whole business or supply chain and that any performance metrics should be developed on this. It is also a process oriented approach that attempts to enable cost and performance Monitoring to be based on horizontal view of a business rather than the traditional, vertical, silo-based functional structure that is traditionally used.
Integrated Supply Chain Integrated Supply Chain ApproachApproach
Time; Supply chain response time
Financial (costs): total logistics costs Value added per employee
Financial (assets); Cash to cash cycle time Asset turn
Quality: faultless ordering/order processingFaultless invoicing
Customer Satisfaction: Delivery to Customer request date.
Order Entry
Order approval and confirmation
Delivery Invoice and collection
Order Capture
Customer Need Met
Customer NeedIdentified
This approach to the development of supply chain metrics is outlined in the figure below;
Integrated Supply Chain Integrated Supply Chain MetricsMetricsThis type of frame work can be used initially to help identify required
outcomes that need to be measured and subsequently for establishing any relevant diagnostic measures. Suitable and accurate diagnostic measures are essential to enable the reasons for any problems to be identified and rectified. This is a vital element of good cost and performance monitoring that is often neglected.
Metric Type Outcomes Diagnostics
Customer satisfaction/quality
Perfect order fulfillmentCustomer satisfactionProduct quality
Delivery-to-commit dateWarranty Costs, returns and allowancesCustomer enquiry response time
Time Order fulfillment lead timeSource/make cycle timeSupply chain response timeProduction plan achievement
Costs Total Supply Chain costs Value added productivity
Assets Cash-to-cash cyle timeInventory days of supplyAsset performance
Forecast accuracyInventory obsolescenceCapacity utilization
BENCHMARKINGBENCHMARKING Benchmarking is where an organization measures its
performance against industry leaders in a number of areas such as performance, quality control and procedures.
Measuring your performance against that of best –in-class companies, determining how the best –in-class achieve these performance levels and using information as a basis for your company’s targets, strategies and implementation. Pryor (1989).
Benchmarking analysis can yield results that inform an organization’s own KPI’s which could be used to transform the SCs performance.
Harrison (1994) identifies three types of benchmarking which can be used at different times.
Internal benchmarking- enabling the organization to learn from the best practices within the organization
Competitive benchmarking – a systematic check against key competitors
Best practice benchmarking - where comparisons are made against world class organizations
The Importance Of The Importance Of BenchmarkingBenchmarking It provides information on what standards create or
contribute to a competitive advantage. All organizations need to seek methods by which a competitive advantage is secured
It enables the establishment of standards and targets that have to be achieved
It motivates employees and overcomes resistance if achievable and improving goals become possible
It prevents the organization from becoming insular and stagnating
David et al (1999) identify a number of benchmarks that are attributable to a purchasing organization within the US. The list is extensive but it also shows how it might be possible to segment the market in more detail, and against virtually any criteria
Purchase dollars as a percentage of sales dollars. Purchasing operating expenses as a percentage of sales
dollars Cost to spend a dollar
The Importance Of The Importance Of BenchmarkingBenchmarkingPurchasing employees as a percentage of
company employeesActive suppliers per employeePurchasing operating expense dollar per
active supplierPercentage dollars spent with women
owned suppliersPercentage of service purchasers handled
by the purchasing department.Percentage of annual training hours per
professional purchasing departmentPercentage of purchase transaction
processed via procurement
Approaches to Approaches to BenchmarkingBenchmarkingThere are a number of approaches to
benchmarking, broken down into a number of stages.
Stage 1. Decide what aspects of purchasing or logistics to benchmark
This should happen where there are perceived differences between the company and the competitors in the current policies and procedures. Costs are always a benchmarking matter as is the need to improve competitive advantage
Stage 2. Plan the benchmarking project- A leader and a skilled team must be put together.
Stage 3. Create the baseline for benchmarking; A quantitative statement has to be prepared which shows the current position.
Approaches to Approaches to BenchmarkingBenchmarkingStage 4. Decide who to benchmark against.
The process of gathering information wil depends upon the relationship between suppliers and customers and the possibility of restraints due to confidentiality.
Stage 5. How we will collect the information. High level contacts may have to be used to extract the more pertinent information
Stage 6. Analyze the information obtained. This about making judgments of the appropriateness of the information.
Stage 7. Use the findings. The final report will include implementation strategies which embed the better practices into the functions and provide monitoring and evaluative tools.
The value of The value of benchmarkingbenchmarking Benchmarking is not industrial spying but an
open gathering of information with the full cooperation of the company against which the benchmark is undertaken. Any confidential information should not be asked for.
Benchmarking should consider all factors that make another organization successful, including the training and skills base. Resources in terms of investment in capital and people are obviously a major contributor to success. People skills and the accumulation of knowledge are often the most difficult to identify and imitate
It has to be remembered that benchmarking is not a static activity but is part of the overall strategy to be the best SC partner.
SCM AUDITINGSCM AUDITING SCM audits add la layer of controls in that they, Police the extent to which the procurement policies laid
down by the strategic plan and senior management are adhered to.
Help to ensure that the organization is using techniques, procedures and methods which conform to the best working methods are best practice
Monitor and measure the extent to which resources are used effectively.
Assist in the prevention and direction of fraud and malpractice.
If the internal processes and procedures are operating at highest standard this provides a suitable framework for improving the supplier network and performance.
The procurement function is particularly vulnerable to fraud action and auditing can assist the organization establish vigorous procedures for directing and eliminating potential fraud.
SCM AUDITINGSCM AUDITINGStandard controls include,Ensuring a separation between recording
and custodian practicesControls on employee requisition and spend
limitsA check on all requisitionsSpecially designed and controlled goods
inward areasA random check on invoicesA mixture of systems and organizational
controls that act as gatekeepers to unacceptable procedures
A control system that makes it difficult for individuals to undertake a fraudulent activity.
The Responsibility For The Responsibility For The AuditThe Audit The audit is usually carried out by senior personnel
within the organization or by external auditors selected by the company. External auditors are often used as they carry greater authority. To be effective it’s important that those selected to carry out the audit have a detailed knowledge of the procurement perspective and problems
Area for the audit include Procurement procedures, there is a scope to
examine the whole of the administrative processes including the use made technology as well as the speed and efficiency of documentation and how it is effective in different procurement procedures.
Reporting processes, the extent to which reports are used, cost, internals in different procurement scenarios.
The Responsibility For The Responsibility For The AuditThe Audit The supply process. It involves an examination of
the budget in terms of quantities and a spend breakdown of the supplier base, relationships with suppliers and style of management, pricing strategies, savings and costs.
Inventory. There is substantial scope to look at the inventory level and how analyzed by the organization, with efficiency, costs and wastage all specific items for attention
Reporting to management Senior management will be the recipient of any audit
reports. Recommendations will address the extent to which efficiency and effectiveness can be improved. Also a good report will highlight current good practices and strengths within the procurement environment.
Constructive proposals based on a wider projection of the impact of the findings can provide substancial ideas for the new courses of action.
TOPIC EIGHT: GLOBAL SUPPLY CHAIN RISK MANAGEMENT
IntroductionIntroductionAbout one-fifth of the output of U.S.
firms is produced overseas.One-quarter of U.S. imports are
between foreign affiliates and U.S. parent companies.
Since the late 1980s, over half of U.S. companies increased the number of countries in which they operate.
International Supply Chain International Supply Chain ManagementManagement
Dispersed over a larger geographical area
Offers many more opportunities than just the domestic supply chain
Risk factors are also present
International Supply ChainsInternational Supply Chains International distribution systems
◦ Manufacturing still occurs domestically, but distribution and typically some marketing take place overseas.
International suppliers◦ Raw materials and components are furnished by foreign
suppliers◦ Final assembly is performed domestically. ◦ In some cases, the final product is then shipped to
foreign markets.Offshore manufacturing
◦ Product is typically sourced and manufactured in a single foreign location
◦ Shipped back to domestic warehouses for sale and distribution
Fully integrated global supply chain◦ Products are supplied, manufactured, and distributed
from various facilities located throughout the world.
Global SC Risk ManagementGlobal SC Risk ManagementOutsourcing and offshoring imply that the
supply chain is geographically more diverse and hence more exposed to various risks.
Recent trends toward cost reduction, lean manufacturing and just-in-time imply that in a progressive supply chain, low inventory levels are maintained. ◦ In the event of an unforeseen disaster, adherence
to this type of strategy could result in a shutdown of production lines because of lack of raw material or parts inventory.
Sources of RisksSources of Risks
FIGURE 10-1: Risk sources and their characteristics
Factors Impacting Exposure to Factors Impacting Exposure to RisksRisksCustomer reactions Competitor reactions Supplier reactionsGovernment reactions
Managing the Unknown-Managing the Unknown-UnknownUnknown Invest in redundancy Increase velocity in sensing and
responding Create an adaptive supply chain
community
RedundancyRedundancyRespond to unforeseen eventsCareful analysis of supply chain trade-offsExample:
◦CPG company with 40 facilities over the world◦Initial analysis for reduction of cost by $40M a
year shut down 17 of its existing manufacturing facilities leave 23 plants operating satisfy market demand all over the world.
Decision Was RiskyDecision Was RiskyNew design left no plant in North America
or Europe◦ Long and variable supply lead times◦ Higher inventory levels.
Remaining manufacturing facilities in Asia and Latin America fully utilized◦ Any disruption of supply from these countries,
due to epidemics or geopolitical problems, would make it impossible to satisfy many market areas.
How can one design the supply chain taking into account epidemics or geopolitical problems that are difficult to quantify?◦ Analyze the cost trade-offs
Trade-OffsTrade-Offs
Cost trade-offs in supply chain design
Analysis of the Trade-OffsAnalysis of the Trade-OffsClosing 17 plants and leaving 23
open will minimize supply chain costs.
Total cost function is quite flat around the optimal strategy.
Increasing the number of open plants from 23 to 30 facilities ◦increases total cost by less than $2.5M ◦increases redundancy significantly.
Sensing and RespondingSensing and RespondingSpeed in sensing and responding can
help the firm overcome unexpected supply problems
Failure to sense could lead to:◦Failure to respond to changes in the
supply chain ◦Can force a company to exit a specific
market
Sensing and RespondingSensing and RespondingExampleExample
Different responses of Nokia and Ericsson on a fire at one of the supplier’s facility◦ Supplier was Philips Semiconductors in
Albuquerque, NMNokia:
◦ Changed product design to source components from alternate suppliers
◦ For parts that could not be sourced from elsewhere, worked with Philips to source it from their plants in China and Netherlands
◦ All done in about five days
Sensing and RespondingSensing and RespondingExampleExampleEricsson’s experience was quite different
◦ Took 4 weeks for the news to reach upper management
◦ Realized five weeks after the fire regarding the severity of the situation.
◦ By that time, the alternative supply of chips was already taken by Nokia.
◦ Devastating impact on Ericsson $400M in potential sales was lost Part of the loss was covered by insurance.
Led to component shortages Wrong product mix and marketing problems caused:
$1.68B loss to Ericsson Cell Phone Division in 2000 Forced the company to exit the cell phone market
AdaptabilityAdaptabilityThe most difficult risk management
method to implement effectively. Requires all supply chain elements
to share the same culture, work towards the same objectives and benefit from financial gains.
Need a community of supply chain partners that morph and reorganize to better react to sudden crisis
AdaptabilityAdaptabilityExampleExampleIn 1997, Aisin Seiki the sole supplier of 98%
of brake fluid proportioning valves (P-valves) used by Toyota
Inexpensive part (about $7 each) but important in the assembly of any car.
Saturday, February 1, 1997:Fire stopped Aisin’s main factory in the industrial area of Kariya, ◦ Two weeks to restart the production◦ Six months for complete recovery
Toyota producing close to 15,500 vehicles per day. ◦ JIT meant only 2-3 days of inventory supply
Recovery Effort by Toyota Recovery Effort by Toyota Blueprints of valves were distributed among all
Toyota’s suppliersEngineers from Aisin and Toyota relocated to
supplier’s facilitiesOther manufacturers like Brother were also
brought in Existing machinery adapted to build the valves
according to original specificationsNew machinery acquired in the spot marketWithin days, firms with little experience with P-
valves were manufacturing and delivering parts to Aisin◦ Aisin assembled and inspected valves before shipment to
Toyota ◦ About 200 of Toyota’s suppliers were involved
Vehicle Production & P-Valves Vehicle Production & P-Valves InventoryInventory
FIGURE 10-3: Vehicle production and P-valve inventory levels
OutcomeOutcomeAccident initially cost:
◦7.8B Yen ($65M) to Aisin◦160B Yen (or $1.3B) to Toyota
Damage reduced to 30B Yen ($250M) with extra shifts and overtime
Toyota issued a $100M token of appreciation to their providers as a gift for their collaboration
Single Sourcing and Single Sourcing and AdaptabilityAdaptabilitySingle sourcing is risky
◦Achieves economies of scale ◦High quality parts at a low cost
JIT mode of operation builds a culture of:◦Working with low inventories◦Ability to identify and fix problem quickly◦Entire supply chain was stopped once
the fire occurred◦Prompted every company in the chain to
react to the challenge
Managing Global RisksManaging Global RisksSpeculative StrategySpeculative StrategyA company bets on a single scenario
◦Spectacular results if the scenario is realized
◦Dismal ones, otherwise. Example
◦Late 1970s and early 1980s◦Japanese automakers bet that exchange
rate benefits, rising productivity would offset higher labor costs
◦Had to build plants overseas later when this equation changed
Managing Global RisksManaging Global RisksHedge StrategyHedge Strategy
Losses in part of the supply chain will be offset by gains in another part
Example: ◦Multiple Volkswagen plants in different
countries. ◦Certain plants more profitable at times
than others◦Move production between plants to be
successful overall.
Managing Global RisksManaging Global RisksFlexible StrategyFlexible Strategy
Allows a company to take advantage of different scenarios
Designed with multiple suppliers and excess manufacturing capacity in different countries
Factories designed to be flexible◦ Products can be moved at minimal cost from
location to locationFactors to consider:
◦ Is there enough variability in the system to justify the use of flexible strategies?
◦ Do the benefits of spreading production over various facilities justify the costs?
◦ Does the company have the appropriate coordination and management mechanisms in place?
Approaches to Flexible StrategyApproaches to Flexible StrategyProduction shifting
◦ Flexible factories and excess capacity/suppliers◦ Shift production from region to region
Information sharing◦ Larger presence in many regions and markets
increases availability of information◦ Can be used to anticipate market changes/find
new opportunitiesGlobal coordination
◦ Multiple worldwide facilities allows greater market leverage
◦ Increased leverage limited by international laws/political pressures
Political leverage ◦ Higher political leverage in overseas operations
with global operations
Global Integration Global Integration ImplementationImplementation
Product development ◦ Design products that can be modified easily for
major markets◦ Products can be easily manufactured in various
facilities◦ May be possible to design a base product or
products that can be more easily adapted to several different markets
◦ An international design team may be helpful Purchasing
◦ Management teams should purchase important materials from many vendors around the world
◦ Quality and delivery options from suppliers have to be compatible
◦ Qualified team should compare pricing of various suppliers
◦ Sufficient suppliers required in different regions to ensure flexibility
Global Integration Global Integration ImplementationImplementation
Production◦ Excess capacity and plants in several regions are
essential◦ Effective communications systems must be in place ◦ Centralized management is essential ◦ Inter-factory communication needs to be established◦ Centralized management should make each factory
aware of the system status. Demand management
◦ Setting marketing and sales plans based on projected demand and available product
◦ Has to have at least some centralized component. ◦ Sensitive, market-based information best supplied by
analysts in each region. ◦ Communication is critical
Order fulfillment◦ Centralized system ◦ Regional customers must be able to receive deliveries
from the global supply chain with the same efficiency as they do from local or regionally based supply chains
SUMMARYSUMMARYTypes of global supply chains risksBoth advantages and risks are inherent in
global supply chains◦ Unknown-unknown risks to known-unknown
risks◦ Variety of strategies to deal with the risks
TOPIC NINE: INFORMATION TECHNOLOGY ISSUES IN GSM
GLOBAL STRATEGIES & GLOBAL STRATEGIES & BUSINESS ORGANIZATIONBUSINESS ORGANIZATION
DOMESTIC EXPORTER: Centralization in Home Country
MULTINATIONAL: Central Home Base; Decentralized Production, Sales, Marketing in Other Countries
FRANCHISER: Product Created, Initially Produced in Home Country; Relies Heavily on Local Workers to Produce, Market in Other Countries
TRANSNATIONAL: Truly Global Firm; No National Headquarters; Value-added Activities Managed From Global Perspective; Optimizes Supply & Demand, Taking Advantage of Local Competitive Strengths
*TM -157
GLOBAL (INTERNATIONAL, GLOBAL (INTERNATIONAL, TRANSNATIONAL) INFORMATION TRANSNATIONAL) INFORMATION SYSTEMS INFRASTRUCTURESYSTEMS INFRASTRUCTURE
BASIC INFORMATION SYSTEMS
REQUIRED TO COORDINATEWORLDWIDE TRADE& OTHER ACTIVITIES
TM -158
GLOBAL INFORMATION SYSTEMS GLOBAL INFORMATION SYSTEMS INFRASTRUCTUREINFRASTRUCTURE
TECHNOLOGICAL PLATFORMTECHNOLOGICAL PLATFORM
CORPORATE GLOBAL STRATEGIESCORPORATE GLOBAL STRATEGIES
ORGANIZATIONAL STRUCTUREORGANIZATIONAL STRUCTURE
MANAGEMENT & BUSINESS PROCEDURESMANAGEMENT & BUSINESS PROCEDURES
GLOBAL ENVIRONMENT: BUSINESS DRIVERS & CHALLENGESGLOBAL ENVIRONMENT: BUSINESS DRIVERS & CHALLENGES
The Impact of Information The Impact of Information Technology on Transnational Technology on Transnational FirmsFirms
Redesigning IS will also redesign the organization -- the new technologies of the past decade have affected the ways and places where firms do work in many ways, and their impact will be even greater in the coming decade as the technologies evolve and firms gain experience in implementing the changes enabled by them.
Geographic transfer of workGlobal networking and expertise sharingGlobal service levelsTime-based competitionCost reduction
The Impact of Information The Impact of Information Technology on Transnational Technology on Transnational FirmsFirmsGeographic transfer of work
- from areas with high-cost labor pools to areas with high quality and low cost (e.g., India, China)
Global networking and expertise sharing- email, groupware, conferencing technology (IBM, PricceWarehouse)- Identifying expertise and then sharing it globally (using broad-band, fiber-based global communication) are allowing some transnational firms to differentiate themselves in the late 19990s
Global service levels- new technologies (satellite on the top of each truck) allow company develop world-class global service standards with up-to-the-minute information (e.g., cargo locations, reliable delivery promises, and flexibility in handling emergencies)
Time-based competition-The required response time in the global community is dramatically shrinking. -”Competing on the basis of time is done not just by speeding up the mess, but by enabling the construction of very different infrastructures that challenge every aspect of the firm’s procedures.”
-”Global time-based competition will be a major item for world business in the next decade”
Cost reduction: Among overseas operations, suppliers, and customers
Country DiversityCountry Diversity A number of factors inherent in a culture, government,
and economy determine: (1) which IT applications are feasible within the country, (2) how they should be implemented, and (3) how they should be directed by a corporate IT function located in another country.
Sociopolitical - priority: food, medical care or IT Language- senior management use the same language
as in the parent company that help facilitate technical communication and sharing of relevant information
Local constraints- union agreements, holidays, tax regulations, and customs procedures all force major modifications of software like accounting and personnel
- centralized vs. distributed (geography and demographics)
Economics (mature industrial vs. developing countries)- wage rates vary ; - human talent and economic incentive toward IT
Country DiversityCountry Diversity Currency issues - cost-effective locations become cost-ineffective
(Mexican peso and Japanese Yen) Autonomy -(same spoken) language and (unique) culture drive
autonomy in units within a country National Infrastructure - cost, availability of utilities, electric power, and a
transportation systems can place important constraints on feasible alternatives
- Their absence may provide an opportunity to experiment with certain emerging technology
Most multinationals have had to develop special staff and organizational approaches for these issues
Issues in the National IT Issues in the National IT EnvironmentEnvironment
Availability of IT professional staff - English-speaking IT professionals become targets for
recruiters from more industrialized countries (India, Singapore)
- Need both technically and managerially competent Central telecommunications- Price, quality, and
availability of telecommunications support vary widely from one country to another country (human factors also affect them - my own SPARK MIS experience)
National IT strategy- buying products from local manufacturer as both evidence of good citizenship and as an opportunity to build credit for later dealings with the government
General level of IT sophistication- Speed and ease with which companies can implement or develop an IT are linked to the general level of IT activity in the country (staff mobility factor, culture)
Issues in the National IT Issues in the National IT EnvironmentEnvironment
Size of local market: -Small size: no better supplier, no better services
Data export control-individual privacy, weak security, low-quality controls over data
Technological awareness- It spreads very rapidly around the globe with IT magazines, journals, consultants distributed globally
- It poses problems in less IT-sophisticated countries since they neither understand, need, nor are capable of managing it. However, they may gain advantages of exploiting IT in the subsidiaries than are used in home offices.
Border opportunities: Mexico, Canada (NATRADE) These factors severely constrain the way in which
policies and controls can be implemented in its international activities.
Corporate FactorsCorporate Factors
Within the context of the different national cultures and the current state of the IT profession in different countries, numerous factors inside a company influence: 1) how fast IT can be transferred internaionally, 2) how centralized its control of international IT activity should be.
Nature of firm’s business - degree of integration and on-line update e.g., airline reservation files: flight loading, seat availability shipping companies: container status Others: production schedules, order status Strategic impact of IT - If IT activity is strategic to the company, tighter corporate
overview (coordination and senior management perspective) is needed to ensure that new technology is rapidly and efficiently introduced to outlying areas. (e.g., Banks: strategic role vs. chemical: supporting role)
Corporate FactorsCorporate Factors Corporate organization- need different, appropriate forms of
coordination - vertical relationships (corporate IT and national IT activities)
and horizontal (divisional) Company technical and EFFECTIVE control
characteristics -(a) General level of functional control: traditional central control
find it both appropriate and relatively easy to implement line IT control worldwide
- (b) technology base: High-tech companies with traditions of spearheading technical change from a central research and engineering laboratory and disseminating it around the world have successfully used a similar approach with IT.
Companies with less experience have had more difficulty assimilating IT as well as more problems in transplanting IT developed in one location to other settings
- (c) corporate size: Smaller organizations: more difficult, complex to transfer due to limited and specialized nature of their application
Others: staff rotation, operating and financial requirements demand up-t-the-week reporting
Transnational IT Policy Transnational IT Policy IssuesIssues
The scope of policies and the amount of effort needed to implement them are influenced by (1) the degree of needed central control, (2) corporate culture and policies, and (3) strategic importance of IT and (4) others - e.g., politics
Guidance on architecture: The most important central IT role is to facilitate the development, implementation and acquisition of telecommunication technology on:
-a corporate international data dictionary, and -common communication technology and its architecture Central hardware/software concurrence or approval - objectives of a central policy: (1) cost-effective global
networking is acquired, (2) obvious mistakes in vendor viability are avoided, (3) purchasing decisions achieve economies of scale
- cost (Bargaining power), timely vs. local autonomy (takes too long)
Transnational IT Policy Transnational IT Policy IssuesIssues - who (degree of IT skills) set the technical and managerial
policies Central approval of software standards and feasibility
studies - ensure software will be in a maintainable, secure way so that
the company’s long-term operational position is NOT jeopardized
- decentralized (Small “support” investment OK here) vs. centralized (Large “strategic” investments should be subject to central review) culture will be conflict
Central software development -Success factors (1)well-established patterns of technology
transfer,(2)strong functional control over their subsidiaries,(3)substantial members of expatriates working in the overseas subsidiaries,(4)homogeneity in manufacturing, accounting and distribution practice
-Reasons of failure (1) developers did not understand local needs very well,(2)training people to get familiar with the I/O were underestimated, (3)cost were significantly underestimated, (4)flexibility and timeliness of response were problems
Transnational IT Policy Issues Transnational IT Policy Issues (Cont.)(Cont.)
IT communications-regular interunit meetings: annual or
biannual conference-corporate–subsidiary exchange visits: head
quarter, national, and local-newsletters: monthly or bimonthly newsletter
to communicate staffing shifts, new technical insights, major project completion, experience with software packages and vendors
-education: joint education programsStaff rotation: between national IT and
corporate IT is an important way of encouraging communication and sharing the experience
Transnational IT Policy Issues Transnational IT Policy Issues (Cont.)(Cont.)
-CONS: (1)moving from corporate headquarters to less IT-developed country may find themselves completely out of touch with contemporary technologies being used.(2) reallocation costs (3) resentment and feelings of nationalism of “Why aren’t our people good enough?”
Consulting services - The corporate IT is more aware of LEADING(cutting)-edge H/SW
technology and understand its strengths and weakness as well as have experience with large project management systems and other management methods
-The corporate IT audit group of a transnational frequently must take responsibility for conducting international IT audits and for helping to develop national IT audit staffs and capabilities. (IT auditing is a rapidly evolving profession - a serious staff shortage)
Central IT processing support -A central hub or a linked international network depends on the
firm’s industry and the dimensions along which it chooses to compete. Airline: used to be offensive weapon, now is defensive one. Paper industry is a national basis not international one due to shipping cost.
Information Technology and Information Technology and GlobalizationGlobalizationInformation Technology and Information Technology and GlobalizationGlobalization
Drivers ofChange
CompetitiveEnvironment
Business/ITStrategy Business
Implementation
Internetworking The GlobalEnterprise
Internetworking The GlobalEnterprise
EmergingGlobal
Markets
EmergingGlobal
Markets
Global BusinessOperations &
Alliances
Global BusinessOperations &
Alliances
InformationTechnologyInformationTechnology
GlobalizationGlobalization
Alignment of Global Vision with IT using Global DriversAlignment of Global Vision with IT using Global DriversGlobal companies operate in a competitive environment in which networked computer systems make possible global markets that can instantly and cheaply process business transactions. The role of information technology provides the fuel for global growth and the means for meeting global opportunities.Drivers of Change. Just as IT makes competing globally more strategically possible, it also drives the forces of change to move from a relatively domestic or regional view of business to one that sees the world as a single, actionable market.Competitive Environment. IT makes it possible for companies, even small companies, to manage and extend the effective range of their competitive reach far beyond the boundaries of their domestic markets. Competitive Response. IT provides managers with "real time" information, often linking suppliers, manufacturers, and retailers together to help manage the ideal distribution of supply and demand much more quickly than ever before. This helps develop agile competition -- the ability of a company to profitably operate in a competitive environment of continual and unpredictable changes in customer opportunities.Implementation. As decision processes and logistics speed up and become better informed and more integrated, businesses can implement their strategic plans more robustly.
Alignment of Global Vision with IT using Global DriversAlignment of Global Vision with IT using Global Drivers
N
Dr. Chen, Transnational IT Issues and IT Business TM -174
The Major Dimensions of Global The Major Dimensions of Global IT ManagementIT ManagementThe Major Dimensions of Global The Major Dimensions of Global IT ManagementIT Management
Managing global information technology requires taking into account the cultural, political, and geoeconomic challenges that exist in the international business community. The five areas of IT activity shown on the slide are considered from this broader perspective when addressing the IT needs of global businesses. The three areas of challenges for managing global IT include:
Political Challenges. Many countries have rules regulating or prohibiting transfer of data across their national borders. Other countries limit, tax, or prohibit importation of hardware and software. Local content laws specifying value added contributions to products required in-country and reciprocal trade agreements affecting the spending of revenue earned in the country, all complicate the management of IT in global contexts.
Geoeconomic Challenges. The uneven development of the world's economies make it difficult to take advantage of some opportunities (such as low labor costs) where other obstacles exist (such as poorly developed telecommunications and physical transportation infrastructure).
Cultural Challenges. Global IT managers must be thoroughly trained in and sensitive to the differences in cultural values, beliefs, and practices of the host country in which the global firm seeks to do business.
The Major Dimensions of Global The Major Dimensions of Global IT ManagementIT ManagementThe Major Dimensions of Global The Major Dimensions of Global IT ManagementIT Management
SystemsDevelopment
SystemsDevelopment
DataManagement
DataManagement
TechnologyPlatforms
TechnologyPlatforms
ApplicationPortfolios
ApplicationPortfolios
Business/ITStrategiesBusiness/ITStrategies
Global ITManagement
Global ITManagement
Cultural, Political,and Geoeconomic
Challenges
Cultural, Political,and Geoeconomic
Challenges
GLOBAL BUSINESS DRIVERSGLOBAL BUSINESS DRIVERSGeneral Cultural Factors:General Cultural Factors:GLOBAL COMMUNICATION &
TRANSPORTATION TECHNOLOGIESDEVELOPMENT OF GLOBAL
CULTUREEMERGENCE OF GLOBAL NORMSPOLITICAL STABILITYGLOBAL KNOWLEDGE BASE
GLOBAL BUSINESS DRIVERSGLOBAL BUSINESS DRIVERSSpecific Business Factors:Specific Business Factors:GLOBAL MARKETSGLOBAL PRODUCTION &
OPERATIONSGLOBAL COORDINATIONGLOBAL WORK FORCEGLOBAL ECONOMIES OF SCALE
CHALLENGES & OBSTACLES TO CHALLENGES & OBSTACLES TO GLOBAL BUSINESS SYSTEMSGLOBAL BUSINESS SYSTEMS
GENERAL:GENERAL:CULTURAL PARTICULARISMSOCIAL EXPECTATIONSPOLITICAL LAWSSPECIFIC:SPECIFIC:TELECOMMUNICATION STANDARDSNETWORK RELIABILITYDATA TRANSFER SPEEDSSHORTAGE OF CONSULTANTS
*
• Transnational IT Policies and Standards
• Specialized Workstation-Based Applications
• Integrated Systems
• Common Data
• Logically Consolidated, Physically Distributed
IT Characteristics of IT Characteristics of TransnationalTransnational
CompaniesCompanies
IT Characteristics of IT Characteristics of TransnationalTransnational
CompaniesCompanies
FUNCTION
DOMESTIC
EXPORTERMULTI-NATIONAL
FRANCHISERTRANS-NATIONAL
PRODUCTION CENTRALIZED DISPERSED COORDINATED COORDINATED
FINANCE/ACCOUNTING CENTRALIZED CENTRALIZED CENTRALIZED COORDINATED
SALES/MARKETING MIXED DISPERSED COORDINATED COORDINATED
HUMAN RESOURCES CENTRALIZED CENTRALIZED COORDINATED COORDINATED
STRATEGIC MANAGEMENT CENTRALIZED CENTRALIZED CENTRALIZED COORDINATED
STRATEGYSTRATEGY
GLOBAL BUSINESS STRATEGY & GLOBAL BUSINESS STRATEGY & STRUCTURESTRUCTURE
GLOBAL INFORMATION GLOBAL INFORMATION SYSTEMSSYSTEMSCENTRALIZED: Domestic Home
BaseDUPLICATED: Copies of Home
System Used in Foreign LocationsDECENTRALIZED: Each Unit has
Unique SystemNETWORKED: Integrated &
Coordinated at all Locations
Tariffs
GovernmentApproval
ImportRestrictions
Level of Local Service
Compatibilityand
Documentation
TransborderData Flows
GlobalIT
Issues
Global Considerations for ITGlobal Considerations for ITGlobal Considerations for ITGlobal Considerations for IT
Dr. Chen, Transnational IT Issues and IT Business TM -183
GLOBAL INFORMATION SYSTEMS GLOBAL INFORMATION SYSTEMS CONFIGURATIONSCONFIGURATIONS
STRATEGYSTRATEGY SYSTEMSYSTEM DOMESTICDOMESTIC MULTI-MULTI- TRANS-TRANS- CONFIGURATIONCONFIGURATION EXPORTEREXPORTER NATIONALNATIONAL FRANCHISERFRANCHISER NATIONALNATIONAL CENTRALIZEDCENTRALIZED X
DUPLICATEDDUPLICATED X
DECENTRALIZEDDECENTRALIZED x X x
NETWORKEDNETWORKED x X
X : DOMINANT PATTERN x : EMERGING PATTERN
REORGANIZE THE BUSINESSREORGANIZE THE BUSINESSOrganize Value-adding Activities
For Comparative AdvantageDevelop & Operate Systems At
Each Level: National; Regional, International
Establish Single World Headquarters: Have Global Chief Information Officer
STRATEGY: DIVIDE, CONQUER, STRATEGY: DIVIDE, CONQUER, APPEASEAPPEASEDefine Core Business Processes
Identify Core Systems To Coordinate Centrally
Choose An Approach: Incremental, Grand Design, Evolutionary
Make Benefits Clear
MAIN TECHNICAL ISSUESMAIN TECHNICAL ISSUESHardware & Software Integration
ConnectivitySoftware: Languages Can Be A
Barrier
Dr. Chen, Transnational IT Issues and IT Business TM -187
Technology Appraisal Technology Appraisal ProgramProgram
Technology appraisal program: as an audit function◦ first visit: appraise existing services and raise general
concerns that local management could effectively pursue
◦ second visit: assess problems of:1. Government restrictions2. Quality and quantity of available human skills3. Present and planned communication services
◦ at least three alternatives should be prepared Expansion of present system Transfer of all or portion of IT work to a neighboring country Transfer of all or portion of IT work to a regional headquarters.
Competitive ChallengesCompetitive Challenges
1. Consumers ignoring IT’s manufacturing and distributing capacity
2. Consumers failing to recognize that they have problems or opportunities that can be addressed by IT
To deal with 1., be prepared to limit manufacturing role and place resources with the consumer
To deal with 2., educate consumers as to benefits/costs of IT solutions, especially new technologies
SummarySummaryCoordinating international IT is extraordinary complex. Corporate
IT management may have maximum responsibility for, but only limited authority over, distant staff and technologies.
Demand leadership on:◦ persuasion and cajoling ◦ being will informed on new technologies◦ the corporate culture, and◦ the wide diversity of cultures existing in the world