Competitive Priorities

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Competitive Priorities Cost 1. Low-cost operations Quality 2. Top quality 3. Consistent quality Time 4. Delivery speed 5. On-time delivery 6. Development speed Flexibility 7. Customization 8. Variety 9. Volume flexibility

description

Competitive Priorities. Cost 1. Low-cost operations Quality 2. Top quality 3. Consistent quality Time 4. Delivery speed 5. On-time delivery 6. Development speed Flexibility 7. Customization 8. Variety 9. Volume flexibility. Strategic Gaps. PRIORITIESGAPS - PowerPoint PPT Presentation

Transcript of Competitive Priorities

Page 1: Competitive Priorities

Competitive PrioritiesCost 1. Low-cost operations

Quality 2. Top quality

3. Consistent quality

Time 4. Delivery speed

5. On-time delivery

6. Development speed

Flexibility 7. Customization

8. Variety

9. Volume flexibility

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Strategic GapsPRIORITIES GAPS

1.

2.

3.

4.

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Recommendations

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Key Concepts in Operations Management

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A Systematic Approach to Process Analysis

Identify Opportunity

1

DefineScope

2

DocumentProcess

3

Evaluate Performance

4

RedesignProcess

5

ImplementChanges

6

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Figure 3.3Figure 3.3

Customer-Contact Model for Processes

Front office

Hybrid office

Back office

(1)(1) (2)(2) (3)(3)High interaction withHigh interaction with Some interaction withSome interaction with Low interaction withLow interaction withcustomers, highlycustomers, highly customers, standardcustomers, standard customers, standardizedcustomers, standardizedcustomized servicecustomized service services with some optionsservices with some options servicesservices

ProcessProcessCharacteristicsCharacteristics

(1)(1)Jumbled flows,Jumbled flows,complex work withcomplex work withmany exceptionsmany exceptions

(2)(2)Flexible flows withFlexible flows withsome dominantsome dominantpaths, moderate jobpaths, moderate jobcomplexity withcomplexity withsome exceptionssome exceptions

(3)(3)Line flows, routineLine flows, routinework easilywork easilyunderstood byunderstood byemployeesemployees

Less

Com

plex

ity, L

ess

Div

erge

nce,

Mor

e Li

ne F

low

sLe

ss C

ompl

exity

, Les

s D

iver

genc

e, M

ore

Line

Flo

ws

Less Customer Contact and CustomizationLess Customer Contact and Customization

Service PackageService Package

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Figure 3.6Figure 3.6

Product-Process Matrix for Processes

(1)(1) (2)(2) (3)(3) (4)(4) (5)(5)One of a kindOne of a kind Low volume,Low volume, MultipleMultiple Few majorFew major High volumeHigh volumeproducts, madeproducts, made lowlow productsproducts products,products, highhighto customer to customer standardizationstandardization moderate moderate higherhigher standardization,standardization,orderorder volumevolume volumevolume commoditycommodity

productsproductsProcessProcess

CharacteristicsCharacteristics

(1)(1)Complex and Complex and highly customized highly customized process, unique process, unique sequence of taskssequence of tasks

(2)(2)Jumbled flows, Jumbled flows, complex work with complex work with many exceptionsmany exceptions

(3)(3)Disconnected line Disconnected line flows, moderately flows, moderately complex workcomplex work

(4)(4)Connected line, Connected line, routine workroutine work

(5)(5)Continuous Continuous flows, highly flows, highly repetitive workrepetitive workLe

ss C

ompl

exity

, Les

s D

iver

genc

e, M

ore

Line

Flo

ws

Less

Com

plex

ity, L

ess

Div

erge

nce,

Mor

e Li

ne F

low

s

Less Customization and Higher VolumeLess Customization and Higher Volume

Product DesignProduct Design

Continuousprocess

Projectprocess

Lineprocess

Batchprocess

Jobprocess

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Waiting Line ModelsWaiting Line ModelsCustomer population

Service system

Served customers

Waiting line

Priority rule

Service facilities

Figure C.1

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Operating CharacteristicsOperating Characteristics

Line lengthLine length

Number of customers in systemNumber of customers in system

Waiting time in lineWaiting time in line

Total time in systemTotal time in system

Service facility utilizationService facility utilization

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Decision AreasDecision Areas Arrival rates Number of service

facilities Number of phases Number of servers

per facility Server efficiency Priority rule Service facility

arrangement

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Applying the TheoryApplying the Theory of Constraints of Constraints

1. Identify the bottlenecks.

2. Optimize the schedule of the bottleneck.

3. Schedule all other resources to support the bottleneck.

4. If the bottleneck is still restrictive, increase its capacity.

5. Once the bottleneck has been relieved, check for other bottlenecks.

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A15

B120

B230

B315

C20

D10

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How Can I Tell Which Markets Will How Can I Tell Which Markets Will Be Most Profitable?Be Most Profitable?

Contribution per hour

c = contribution to profits and overhead per unit

s = changeover time (hrs.)

p = productivity rate (units per hour)

T = total resource hours required for customer order

= contribution per hourHC

cp( s)H

TCT

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E

X

T

E

R

N

A

L

S

U

P

P

L

I

E

R

S

E

X

T

E

R

N

A

L

C

U

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T

O

M

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R

S

Support Processes Support Processes

Business- to- Business (B2B)

Customer Relationship

Process

Supplier Relationship

Process

Order -Fulfillment

Process

Supplier Relationship

Process

Order -Fulfillment

Process

Business-to-Customer

(B2C)

Customer Relationship

Process

First-Tier Supplier Service/Product Provider

New Service/Product

Development Process

New Service/Product

Development Process

External Value-Chain LinkagesExternal Value-Chain Linkages

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0

2,000

4,000

6,000

8,000

10,000

SU/W

eek

Consumer

CustomerK-C

Package Supplier

VariabilityVariabilityFacial TissueFacial Tissue

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Inventory Inventory MeasuresMeasures

Average inventory = $2 millionAverage inventory = $2 millionCost of goods sold = $10 millionCost of goods sold = $10 million52 business weeks per year52 business weeks per year

Weeks of supply = = 10.4 weeksWeeks of supply = = 10.4 weeks$2 million$2 million($10 million)/(52 weeks)($10 million)/(52 weeks)

Inventory turns = = 5 turns/yearInventory turns = = 5 turns/year$10 million$10 million$2 million$2 million

Example 9.1Example 9.1

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Environments & Design Features

Design Factors Efficient Supply Chains Responsive Supply Chains

Environment Factors Efficient Supply Chains Responsive Supply Chains

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The Shaping of Modern Value Chains

Ten Forces that Flattened the World

6. Offshoring

7. Supply Chaining

8. In-Sourcing

9. In-Forming

10. The Steroids

1. Berlin Wall and Windows Operating System

2. Web Browsers

3. Work Flow Software

4. Open Sourcing

5. Outsourcing