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1 1 © 2009 APICS CONFIDENTIAL AND PROPRIETARY Introduction to Supply Chain Management Basics of Supply Chain Management APICS Certified in Production and Inventory Management (CPIM) Session 1

Transcript of 01_BSCM_PPT_v3.0_VC (1)

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1 1 © 2009 APICS CONFIDENTIAL AND PROPRIETARY

Introduction to Supply Chain Management

Basics of Supply Chain Management

APICS Certified in Production and Inventory Management (CPIM)

Session 1

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Course Objectives

Provide a review of supply chain management from a manufacturing, planning and control perspective 看法,远景Provide a basis for further study leading to APICS CPIM certification

APICS The Association for Operations Management, is a not-for-profit international education organization, offering certification programs, training tools and networking opportunities to increase workplace performance. It was founded in 1957 as the American Production and Inventory Control Society, and currently has more than 43,000 individual and corporate members in more than 10,000 companies worldwide. In April 2008, the organization relocated to Chicago.

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© 2009 APICS CONFIDENTIAL AND PROPRIETARY

Building the CPIM Program

Basics ofSupply ChainManagement

DetailedScheduling

And Planning

MasterPlanning ofResources

Execution andControl ofOperations

See Course Overview at the beginning of Session 1 in your participant guide

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Basics of Supply Chain Management

Introduction to Supply

Chain Management

Aggregate Inventory

Management

Demand Management

Item Inventory Management

Capacity Management

and Production Activity Control

Theory of Constraints and Review

Activity

Material Requirements

Planning

Lean/JIT and

Quality Systems

Master Planning

Purchasing and Physical Distribution

1. 2. 3. 4. 5.

6. 7. 8. 9. 10.

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Introduction to Manufacturing

Introduction to Supply Chain Management

Session 1

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Customers and Products

Types of customers• Industrial• Consumer• Institutional• Government

Market segmentationSales channelsMarket share/profitability

Product Definition Customer Definition

Choice of production environment(ETO, MTO, ATO, MTS)

Choice of manufacturing process(Project, intermittent, repetitive flow, continuous flow)

Product Design

PositioningBreadth of product linePriceQualityBrand name or genericPackagingReturns policyDesign

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Customer Expectations

Characteristics that provide value to the customer

A fair Price

Higher Quality

Delivery lead time

Better Pre- and post-sale service

Cost effective Flexibility (product and volume)

成本效率

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Production Environments and Process Choices

Introduction to Supply Chain Management

Session 1

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Production Environments

Engineer-to-order

Make-to-order

Assemble-to-order

Make-to-stock

Mass customization

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Lead Time and Production Environments

Engineer-to-Order

Make-to-Order

Make-to-Stock

Source: Arnold et al., Introduction to Materials Management, 6th ed.Reprinted by Permission of Pearson Education

Assemble-to-Order

Inventory

Manufacture Assemble

Inventory

Manufacture Assemble Ship

Design Purchase

Manufacture

Ship

Assemble Ship

InventoryManufacture Assemble Ship

ETO Delivery Lead Time

MTO Delivery Lead Time

ATO Delivery Lead Time

MTS DeliveryLead Time

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Product Life Cycle and Production Environments

ETO

MTO

ATO

MTS

MC

Introduction Growth Maturity Decline Phase-out

Unitssold Time

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Intermittent Manufacturing Process

Source: Arnold et al., Introduction to Materials Management, 6th ed.Reprinted by Permission of Pearson Education

Product A

Product B

Product C

Workstations

7Grinding

8Mixing

9Trying

4Grinding

5Mixing

6Trying

1Grinding

2Mixing

3Trying

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Intermittent Process Characteristics

Intermittent lot / batch production

Work moves only to required stations

Many different parts processed at workstations

General-purpose machinery

Relatively easy to change product or volume

Complex and expensive production and inventory control

High WIP inventory levels; long lead time

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Intermittent Manufacturing Layout

Intermittent manufacturing layout is called process layout

Also called functional or job shop layout

Equipment and operations grouped together by functional specialty

Similar types of skills and equipment in each department

Volume not high enough to justify assembly line

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Flow Manufacturing Process

Workstations are in the sequence needed to make the product

Work flows at a nearly constant rate

Little work-in-process inventory

WorkstationsOutputInput

1Grinding

2Mixing

3Drying

4Filling

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Flow Process Characteristics

Layout is called product layout

Fixed routings and dedicated machinery

Capital intensive

Two types of flow: repetitive/line and continuous

Repetitive = discrete units (Automoblie)

Continuous = not discrete (Steel/ Mixing, heating, cooling, ..)

Limited range of similar products

High product volumes

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Advantages of Product Layout (Flow Mfg)

Little work-in-process inventory

Short throughput and manufacturing lead times

Lower unit cost

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Project Manufacturing

Used for large, complex projects

Project remains in one location for assembly

Site layout

Avoids cost of moving the product

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Problem 1.1

Product Layout vs. Process LayoutProduct Process

Capital cost

Flexibility

Annual setup cost

Run cost

Work-in-process inventory

Production and inventory control costs

Lead time

Solution WorkstationsOutputInput

1Grinding

2Mixing

3Drying

4Filling

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The Manufacturing Supply Chain

Introduction to Supply Chain Management

Session 1

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Supply Chain Management Definitions

Supply chain: The global network used to deliver products and services from raw materials to end customers through an engineered flow of information, physical distribution, and cash.

Supply chain management: The design, planning, execution, control, and monitoring of supply chain activities with the objective of creating net value, building a competitive infrastructure, leveraging world-wide logistics, synchronizing supply with demand, and measuring performance globally.

─APICS Dictionary

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Basic Supply Chain: External

ManufacturerSuppliers Distributors Retailers

Consumers

Dominant flow of goods and services

Dominant flow of demand and design information

Dominant flow of cash

External supply chain from a manufacturer’s perspective

Returns and reverse logistics

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Traditional Supply Chain View

Raw Materials

CustomersPurchasing Production Distribution

Lowest purchase price

Inventory buffers

High utilization %

Long runs – minimize changeovers

Low unit costs

Safety stocks

Full truckload quantities

Best shipping rate

Safety stocks

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Conflicts in Traditional Supply Systems

FinanceMarketing OperationsTraditionalObjective

Increase profit and cash flow, reduce

investment

Increase revenue/ satisfy customers

Reduce manufacturing cost

Inventory investment

Customer service

Production efficiency

82 5

93 6

71 4

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Performance Measures

Key Performance Indicators

Strategic

Tactical

OperationalDay-to-Day,Detailed

High Level,Long Term

Mid Level,Medium Term

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Role of Materials Management

Demand Resources

Plan&

Control

– Balance company resources with demands– Balance conflicting objectives by:

• Maximizing the use of the firm’s resources• Providing the required level of customer service

– Involved with:• Manufacturing planning and control• Physical supply / distribution

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Manufacturing Planning and Control

(MP&C)

Introduction to Supply Chain Management

Session 1

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Objectives of Manufacturing

The right products

Of the right quality

In the right quantities

At the right time

At minimum cost (right price)

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Why Plan?

To satisfy customer demand and ensure the availability of resources – Material

– Capacity

Demand Resources

Plan&

Control

Demand

Resources

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Manufacturing Planning and Control

Order Sequencing

Input/Output Control

Master Scheduling

Capacity Requirements Planning (CRP)

Sales & Operations Planning

Business PlanningMaster Planning

ResourcePlanning (RP)

Rough-Cut Capacity Planning

(RCCP)

Pri

ority

Pla

nn

ing

Exe

cutio

nC

ap

acity Pla

nnin

gE

xecutio

n

Material Requirements

Planning (MRP)

Production Activity Control (PAC)

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The Impact of New Systems and

Philosophies

Introduction to Supply Chain Management

Session 1

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Impact of New Systems

Reduced lead times

Reduced inventory levels

Improved worker productivity

Improved product quality

Cost reductions

Theory of Constraints

Lean/JITTQM

Six SigmaEach of these

philosophies will be covered in a later

class session