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Chap12
 

Chap12

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Chap12 Chap12 Presentation Transcript

  • Chapter 12 Supply Chain Management
  • Supply Chain Management (SCM)
    • SCM : Management of materials, information and financial flows in a network consisting of suppliers, manufacturers, distributors, and customers.
      • Used to be viewed as a standard operational issue. Now viewed as one of the most important strategic issues.
    • Supply Chain : network of suppliers, warehouse, operations, and retail outlets
  • US Suppliers Off Shore Suppliers US Factory Singapore Factory US DC European DC Asia/Pacific DC Americas Demand European Demand Asia/Pacific Demand Kit Suppliers
  • Traditional Supply Chain Flows
    • Information flow, Financial flow
    • Material flow
    Supplier Retailer Distributor Manufacturer 3 4
  • Examples of Supply Chains
    • Dell / Compaq
    • Toyota / GM / Ford
    • Amazon / Borders / Barnes and Noble
    • Zara / Gap
    • Red Cross / Oxfam
    • MUHC / MGH
    • Air Canada / Southwest
    • Improve operations
    • Increasing levels of outsourcing
    • Increasing transportation costs
    • Competitive pressures
    • Increasing globalization
    • Increasing importance of e-commerce
    • Complexity of supply chains
    • Manage inventories
    Need for Supply Chain Management
  • Supply Chain Design
    • Reflect a firm’s strategic positioning
    • Three basic steps in achieving strategic fit:
    • - Understanding the customer
    • - Understanding the supply chain
    • - Achieving strategic fit
    • Primary trade-off:
    • Cost versus Response time
    • Responsive versus Efficient supply chain
  • Right Supply Chain Strategy?
    • The strategy needs to be tailored to meet specific needs of the customers
    • A product with a stable demand and a reliable source of supply should not be managed in the same way as one with highly unpredictable demand and unreliable supply
  • A Framework for Devising the Right Supply Chain Strategy
    • Two key sources of uncertainty – demand and supply
    • Demand uncertainty
    • Supply Uncertainty
    Functional Innovative Stable Evolving
  • High obsolescence Low obsolescence High stock out cost Low stock out cost Low volumes per SKU Higher volume per SKU High product variety Low product variety High profit margins Low profit margins High inventory cost Low inventory cost Short selling season Long product life Variable demand Stable demand Difficult to forecast More predictable demand High demand uncertainties Low demand uncertainties Innovative Functional Demand Uncertainty and Product Characteristics
  • Variable lead time Dependable lead time Inflexible Flexible Difficult to changeover Easier to changeover Potential capacity constrained Less capacity constraint More process changes Less process changes Unreliable suppliers Reliable suppliers Limited supply sources More supply sources Potential quality problems Less quality problems Variable and lower yields Stable and higher yields Vulnerable to breakdowns Less breakdowns Evolving Stable Supply Characteristics
  • Computers, semiconductor some food produce (Evolving Process) Telecom, high-end Hydro-electric power, High computers, pop music food, oil and gas (Stable Process) Fashion apparel, Grocery, basic apparel, Low Supply Uncertainty High (Innovative Products) Low (Functional Products) Demand Uncertainty The Uncertainty Framework: Examples
  • (Xilinx, Cisco) (Subway) (Evolving Process) Agile supply chain Risk-hedging supply chains High (Dell, Benetton) (Posco, Barilla) (Stable Process) Responsive supply chains Efficient supply chain Low Supply Uncertainty High (Innovative Products) Low (Functional Products) Demand Uncertainty Achieving Strategic Fit
  • Drivers of Supply Chain Fit Inventory Transportation Facilities Information Drivers Efficiency Responsiveness Supply Chain Structure
  • Considerations for Supply Chain Drivers Proximity / Flexibility Consolidation / Dedicated Facilities Speed Consolidation Transportation Availability Cost of holding Inventory Responsiveness Efficiency Driver Information What information is best suited for each objective
  • Dealing with-Multiple Owners / Local Optimization
    • Information Coordination
    • Contractual Coordination
    • The variance of orders is greater than that of sales , and the distortion increases as one moves upstream.
    Lack of Information Coordination: Bull-Whip* Effect Customer Demand Retailer Wholesaler Distributor Distributor Orders Manufacturer Retailer Orders Wholesale Orders
  • Lack of Information Coordination: Bull-Whip* Effect Manufacturer Distributor Wholesaler Retailer Ordering Amount of inventory =
  • Possible Solutions
    • Enterprise Resource Planning (ERP)
    • Electronic Data Interchange (EDI)
    • Advanced Planning and Scheduling (APS)
    • Customer Relationship Management (CR)
    • Collaborative Planning Forecasting and Replenishment (CPFR)
    • Develop strategic objectives and tactics
    • Integrate and coordinate activities in the internal supply chain
      • Coordinate suppliers with customers
      • Coordinate planning and execution
    • Form strategic partnerships
    Creating an Effective Supply Chain Contractual Coordination
    • Consider a SC with 1 manufacturer and 1 retailer.
    • Manufacturer has a production cost of $c/unit
    • Manufacturer sells the product to a retailer for $w/unit
    • The selling price for the retailer is $p/unit.
    • This is a fashion item so there is only one opportunity to produce and sell
      • Single Period Problem.
    • Let X (random variable) denote the demand for the retailer.
    • X is uniformly distributed
    Value and Limitations of Contractual Coordination manufacturer retailer customers $ w / unit $ p / unit $ c / unit
    • The retailer will solve the singe period inventory problem where
    • Selling price $p/unit
    • Purchase cost $w/unit
    • Demand X~F(X)
    • Q* satisfies
    • Let p=$12/unit, w=$6/unit and c=$3/unit X~U(5,55)
    • Now consider a different version
    • The manufacturer and the retailer are owned by the same company.
    • Demand is the same
    • Production cost is still $3/unit
    • Selling price is $12/unit.
    Single firm customers $ p / unit $ c / unit
  • manufacturer retailer customers $ 6 / unit $ 12 / unit $ 3 / unit Single firm customers $ 12 / unit $ 3 / unit Order quantity Total profit 30 units $ 195 ( Ret. = 100, Mfr. = 95 ) 42.5 units $ 213.75 comparisons
    • Coordination is always beneficial for the supply chain (basic application of “systems approach”)
    • Examples Contractual Coordination
      • Revenue Sharing (Movie Business)
      • BuyBack Contracts (Publishing)
    • Coordination may put some members worse-off (compensation would be required for those members)
    • Coordination requires information sharing and a systems approach
      • Requires trust among SC members and long-term thinking
    Lessons
  • Critical Trends in Global SCs
    • The cost squeeze
    • - around 20% have no production in home markets
    • - Even design functions are moving
    • The pursuit of new markets
    • - 90% of Nestle assets are outside Switzerland
    • - 50% of Sony assets are outside Japan
    • Product innovation
    • - 35% of the revenue from products less than 3 years
    • - Average product development time has reduced by 40% in last 10 years
  • Paradoxes of Complexities
    • The optimization paradox
    • The customer collaboration paradox
    • The innovation paradox
    • The flexibility paradox
    • The risk paradox
  • Supply Chain Risk Drivers
    • Cost of capacity
    • Capacity flexibility
    Capacity
    • Rate of product obsolescence
    • Demand and supply uncertainty
    Inventory
    • Exchange rate risk
    • Long-term versus short-term contracts
    Procurement
    • vertical integration of supply chain
    • global outsourcing and markets
    Intellectual Property
    • Inaccurate forecasts due to long lead times, seasonality, product variety, short life cycles, small customer base
    • “ Bullwhip effect”
    Forecast
    • Information infrastructure breakdown
    • System integration or extensive systems networking
    Systems
    • Inflexibility of supply source
    • Poor quality or yield at supply source
    Delays
    • Natural disaster and manmade
    • Dependency on a single source of supply as well as the capacity and responsiveness of alternative suppliers
    Disruptions Drivers of Risk Categories of Risk
      • INDUSTRIAL INTELLIGENCE - DELL
      • From 1995 to 98, 32 to 7 days of inventory
      • From 1992 to 98, 204 to 47 suppliers (as few partners as possible)
      • Suppliers agree to meet 25% of Dell’s volume requirement (shared liability)
      • Electronic links with supplier with hourly update on raw material consumption (real time info)
      • VMI, returnable totes (no inventory, decrease handling costs)
      • “ It’s not : well, every 2 weeks, deliver 5,000 to this warehouse and we’ll put them on a shelf. It is : tomorrow morning, we need 8,562 and deliver them to door #7 by 7 a.m.” - Michael Dell (=POU pull demand strategy)
      • Share information and plans freely with suppliers ( forecast is not contract )
      • Rely on information technology ( systems )
      • (Sources : Harvard Business School, April 1998 & March 1999)
    • Let p=$12/unit, w=$6/unit and c=$3/unit X~U(5,55)
    • The total profit for the retailer is
    • The total profit for the manufacturer is
    • The total profit for the supply chain 105 + 90 =$ 195
    • p=$12/unit and c=$3/unit X~U(5,55)
    • The total profit for the supply chain is