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Transcript of Shields - 091802 © 2002 Massachusetts Institute of Technology web.mit.edu/lean Product Realization...
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Product Realizationin the Defense
Aerospace Industry
September 18 2002
Presented ByTom Shields
LAI
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ContentContent
bull Part Ibull General lean concepts in factory design
bull Part IIbull Introductionbull Manufacturing System Design Frameworkbull Validation research resultsbull Conclusions
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Lean from the Toyota ProductionLean from the Toyota ProductionSystem Shows How It All RelatesSystem Shows How It All Relates
TPSCost control through the
elimination of waste
Right Qty
Right Mix Right Time
J I T
J IDOKA
StandardizedWork
Leveled amp BalancedProduction
Kaizen
Engaged and Creative Workforce
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Aerospace Factory DesignsAerospace Factory Designs
Have Many Things to ConsiderHave Many Things to Consider
Input Output
FactoryDesign
FocusHere
bullProduction volume
bullProduct mix
bullProduct design
bullFrequency of changes
bullComplexity
bullProcess capability
bullType of organization
bullWorker skillknowledge
bullCost
bullQuality
bullPerformance
bullDelivery
bullFlexibility
bullInnovativeness
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Benefits from a Focus on ProcessBenefits from a Focus on ProcessRather Than Operation ImprovementsRather Than Operation Improvements
Factory Design
Types of OperationsStorage
Value Adding
I Inspection
X Transport
Part B
Part AStore in
warehouseMove to staging
X
XStore atStaging
Move By
AGV
X
X
Operations Value adding Transportation Delay (2 types) Inspection
Factory Design Layout choices Operation policies Process Technology
Tapping human knowledge
Oper a ti o n
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Only Understood ProcessesOnly Understood Processes
Can Be ImprovedCan Be Improved Establish models andor simulations to permit understanding
Ensure process capability amp maturation
Maintain challenge of existing processes
Tools
Five Whys
Process flow charts
Value stream mapping
Statistical tools
Data collection and discipline
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Definite Boundaries ExistDefinite Boundaries ExistBetween Flow and PullBetween Flow and Pull
Flow
MRP used for planning and control
Group technology
Reduce the number of flow paths
Batch or single items
Inventory to buffer flow
Process control
Minimize space amp distance traveled with contiguous processing established
Pull
Take time
Balanced production
Level production
Response time less than lead time
Standard work
Single item flow
Correct problems immediately -STOP if
necessary
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Lean Tools Lean Tools Can Can Apply even Apply even ififJIT System Not LogicalJIT System Not Logical
Value stream mapping Work groups to implement change
Visual displays and controls Error proofing Standardized work Quick changeover Total productive maintenance
Rapid problem solving Self inspection
Five Srsquos Source J Miltonburg Manufacturing Strategy copy1995 p31
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Part II
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
IntroductionIntroduction
Matured aerospace industry
Industrial innovation theory
Implications on the aerospace industry
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Matured Aerospace Industry
bull Customers demanding specific capabilities
1048705 bull Cost and affordability
more prominent 1048705
bull Innovation characteristics have changed
Pictures taken from the Air Force Website (httpwwwafmil)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Utterbackrsquos Dynamics ofUtterbackrsquos Dynamics ofInnovation ModelInnovation Model
Rate of product innovation highest during formative years
As product matures rate of process innovation overcomes product innovation
Very mature products have low levels of both product amp process innovations
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Theory in ApplicationTheory in Application
Emergence of theDominant Design
Transition Phase Shakeout competition shifts to proc
ess
Specific PhaseStable small number of firms competition
shifts to price
Destabilizing changes in technology
or process can destroy industry
Time Source Data (cars) from Entry and Exit of Firms in the US AutoIndustry 1894-1992 National Academy of Science theory concept
s from Utterback Dynamics of Innovation 1994
Fluid PhaseRapid
technology innovation many firms
founded
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Extension of Theory to theExtension of Theory to theAerospace IndustryAerospace Industry
Industrial evolution and the emergenceof the dominant design
Typewriters
Open moving carriage Cars enclosed steel body
AeronauticsJet transport and 30
jet fighter-bomber
Government intervention motivated by cold war
Natural
progression
Year Source Murman et al Lean Enterprise Value 2002
Num
ber
of m
ajor
auto
mob
ile c
ompa
nies
Num
ber of major U
S
Aerospace com
panies
Num
ber
of m
ajor
type
writ
er c
ompa
nies
50
40
30
20
10
1860 1880 1900 1920 1940 1960 1980 2000
0
80
60
40
20
35
25
20
15
10
5
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Implications for the AerospaceImplications for the AerospaceIndustryIndustry
bull Producibility and cost are more competitive factorsbull Manufacturing inputs should carry more weightbull Emphasis should be on process innovationbull Firm core competencies must match industrial matur
itybull Manufacturing strategy cannot be stepchild to platfo
rm strategy
Result Heritage equipment facilities and mindsets drive manufacturing system design
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ProposalProposal
Characteristicsbull Uses principles of systems engineeringbull Visual depiction of ldquodesign beyond factory floorrdquo ideasbull Manufacturing as part of the product strategybull Manufacturing system design is strategy driven not product
design drivenbull Combines multiple useful toolsbull Provides insights into order and interactions
A holistic manufacturing system design frameworkto ensure process considerations are integral
to the product development process
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Manufacturing System DesignDesign
bull Manufacturing system ldquoinfrastructurerdquo design
bull Manufacturing strategybull Operating policybull Partnerships (suppliers)bull Organization structure details
bull Manufacturing system ldquostructurerdquo designbull Buildings location capacitybull Machine selectionbull Layoutbull WIP
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Design
Suppliers Customers Society Employees Stockholders Mgmt Government
Corporate Level (Corporate Strategy) [Seek approval]
Business Unit (Business Strategy) [Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design ManufacturingManufacturing MarketingMarketing
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System DesignManufacturing System DesignStakeholders
Corporate Level
Business Unit
[Seek approval]
[Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design Manufacturing Manufacturing MarketingMarketing
MakeBuyRisk-sharing Partnerships
DFMA IPT 3-DCE Concurrent Engineering
Customer NeedsTechnical Feasibility
Feasible performance guarantees RequirementsConsiderationsConstraints
- Miltenburg - 3P - 2D plots- MSDD - AMSDD- design Kaizen
Manufacturing System DesignSelection- Analytical Tools- Simulation Tools
Implement (pilot)
EvaluateValidate
Rate ProductionFinalized Product Design
Fine Tune
bull VSMbull Kaizenbull Trial amp Errorbull Kaikaku
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Insights from the FrameworkInsights from the Framework
bull Linkage of strategy and manufacturing system design
bull Three important characteristicsndash Phase presencendash Phase timing
ndash Breadth across functions
Hypothesis following the framework process will result inthe development of effective manufacturing system
that meets the goals of the corporation
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework ValidationFramework Validation
Research Designbull Case study - 14 assembly sites (6 aerostruct
ures 2 electronics 2 launch vehicles amp 4 space)
bull Real time ldquofly on the wallrdquobull Retrospective
Methodbull Structured interview to assess framework co
ngruencebull Strategy linkagebull Phase presence timing and breadth
bull Performance metric (actualplanned)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ContentContent
bull Part Ibull General lean concepts in factory design
bull Part IIbull Introductionbull Manufacturing System Design Frameworkbull Validation research resultsbull Conclusions
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Lean from the Toyota ProductionLean from the Toyota ProductionSystem Shows How It All RelatesSystem Shows How It All Relates
TPSCost control through the
elimination of waste
Right Qty
Right Mix Right Time
J I T
J IDOKA
StandardizedWork
Leveled amp BalancedProduction
Kaizen
Engaged and Creative Workforce
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Aerospace Factory DesignsAerospace Factory Designs
Have Many Things to ConsiderHave Many Things to Consider
Input Output
FactoryDesign
FocusHere
bullProduction volume
bullProduct mix
bullProduct design
bullFrequency of changes
bullComplexity
bullProcess capability
bullType of organization
bullWorker skillknowledge
bullCost
bullQuality
bullPerformance
bullDelivery
bullFlexibility
bullInnovativeness
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Benefits from a Focus on ProcessBenefits from a Focus on ProcessRather Than Operation ImprovementsRather Than Operation Improvements
Factory Design
Types of OperationsStorage
Value Adding
I Inspection
X Transport
Part B
Part AStore in
warehouseMove to staging
X
XStore atStaging
Move By
AGV
X
X
Operations Value adding Transportation Delay (2 types) Inspection
Factory Design Layout choices Operation policies Process Technology
Tapping human knowledge
Oper a ti o n
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Only Understood ProcessesOnly Understood Processes
Can Be ImprovedCan Be Improved Establish models andor simulations to permit understanding
Ensure process capability amp maturation
Maintain challenge of existing processes
Tools
Five Whys
Process flow charts
Value stream mapping
Statistical tools
Data collection and discipline
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Definite Boundaries ExistDefinite Boundaries ExistBetween Flow and PullBetween Flow and Pull
Flow
MRP used for planning and control
Group technology
Reduce the number of flow paths
Batch or single items
Inventory to buffer flow
Process control
Minimize space amp distance traveled with contiguous processing established
Pull
Take time
Balanced production
Level production
Response time less than lead time
Standard work
Single item flow
Correct problems immediately -STOP if
necessary
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Lean Tools Lean Tools Can Can Apply even Apply even ififJIT System Not LogicalJIT System Not Logical
Value stream mapping Work groups to implement change
Visual displays and controls Error proofing Standardized work Quick changeover Total productive maintenance
Rapid problem solving Self inspection
Five Srsquos Source J Miltonburg Manufacturing Strategy copy1995 p31
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Part II
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
IntroductionIntroduction
Matured aerospace industry
Industrial innovation theory
Implications on the aerospace industry
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Matured Aerospace Industry
bull Customers demanding specific capabilities
1048705 bull Cost and affordability
more prominent 1048705
bull Innovation characteristics have changed
Pictures taken from the Air Force Website (httpwwwafmil)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Utterbackrsquos Dynamics ofUtterbackrsquos Dynamics ofInnovation ModelInnovation Model
Rate of product innovation highest during formative years
As product matures rate of process innovation overcomes product innovation
Very mature products have low levels of both product amp process innovations
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Theory in ApplicationTheory in Application
Emergence of theDominant Design
Transition Phase Shakeout competition shifts to proc
ess
Specific PhaseStable small number of firms competition
shifts to price
Destabilizing changes in technology
or process can destroy industry
Time Source Data (cars) from Entry and Exit of Firms in the US AutoIndustry 1894-1992 National Academy of Science theory concept
s from Utterback Dynamics of Innovation 1994
Fluid PhaseRapid
technology innovation many firms
founded
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Extension of Theory to theExtension of Theory to theAerospace IndustryAerospace Industry
Industrial evolution and the emergenceof the dominant design
Typewriters
Open moving carriage Cars enclosed steel body
AeronauticsJet transport and 30
jet fighter-bomber
Government intervention motivated by cold war
Natural
progression
Year Source Murman et al Lean Enterprise Value 2002
Num
ber
of m
ajor
auto
mob
ile c
ompa
nies
Num
ber of major U
S
Aerospace com
panies
Num
ber
of m
ajor
type
writ
er c
ompa
nies
50
40
30
20
10
1860 1880 1900 1920 1940 1960 1980 2000
0
80
60
40
20
35
25
20
15
10
5
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Implications for the AerospaceImplications for the AerospaceIndustryIndustry
bull Producibility and cost are more competitive factorsbull Manufacturing inputs should carry more weightbull Emphasis should be on process innovationbull Firm core competencies must match industrial matur
itybull Manufacturing strategy cannot be stepchild to platfo
rm strategy
Result Heritage equipment facilities and mindsets drive manufacturing system design
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ProposalProposal
Characteristicsbull Uses principles of systems engineeringbull Visual depiction of ldquodesign beyond factory floorrdquo ideasbull Manufacturing as part of the product strategybull Manufacturing system design is strategy driven not product
design drivenbull Combines multiple useful toolsbull Provides insights into order and interactions
A holistic manufacturing system design frameworkto ensure process considerations are integral
to the product development process
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Manufacturing System DesignDesign
bull Manufacturing system ldquoinfrastructurerdquo design
bull Manufacturing strategybull Operating policybull Partnerships (suppliers)bull Organization structure details
bull Manufacturing system ldquostructurerdquo designbull Buildings location capacitybull Machine selectionbull Layoutbull WIP
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Design
Suppliers Customers Society Employees Stockholders Mgmt Government
Corporate Level (Corporate Strategy) [Seek approval]
Business Unit (Business Strategy) [Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design ManufacturingManufacturing MarketingMarketing
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System DesignManufacturing System DesignStakeholders
Corporate Level
Business Unit
[Seek approval]
[Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design Manufacturing Manufacturing MarketingMarketing
MakeBuyRisk-sharing Partnerships
DFMA IPT 3-DCE Concurrent Engineering
Customer NeedsTechnical Feasibility
Feasible performance guarantees RequirementsConsiderationsConstraints
- Miltenburg - 3P - 2D plots- MSDD - AMSDD- design Kaizen
Manufacturing System DesignSelection- Analytical Tools- Simulation Tools
Implement (pilot)
EvaluateValidate
Rate ProductionFinalized Product Design
Fine Tune
bull VSMbull Kaizenbull Trial amp Errorbull Kaikaku
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Insights from the FrameworkInsights from the Framework
bull Linkage of strategy and manufacturing system design
bull Three important characteristicsndash Phase presencendash Phase timing
ndash Breadth across functions
Hypothesis following the framework process will result inthe development of effective manufacturing system
that meets the goals of the corporation
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework ValidationFramework Validation
Research Designbull Case study - 14 assembly sites (6 aerostruct
ures 2 electronics 2 launch vehicles amp 4 space)
bull Real time ldquofly on the wallrdquobull Retrospective
Methodbull Structured interview to assess framework co
ngruencebull Strategy linkagebull Phase presence timing and breadth
bull Performance metric (actualplanned)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Lean from the Toyota ProductionLean from the Toyota ProductionSystem Shows How It All RelatesSystem Shows How It All Relates
TPSCost control through the
elimination of waste
Right Qty
Right Mix Right Time
J I T
J IDOKA
StandardizedWork
Leveled amp BalancedProduction
Kaizen
Engaged and Creative Workforce
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Aerospace Factory DesignsAerospace Factory Designs
Have Many Things to ConsiderHave Many Things to Consider
Input Output
FactoryDesign
FocusHere
bullProduction volume
bullProduct mix
bullProduct design
bullFrequency of changes
bullComplexity
bullProcess capability
bullType of organization
bullWorker skillknowledge
bullCost
bullQuality
bullPerformance
bullDelivery
bullFlexibility
bullInnovativeness
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Benefits from a Focus on ProcessBenefits from a Focus on ProcessRather Than Operation ImprovementsRather Than Operation Improvements
Factory Design
Types of OperationsStorage
Value Adding
I Inspection
X Transport
Part B
Part AStore in
warehouseMove to staging
X
XStore atStaging
Move By
AGV
X
X
Operations Value adding Transportation Delay (2 types) Inspection
Factory Design Layout choices Operation policies Process Technology
Tapping human knowledge
Oper a ti o n
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Only Understood ProcessesOnly Understood Processes
Can Be ImprovedCan Be Improved Establish models andor simulations to permit understanding
Ensure process capability amp maturation
Maintain challenge of existing processes
Tools
Five Whys
Process flow charts
Value stream mapping
Statistical tools
Data collection and discipline
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Definite Boundaries ExistDefinite Boundaries ExistBetween Flow and PullBetween Flow and Pull
Flow
MRP used for planning and control
Group technology
Reduce the number of flow paths
Batch or single items
Inventory to buffer flow
Process control
Minimize space amp distance traveled with contiguous processing established
Pull
Take time
Balanced production
Level production
Response time less than lead time
Standard work
Single item flow
Correct problems immediately -STOP if
necessary
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Lean Tools Lean Tools Can Can Apply even Apply even ififJIT System Not LogicalJIT System Not Logical
Value stream mapping Work groups to implement change
Visual displays and controls Error proofing Standardized work Quick changeover Total productive maintenance
Rapid problem solving Self inspection
Five Srsquos Source J Miltonburg Manufacturing Strategy copy1995 p31
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Part II
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
IntroductionIntroduction
Matured aerospace industry
Industrial innovation theory
Implications on the aerospace industry
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Matured Aerospace Industry
bull Customers demanding specific capabilities
1048705 bull Cost and affordability
more prominent 1048705
bull Innovation characteristics have changed
Pictures taken from the Air Force Website (httpwwwafmil)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Utterbackrsquos Dynamics ofUtterbackrsquos Dynamics ofInnovation ModelInnovation Model
Rate of product innovation highest during formative years
As product matures rate of process innovation overcomes product innovation
Very mature products have low levels of both product amp process innovations
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Theory in ApplicationTheory in Application
Emergence of theDominant Design
Transition Phase Shakeout competition shifts to proc
ess
Specific PhaseStable small number of firms competition
shifts to price
Destabilizing changes in technology
or process can destroy industry
Time Source Data (cars) from Entry and Exit of Firms in the US AutoIndustry 1894-1992 National Academy of Science theory concept
s from Utterback Dynamics of Innovation 1994
Fluid PhaseRapid
technology innovation many firms
founded
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Extension of Theory to theExtension of Theory to theAerospace IndustryAerospace Industry
Industrial evolution and the emergenceof the dominant design
Typewriters
Open moving carriage Cars enclosed steel body
AeronauticsJet transport and 30
jet fighter-bomber
Government intervention motivated by cold war
Natural
progression
Year Source Murman et al Lean Enterprise Value 2002
Num
ber
of m
ajor
auto
mob
ile c
ompa
nies
Num
ber of major U
S
Aerospace com
panies
Num
ber
of m
ajor
type
writ
er c
ompa
nies
50
40
30
20
10
1860 1880 1900 1920 1940 1960 1980 2000
0
80
60
40
20
35
25
20
15
10
5
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Implications for the AerospaceImplications for the AerospaceIndustryIndustry
bull Producibility and cost are more competitive factorsbull Manufacturing inputs should carry more weightbull Emphasis should be on process innovationbull Firm core competencies must match industrial matur
itybull Manufacturing strategy cannot be stepchild to platfo
rm strategy
Result Heritage equipment facilities and mindsets drive manufacturing system design
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ProposalProposal
Characteristicsbull Uses principles of systems engineeringbull Visual depiction of ldquodesign beyond factory floorrdquo ideasbull Manufacturing as part of the product strategybull Manufacturing system design is strategy driven not product
design drivenbull Combines multiple useful toolsbull Provides insights into order and interactions
A holistic manufacturing system design frameworkto ensure process considerations are integral
to the product development process
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Manufacturing System DesignDesign
bull Manufacturing system ldquoinfrastructurerdquo design
bull Manufacturing strategybull Operating policybull Partnerships (suppliers)bull Organization structure details
bull Manufacturing system ldquostructurerdquo designbull Buildings location capacitybull Machine selectionbull Layoutbull WIP
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Design
Suppliers Customers Society Employees Stockholders Mgmt Government
Corporate Level (Corporate Strategy) [Seek approval]
Business Unit (Business Strategy) [Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design ManufacturingManufacturing MarketingMarketing
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System DesignManufacturing System DesignStakeholders
Corporate Level
Business Unit
[Seek approval]
[Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design Manufacturing Manufacturing MarketingMarketing
MakeBuyRisk-sharing Partnerships
DFMA IPT 3-DCE Concurrent Engineering
Customer NeedsTechnical Feasibility
Feasible performance guarantees RequirementsConsiderationsConstraints
- Miltenburg - 3P - 2D plots- MSDD - AMSDD- design Kaizen
Manufacturing System DesignSelection- Analytical Tools- Simulation Tools
Implement (pilot)
EvaluateValidate
Rate ProductionFinalized Product Design
Fine Tune
bull VSMbull Kaizenbull Trial amp Errorbull Kaikaku
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Insights from the FrameworkInsights from the Framework
bull Linkage of strategy and manufacturing system design
bull Three important characteristicsndash Phase presencendash Phase timing
ndash Breadth across functions
Hypothesis following the framework process will result inthe development of effective manufacturing system
that meets the goals of the corporation
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework ValidationFramework Validation
Research Designbull Case study - 14 assembly sites (6 aerostruct
ures 2 electronics 2 launch vehicles amp 4 space)
bull Real time ldquofly on the wallrdquobull Retrospective
Methodbull Structured interview to assess framework co
ngruencebull Strategy linkagebull Phase presence timing and breadth
bull Performance metric (actualplanned)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Aerospace Factory DesignsAerospace Factory Designs
Have Many Things to ConsiderHave Many Things to Consider
Input Output
FactoryDesign
FocusHere
bullProduction volume
bullProduct mix
bullProduct design
bullFrequency of changes
bullComplexity
bullProcess capability
bullType of organization
bullWorker skillknowledge
bullCost
bullQuality
bullPerformance
bullDelivery
bullFlexibility
bullInnovativeness
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Benefits from a Focus on ProcessBenefits from a Focus on ProcessRather Than Operation ImprovementsRather Than Operation Improvements
Factory Design
Types of OperationsStorage
Value Adding
I Inspection
X Transport
Part B
Part AStore in
warehouseMove to staging
X
XStore atStaging
Move By
AGV
X
X
Operations Value adding Transportation Delay (2 types) Inspection
Factory Design Layout choices Operation policies Process Technology
Tapping human knowledge
Oper a ti o n
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Only Understood ProcessesOnly Understood Processes
Can Be ImprovedCan Be Improved Establish models andor simulations to permit understanding
Ensure process capability amp maturation
Maintain challenge of existing processes
Tools
Five Whys
Process flow charts
Value stream mapping
Statistical tools
Data collection and discipline
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Definite Boundaries ExistDefinite Boundaries ExistBetween Flow and PullBetween Flow and Pull
Flow
MRP used for planning and control
Group technology
Reduce the number of flow paths
Batch or single items
Inventory to buffer flow
Process control
Minimize space amp distance traveled with contiguous processing established
Pull
Take time
Balanced production
Level production
Response time less than lead time
Standard work
Single item flow
Correct problems immediately -STOP if
necessary
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Lean Tools Lean Tools Can Can Apply even Apply even ififJIT System Not LogicalJIT System Not Logical
Value stream mapping Work groups to implement change
Visual displays and controls Error proofing Standardized work Quick changeover Total productive maintenance
Rapid problem solving Self inspection
Five Srsquos Source J Miltonburg Manufacturing Strategy copy1995 p31
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Part II
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
IntroductionIntroduction
Matured aerospace industry
Industrial innovation theory
Implications on the aerospace industry
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Matured Aerospace Industry
bull Customers demanding specific capabilities
1048705 bull Cost and affordability
more prominent 1048705
bull Innovation characteristics have changed
Pictures taken from the Air Force Website (httpwwwafmil)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Utterbackrsquos Dynamics ofUtterbackrsquos Dynamics ofInnovation ModelInnovation Model
Rate of product innovation highest during formative years
As product matures rate of process innovation overcomes product innovation
Very mature products have low levels of both product amp process innovations
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Theory in ApplicationTheory in Application
Emergence of theDominant Design
Transition Phase Shakeout competition shifts to proc
ess
Specific PhaseStable small number of firms competition
shifts to price
Destabilizing changes in technology
or process can destroy industry
Time Source Data (cars) from Entry and Exit of Firms in the US AutoIndustry 1894-1992 National Academy of Science theory concept
s from Utterback Dynamics of Innovation 1994
Fluid PhaseRapid
technology innovation many firms
founded
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Extension of Theory to theExtension of Theory to theAerospace IndustryAerospace Industry
Industrial evolution and the emergenceof the dominant design
Typewriters
Open moving carriage Cars enclosed steel body
AeronauticsJet transport and 30
jet fighter-bomber
Government intervention motivated by cold war
Natural
progression
Year Source Murman et al Lean Enterprise Value 2002
Num
ber
of m
ajor
auto
mob
ile c
ompa
nies
Num
ber of major U
S
Aerospace com
panies
Num
ber
of m
ajor
type
writ
er c
ompa
nies
50
40
30
20
10
1860 1880 1900 1920 1940 1960 1980 2000
0
80
60
40
20
35
25
20
15
10
5
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Implications for the AerospaceImplications for the AerospaceIndustryIndustry
bull Producibility and cost are more competitive factorsbull Manufacturing inputs should carry more weightbull Emphasis should be on process innovationbull Firm core competencies must match industrial matur
itybull Manufacturing strategy cannot be stepchild to platfo
rm strategy
Result Heritage equipment facilities and mindsets drive manufacturing system design
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ProposalProposal
Characteristicsbull Uses principles of systems engineeringbull Visual depiction of ldquodesign beyond factory floorrdquo ideasbull Manufacturing as part of the product strategybull Manufacturing system design is strategy driven not product
design drivenbull Combines multiple useful toolsbull Provides insights into order and interactions
A holistic manufacturing system design frameworkto ensure process considerations are integral
to the product development process
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Manufacturing System DesignDesign
bull Manufacturing system ldquoinfrastructurerdquo design
bull Manufacturing strategybull Operating policybull Partnerships (suppliers)bull Organization structure details
bull Manufacturing system ldquostructurerdquo designbull Buildings location capacitybull Machine selectionbull Layoutbull WIP
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Design
Suppliers Customers Society Employees Stockholders Mgmt Government
Corporate Level (Corporate Strategy) [Seek approval]
Business Unit (Business Strategy) [Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design ManufacturingManufacturing MarketingMarketing
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System DesignManufacturing System DesignStakeholders
Corporate Level
Business Unit
[Seek approval]
[Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design Manufacturing Manufacturing MarketingMarketing
MakeBuyRisk-sharing Partnerships
DFMA IPT 3-DCE Concurrent Engineering
Customer NeedsTechnical Feasibility
Feasible performance guarantees RequirementsConsiderationsConstraints
- Miltenburg - 3P - 2D plots- MSDD - AMSDD- design Kaizen
Manufacturing System DesignSelection- Analytical Tools- Simulation Tools
Implement (pilot)
EvaluateValidate
Rate ProductionFinalized Product Design
Fine Tune
bull VSMbull Kaizenbull Trial amp Errorbull Kaikaku
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Insights from the FrameworkInsights from the Framework
bull Linkage of strategy and manufacturing system design
bull Three important characteristicsndash Phase presencendash Phase timing
ndash Breadth across functions
Hypothesis following the framework process will result inthe development of effective manufacturing system
that meets the goals of the corporation
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework ValidationFramework Validation
Research Designbull Case study - 14 assembly sites (6 aerostruct
ures 2 electronics 2 launch vehicles amp 4 space)
bull Real time ldquofly on the wallrdquobull Retrospective
Methodbull Structured interview to assess framework co
ngruencebull Strategy linkagebull Phase presence timing and breadth
bull Performance metric (actualplanned)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Benefits from a Focus on ProcessBenefits from a Focus on ProcessRather Than Operation ImprovementsRather Than Operation Improvements
Factory Design
Types of OperationsStorage
Value Adding
I Inspection
X Transport
Part B
Part AStore in
warehouseMove to staging
X
XStore atStaging
Move By
AGV
X
X
Operations Value adding Transportation Delay (2 types) Inspection
Factory Design Layout choices Operation policies Process Technology
Tapping human knowledge
Oper a ti o n
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Only Understood ProcessesOnly Understood Processes
Can Be ImprovedCan Be Improved Establish models andor simulations to permit understanding
Ensure process capability amp maturation
Maintain challenge of existing processes
Tools
Five Whys
Process flow charts
Value stream mapping
Statistical tools
Data collection and discipline
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Definite Boundaries ExistDefinite Boundaries ExistBetween Flow and PullBetween Flow and Pull
Flow
MRP used for planning and control
Group technology
Reduce the number of flow paths
Batch or single items
Inventory to buffer flow
Process control
Minimize space amp distance traveled with contiguous processing established
Pull
Take time
Balanced production
Level production
Response time less than lead time
Standard work
Single item flow
Correct problems immediately -STOP if
necessary
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Lean Tools Lean Tools Can Can Apply even Apply even ififJIT System Not LogicalJIT System Not Logical
Value stream mapping Work groups to implement change
Visual displays and controls Error proofing Standardized work Quick changeover Total productive maintenance
Rapid problem solving Self inspection
Five Srsquos Source J Miltonburg Manufacturing Strategy copy1995 p31
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Part II
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
IntroductionIntroduction
Matured aerospace industry
Industrial innovation theory
Implications on the aerospace industry
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Matured Aerospace Industry
bull Customers demanding specific capabilities
1048705 bull Cost and affordability
more prominent 1048705
bull Innovation characteristics have changed
Pictures taken from the Air Force Website (httpwwwafmil)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Utterbackrsquos Dynamics ofUtterbackrsquos Dynamics ofInnovation ModelInnovation Model
Rate of product innovation highest during formative years
As product matures rate of process innovation overcomes product innovation
Very mature products have low levels of both product amp process innovations
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Theory in ApplicationTheory in Application
Emergence of theDominant Design
Transition Phase Shakeout competition shifts to proc
ess
Specific PhaseStable small number of firms competition
shifts to price
Destabilizing changes in technology
or process can destroy industry
Time Source Data (cars) from Entry and Exit of Firms in the US AutoIndustry 1894-1992 National Academy of Science theory concept
s from Utterback Dynamics of Innovation 1994
Fluid PhaseRapid
technology innovation many firms
founded
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Extension of Theory to theExtension of Theory to theAerospace IndustryAerospace Industry
Industrial evolution and the emergenceof the dominant design
Typewriters
Open moving carriage Cars enclosed steel body
AeronauticsJet transport and 30
jet fighter-bomber
Government intervention motivated by cold war
Natural
progression
Year Source Murman et al Lean Enterprise Value 2002
Num
ber
of m
ajor
auto
mob
ile c
ompa
nies
Num
ber of major U
S
Aerospace com
panies
Num
ber
of m
ajor
type
writ
er c
ompa
nies
50
40
30
20
10
1860 1880 1900 1920 1940 1960 1980 2000
0
80
60
40
20
35
25
20
15
10
5
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Implications for the AerospaceImplications for the AerospaceIndustryIndustry
bull Producibility and cost are more competitive factorsbull Manufacturing inputs should carry more weightbull Emphasis should be on process innovationbull Firm core competencies must match industrial matur
itybull Manufacturing strategy cannot be stepchild to platfo
rm strategy
Result Heritage equipment facilities and mindsets drive manufacturing system design
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ProposalProposal
Characteristicsbull Uses principles of systems engineeringbull Visual depiction of ldquodesign beyond factory floorrdquo ideasbull Manufacturing as part of the product strategybull Manufacturing system design is strategy driven not product
design drivenbull Combines multiple useful toolsbull Provides insights into order and interactions
A holistic manufacturing system design frameworkto ensure process considerations are integral
to the product development process
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Manufacturing System DesignDesign
bull Manufacturing system ldquoinfrastructurerdquo design
bull Manufacturing strategybull Operating policybull Partnerships (suppliers)bull Organization structure details
bull Manufacturing system ldquostructurerdquo designbull Buildings location capacitybull Machine selectionbull Layoutbull WIP
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Design
Suppliers Customers Society Employees Stockholders Mgmt Government
Corporate Level (Corporate Strategy) [Seek approval]
Business Unit (Business Strategy) [Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design ManufacturingManufacturing MarketingMarketing
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System DesignManufacturing System DesignStakeholders
Corporate Level
Business Unit
[Seek approval]
[Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design Manufacturing Manufacturing MarketingMarketing
MakeBuyRisk-sharing Partnerships
DFMA IPT 3-DCE Concurrent Engineering
Customer NeedsTechnical Feasibility
Feasible performance guarantees RequirementsConsiderationsConstraints
- Miltenburg - 3P - 2D plots- MSDD - AMSDD- design Kaizen
Manufacturing System DesignSelection- Analytical Tools- Simulation Tools
Implement (pilot)
EvaluateValidate
Rate ProductionFinalized Product Design
Fine Tune
bull VSMbull Kaizenbull Trial amp Errorbull Kaikaku
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Insights from the FrameworkInsights from the Framework
bull Linkage of strategy and manufacturing system design
bull Three important characteristicsndash Phase presencendash Phase timing
ndash Breadth across functions
Hypothesis following the framework process will result inthe development of effective manufacturing system
that meets the goals of the corporation
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework ValidationFramework Validation
Research Designbull Case study - 14 assembly sites (6 aerostruct
ures 2 electronics 2 launch vehicles amp 4 space)
bull Real time ldquofly on the wallrdquobull Retrospective
Methodbull Structured interview to assess framework co
ngruencebull Strategy linkagebull Phase presence timing and breadth
bull Performance metric (actualplanned)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Only Understood ProcessesOnly Understood Processes
Can Be ImprovedCan Be Improved Establish models andor simulations to permit understanding
Ensure process capability amp maturation
Maintain challenge of existing processes
Tools
Five Whys
Process flow charts
Value stream mapping
Statistical tools
Data collection and discipline
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Definite Boundaries ExistDefinite Boundaries ExistBetween Flow and PullBetween Flow and Pull
Flow
MRP used for planning and control
Group technology
Reduce the number of flow paths
Batch or single items
Inventory to buffer flow
Process control
Minimize space amp distance traveled with contiguous processing established
Pull
Take time
Balanced production
Level production
Response time less than lead time
Standard work
Single item flow
Correct problems immediately -STOP if
necessary
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Lean Tools Lean Tools Can Can Apply even Apply even ififJIT System Not LogicalJIT System Not Logical
Value stream mapping Work groups to implement change
Visual displays and controls Error proofing Standardized work Quick changeover Total productive maintenance
Rapid problem solving Self inspection
Five Srsquos Source J Miltonburg Manufacturing Strategy copy1995 p31
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Part II
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
IntroductionIntroduction
Matured aerospace industry
Industrial innovation theory
Implications on the aerospace industry
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Matured Aerospace Industry
bull Customers demanding specific capabilities
1048705 bull Cost and affordability
more prominent 1048705
bull Innovation characteristics have changed
Pictures taken from the Air Force Website (httpwwwafmil)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Utterbackrsquos Dynamics ofUtterbackrsquos Dynamics ofInnovation ModelInnovation Model
Rate of product innovation highest during formative years
As product matures rate of process innovation overcomes product innovation
Very mature products have low levels of both product amp process innovations
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Theory in ApplicationTheory in Application
Emergence of theDominant Design
Transition Phase Shakeout competition shifts to proc
ess
Specific PhaseStable small number of firms competition
shifts to price
Destabilizing changes in technology
or process can destroy industry
Time Source Data (cars) from Entry and Exit of Firms in the US AutoIndustry 1894-1992 National Academy of Science theory concept
s from Utterback Dynamics of Innovation 1994
Fluid PhaseRapid
technology innovation many firms
founded
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Extension of Theory to theExtension of Theory to theAerospace IndustryAerospace Industry
Industrial evolution and the emergenceof the dominant design
Typewriters
Open moving carriage Cars enclosed steel body
AeronauticsJet transport and 30
jet fighter-bomber
Government intervention motivated by cold war
Natural
progression
Year Source Murman et al Lean Enterprise Value 2002
Num
ber
of m
ajor
auto
mob
ile c
ompa
nies
Num
ber of major U
S
Aerospace com
panies
Num
ber
of m
ajor
type
writ
er c
ompa
nies
50
40
30
20
10
1860 1880 1900 1920 1940 1960 1980 2000
0
80
60
40
20
35
25
20
15
10
5
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Implications for the AerospaceImplications for the AerospaceIndustryIndustry
bull Producibility and cost are more competitive factorsbull Manufacturing inputs should carry more weightbull Emphasis should be on process innovationbull Firm core competencies must match industrial matur
itybull Manufacturing strategy cannot be stepchild to platfo
rm strategy
Result Heritage equipment facilities and mindsets drive manufacturing system design
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ProposalProposal
Characteristicsbull Uses principles of systems engineeringbull Visual depiction of ldquodesign beyond factory floorrdquo ideasbull Manufacturing as part of the product strategybull Manufacturing system design is strategy driven not product
design drivenbull Combines multiple useful toolsbull Provides insights into order and interactions
A holistic manufacturing system design frameworkto ensure process considerations are integral
to the product development process
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Manufacturing System DesignDesign
bull Manufacturing system ldquoinfrastructurerdquo design
bull Manufacturing strategybull Operating policybull Partnerships (suppliers)bull Organization structure details
bull Manufacturing system ldquostructurerdquo designbull Buildings location capacitybull Machine selectionbull Layoutbull WIP
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Design
Suppliers Customers Society Employees Stockholders Mgmt Government
Corporate Level (Corporate Strategy) [Seek approval]
Business Unit (Business Strategy) [Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design ManufacturingManufacturing MarketingMarketing
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System DesignManufacturing System DesignStakeholders
Corporate Level
Business Unit
[Seek approval]
[Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design Manufacturing Manufacturing MarketingMarketing
MakeBuyRisk-sharing Partnerships
DFMA IPT 3-DCE Concurrent Engineering
Customer NeedsTechnical Feasibility
Feasible performance guarantees RequirementsConsiderationsConstraints
- Miltenburg - 3P - 2D plots- MSDD - AMSDD- design Kaizen
Manufacturing System DesignSelection- Analytical Tools- Simulation Tools
Implement (pilot)
EvaluateValidate
Rate ProductionFinalized Product Design
Fine Tune
bull VSMbull Kaizenbull Trial amp Errorbull Kaikaku
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Insights from the FrameworkInsights from the Framework
bull Linkage of strategy and manufacturing system design
bull Three important characteristicsndash Phase presencendash Phase timing
ndash Breadth across functions
Hypothesis following the framework process will result inthe development of effective manufacturing system
that meets the goals of the corporation
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework ValidationFramework Validation
Research Designbull Case study - 14 assembly sites (6 aerostruct
ures 2 electronics 2 launch vehicles amp 4 space)
bull Real time ldquofly on the wallrdquobull Retrospective
Methodbull Structured interview to assess framework co
ngruencebull Strategy linkagebull Phase presence timing and breadth
bull Performance metric (actualplanned)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Definite Boundaries ExistDefinite Boundaries ExistBetween Flow and PullBetween Flow and Pull
Flow
MRP used for planning and control
Group technology
Reduce the number of flow paths
Batch or single items
Inventory to buffer flow
Process control
Minimize space amp distance traveled with contiguous processing established
Pull
Take time
Balanced production
Level production
Response time less than lead time
Standard work
Single item flow
Correct problems immediately -STOP if
necessary
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Lean Tools Lean Tools Can Can Apply even Apply even ififJIT System Not LogicalJIT System Not Logical
Value stream mapping Work groups to implement change
Visual displays and controls Error proofing Standardized work Quick changeover Total productive maintenance
Rapid problem solving Self inspection
Five Srsquos Source J Miltonburg Manufacturing Strategy copy1995 p31
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Part II
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
IntroductionIntroduction
Matured aerospace industry
Industrial innovation theory
Implications on the aerospace industry
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Matured Aerospace Industry
bull Customers demanding specific capabilities
1048705 bull Cost and affordability
more prominent 1048705
bull Innovation characteristics have changed
Pictures taken from the Air Force Website (httpwwwafmil)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Utterbackrsquos Dynamics ofUtterbackrsquos Dynamics ofInnovation ModelInnovation Model
Rate of product innovation highest during formative years
As product matures rate of process innovation overcomes product innovation
Very mature products have low levels of both product amp process innovations
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Theory in ApplicationTheory in Application
Emergence of theDominant Design
Transition Phase Shakeout competition shifts to proc
ess
Specific PhaseStable small number of firms competition
shifts to price
Destabilizing changes in technology
or process can destroy industry
Time Source Data (cars) from Entry and Exit of Firms in the US AutoIndustry 1894-1992 National Academy of Science theory concept
s from Utterback Dynamics of Innovation 1994
Fluid PhaseRapid
technology innovation many firms
founded
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Extension of Theory to theExtension of Theory to theAerospace IndustryAerospace Industry
Industrial evolution and the emergenceof the dominant design
Typewriters
Open moving carriage Cars enclosed steel body
AeronauticsJet transport and 30
jet fighter-bomber
Government intervention motivated by cold war
Natural
progression
Year Source Murman et al Lean Enterprise Value 2002
Num
ber
of m
ajor
auto
mob
ile c
ompa
nies
Num
ber of major U
S
Aerospace com
panies
Num
ber
of m
ajor
type
writ
er c
ompa
nies
50
40
30
20
10
1860 1880 1900 1920 1940 1960 1980 2000
0
80
60
40
20
35
25
20
15
10
5
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Implications for the AerospaceImplications for the AerospaceIndustryIndustry
bull Producibility and cost are more competitive factorsbull Manufacturing inputs should carry more weightbull Emphasis should be on process innovationbull Firm core competencies must match industrial matur
itybull Manufacturing strategy cannot be stepchild to platfo
rm strategy
Result Heritage equipment facilities and mindsets drive manufacturing system design
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ProposalProposal
Characteristicsbull Uses principles of systems engineeringbull Visual depiction of ldquodesign beyond factory floorrdquo ideasbull Manufacturing as part of the product strategybull Manufacturing system design is strategy driven not product
design drivenbull Combines multiple useful toolsbull Provides insights into order and interactions
A holistic manufacturing system design frameworkto ensure process considerations are integral
to the product development process
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Manufacturing System DesignDesign
bull Manufacturing system ldquoinfrastructurerdquo design
bull Manufacturing strategybull Operating policybull Partnerships (suppliers)bull Organization structure details
bull Manufacturing system ldquostructurerdquo designbull Buildings location capacitybull Machine selectionbull Layoutbull WIP
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Design
Suppliers Customers Society Employees Stockholders Mgmt Government
Corporate Level (Corporate Strategy) [Seek approval]
Business Unit (Business Strategy) [Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design ManufacturingManufacturing MarketingMarketing
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System DesignManufacturing System DesignStakeholders
Corporate Level
Business Unit
[Seek approval]
[Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design Manufacturing Manufacturing MarketingMarketing
MakeBuyRisk-sharing Partnerships
DFMA IPT 3-DCE Concurrent Engineering
Customer NeedsTechnical Feasibility
Feasible performance guarantees RequirementsConsiderationsConstraints
- Miltenburg - 3P - 2D plots- MSDD - AMSDD- design Kaizen
Manufacturing System DesignSelection- Analytical Tools- Simulation Tools
Implement (pilot)
EvaluateValidate
Rate ProductionFinalized Product Design
Fine Tune
bull VSMbull Kaizenbull Trial amp Errorbull Kaikaku
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Insights from the FrameworkInsights from the Framework
bull Linkage of strategy and manufacturing system design
bull Three important characteristicsndash Phase presencendash Phase timing
ndash Breadth across functions
Hypothesis following the framework process will result inthe development of effective manufacturing system
that meets the goals of the corporation
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework ValidationFramework Validation
Research Designbull Case study - 14 assembly sites (6 aerostruct
ures 2 electronics 2 launch vehicles amp 4 space)
bull Real time ldquofly on the wallrdquobull Retrospective
Methodbull Structured interview to assess framework co
ngruencebull Strategy linkagebull Phase presence timing and breadth
bull Performance metric (actualplanned)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Lean Tools Lean Tools Can Can Apply even Apply even ififJIT System Not LogicalJIT System Not Logical
Value stream mapping Work groups to implement change
Visual displays and controls Error proofing Standardized work Quick changeover Total productive maintenance
Rapid problem solving Self inspection
Five Srsquos Source J Miltonburg Manufacturing Strategy copy1995 p31
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Part II
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
IntroductionIntroduction
Matured aerospace industry
Industrial innovation theory
Implications on the aerospace industry
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Matured Aerospace Industry
bull Customers demanding specific capabilities
1048705 bull Cost and affordability
more prominent 1048705
bull Innovation characteristics have changed
Pictures taken from the Air Force Website (httpwwwafmil)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Utterbackrsquos Dynamics ofUtterbackrsquos Dynamics ofInnovation ModelInnovation Model
Rate of product innovation highest during formative years
As product matures rate of process innovation overcomes product innovation
Very mature products have low levels of both product amp process innovations
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Theory in ApplicationTheory in Application
Emergence of theDominant Design
Transition Phase Shakeout competition shifts to proc
ess
Specific PhaseStable small number of firms competition
shifts to price
Destabilizing changes in technology
or process can destroy industry
Time Source Data (cars) from Entry and Exit of Firms in the US AutoIndustry 1894-1992 National Academy of Science theory concept
s from Utterback Dynamics of Innovation 1994
Fluid PhaseRapid
technology innovation many firms
founded
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Extension of Theory to theExtension of Theory to theAerospace IndustryAerospace Industry
Industrial evolution and the emergenceof the dominant design
Typewriters
Open moving carriage Cars enclosed steel body
AeronauticsJet transport and 30
jet fighter-bomber
Government intervention motivated by cold war
Natural
progression
Year Source Murman et al Lean Enterprise Value 2002
Num
ber
of m
ajor
auto
mob
ile c
ompa
nies
Num
ber of major U
S
Aerospace com
panies
Num
ber
of m
ajor
type
writ
er c
ompa
nies
50
40
30
20
10
1860 1880 1900 1920 1940 1960 1980 2000
0
80
60
40
20
35
25
20
15
10
5
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Implications for the AerospaceImplications for the AerospaceIndustryIndustry
bull Producibility and cost are more competitive factorsbull Manufacturing inputs should carry more weightbull Emphasis should be on process innovationbull Firm core competencies must match industrial matur
itybull Manufacturing strategy cannot be stepchild to platfo
rm strategy
Result Heritage equipment facilities and mindsets drive manufacturing system design
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ProposalProposal
Characteristicsbull Uses principles of systems engineeringbull Visual depiction of ldquodesign beyond factory floorrdquo ideasbull Manufacturing as part of the product strategybull Manufacturing system design is strategy driven not product
design drivenbull Combines multiple useful toolsbull Provides insights into order and interactions
A holistic manufacturing system design frameworkto ensure process considerations are integral
to the product development process
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Manufacturing System DesignDesign
bull Manufacturing system ldquoinfrastructurerdquo design
bull Manufacturing strategybull Operating policybull Partnerships (suppliers)bull Organization structure details
bull Manufacturing system ldquostructurerdquo designbull Buildings location capacitybull Machine selectionbull Layoutbull WIP
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Design
Suppliers Customers Society Employees Stockholders Mgmt Government
Corporate Level (Corporate Strategy) [Seek approval]
Business Unit (Business Strategy) [Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design ManufacturingManufacturing MarketingMarketing
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System DesignManufacturing System DesignStakeholders
Corporate Level
Business Unit
[Seek approval]
[Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design Manufacturing Manufacturing MarketingMarketing
MakeBuyRisk-sharing Partnerships
DFMA IPT 3-DCE Concurrent Engineering
Customer NeedsTechnical Feasibility
Feasible performance guarantees RequirementsConsiderationsConstraints
- Miltenburg - 3P - 2D plots- MSDD - AMSDD- design Kaizen
Manufacturing System DesignSelection- Analytical Tools- Simulation Tools
Implement (pilot)
EvaluateValidate
Rate ProductionFinalized Product Design
Fine Tune
bull VSMbull Kaizenbull Trial amp Errorbull Kaikaku
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Insights from the FrameworkInsights from the Framework
bull Linkage of strategy and manufacturing system design
bull Three important characteristicsndash Phase presencendash Phase timing
ndash Breadth across functions
Hypothesis following the framework process will result inthe development of effective manufacturing system
that meets the goals of the corporation
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework ValidationFramework Validation
Research Designbull Case study - 14 assembly sites (6 aerostruct
ures 2 electronics 2 launch vehicles amp 4 space)
bull Real time ldquofly on the wallrdquobull Retrospective
Methodbull Structured interview to assess framework co
ngruencebull Strategy linkagebull Phase presence timing and breadth
bull Performance metric (actualplanned)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Part II
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
IntroductionIntroduction
Matured aerospace industry
Industrial innovation theory
Implications on the aerospace industry
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Matured Aerospace Industry
bull Customers demanding specific capabilities
1048705 bull Cost and affordability
more prominent 1048705
bull Innovation characteristics have changed
Pictures taken from the Air Force Website (httpwwwafmil)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Utterbackrsquos Dynamics ofUtterbackrsquos Dynamics ofInnovation ModelInnovation Model
Rate of product innovation highest during formative years
As product matures rate of process innovation overcomes product innovation
Very mature products have low levels of both product amp process innovations
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Theory in ApplicationTheory in Application
Emergence of theDominant Design
Transition Phase Shakeout competition shifts to proc
ess
Specific PhaseStable small number of firms competition
shifts to price
Destabilizing changes in technology
or process can destroy industry
Time Source Data (cars) from Entry and Exit of Firms in the US AutoIndustry 1894-1992 National Academy of Science theory concept
s from Utterback Dynamics of Innovation 1994
Fluid PhaseRapid
technology innovation many firms
founded
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Extension of Theory to theExtension of Theory to theAerospace IndustryAerospace Industry
Industrial evolution and the emergenceof the dominant design
Typewriters
Open moving carriage Cars enclosed steel body
AeronauticsJet transport and 30
jet fighter-bomber
Government intervention motivated by cold war
Natural
progression
Year Source Murman et al Lean Enterprise Value 2002
Num
ber
of m
ajor
auto
mob
ile c
ompa
nies
Num
ber of major U
S
Aerospace com
panies
Num
ber
of m
ajor
type
writ
er c
ompa
nies
50
40
30
20
10
1860 1880 1900 1920 1940 1960 1980 2000
0
80
60
40
20
35
25
20
15
10
5
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Implications for the AerospaceImplications for the AerospaceIndustryIndustry
bull Producibility and cost are more competitive factorsbull Manufacturing inputs should carry more weightbull Emphasis should be on process innovationbull Firm core competencies must match industrial matur
itybull Manufacturing strategy cannot be stepchild to platfo
rm strategy
Result Heritage equipment facilities and mindsets drive manufacturing system design
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ProposalProposal
Characteristicsbull Uses principles of systems engineeringbull Visual depiction of ldquodesign beyond factory floorrdquo ideasbull Manufacturing as part of the product strategybull Manufacturing system design is strategy driven not product
design drivenbull Combines multiple useful toolsbull Provides insights into order and interactions
A holistic manufacturing system design frameworkto ensure process considerations are integral
to the product development process
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Manufacturing System DesignDesign
bull Manufacturing system ldquoinfrastructurerdquo design
bull Manufacturing strategybull Operating policybull Partnerships (suppliers)bull Organization structure details
bull Manufacturing system ldquostructurerdquo designbull Buildings location capacitybull Machine selectionbull Layoutbull WIP
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Design
Suppliers Customers Society Employees Stockholders Mgmt Government
Corporate Level (Corporate Strategy) [Seek approval]
Business Unit (Business Strategy) [Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design ManufacturingManufacturing MarketingMarketing
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System DesignManufacturing System DesignStakeholders
Corporate Level
Business Unit
[Seek approval]
[Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design Manufacturing Manufacturing MarketingMarketing
MakeBuyRisk-sharing Partnerships
DFMA IPT 3-DCE Concurrent Engineering
Customer NeedsTechnical Feasibility
Feasible performance guarantees RequirementsConsiderationsConstraints
- Miltenburg - 3P - 2D plots- MSDD - AMSDD- design Kaizen
Manufacturing System DesignSelection- Analytical Tools- Simulation Tools
Implement (pilot)
EvaluateValidate
Rate ProductionFinalized Product Design
Fine Tune
bull VSMbull Kaizenbull Trial amp Errorbull Kaikaku
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Insights from the FrameworkInsights from the Framework
bull Linkage of strategy and manufacturing system design
bull Three important characteristicsndash Phase presencendash Phase timing
ndash Breadth across functions
Hypothesis following the framework process will result inthe development of effective manufacturing system
that meets the goals of the corporation
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework ValidationFramework Validation
Research Designbull Case study - 14 assembly sites (6 aerostruct
ures 2 electronics 2 launch vehicles amp 4 space)
bull Real time ldquofly on the wallrdquobull Retrospective
Methodbull Structured interview to assess framework co
ngruencebull Strategy linkagebull Phase presence timing and breadth
bull Performance metric (actualplanned)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
IntroductionIntroduction
Matured aerospace industry
Industrial innovation theory
Implications on the aerospace industry
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Matured Aerospace Industry
bull Customers demanding specific capabilities
1048705 bull Cost and affordability
more prominent 1048705
bull Innovation characteristics have changed
Pictures taken from the Air Force Website (httpwwwafmil)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Utterbackrsquos Dynamics ofUtterbackrsquos Dynamics ofInnovation ModelInnovation Model
Rate of product innovation highest during formative years
As product matures rate of process innovation overcomes product innovation
Very mature products have low levels of both product amp process innovations
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Theory in ApplicationTheory in Application
Emergence of theDominant Design
Transition Phase Shakeout competition shifts to proc
ess
Specific PhaseStable small number of firms competition
shifts to price
Destabilizing changes in technology
or process can destroy industry
Time Source Data (cars) from Entry and Exit of Firms in the US AutoIndustry 1894-1992 National Academy of Science theory concept
s from Utterback Dynamics of Innovation 1994
Fluid PhaseRapid
technology innovation many firms
founded
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Extension of Theory to theExtension of Theory to theAerospace IndustryAerospace Industry
Industrial evolution and the emergenceof the dominant design
Typewriters
Open moving carriage Cars enclosed steel body
AeronauticsJet transport and 30
jet fighter-bomber
Government intervention motivated by cold war
Natural
progression
Year Source Murman et al Lean Enterprise Value 2002
Num
ber
of m
ajor
auto
mob
ile c
ompa
nies
Num
ber of major U
S
Aerospace com
panies
Num
ber
of m
ajor
type
writ
er c
ompa
nies
50
40
30
20
10
1860 1880 1900 1920 1940 1960 1980 2000
0
80
60
40
20
35
25
20
15
10
5
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Implications for the AerospaceImplications for the AerospaceIndustryIndustry
bull Producibility and cost are more competitive factorsbull Manufacturing inputs should carry more weightbull Emphasis should be on process innovationbull Firm core competencies must match industrial matur
itybull Manufacturing strategy cannot be stepchild to platfo
rm strategy
Result Heritage equipment facilities and mindsets drive manufacturing system design
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ProposalProposal
Characteristicsbull Uses principles of systems engineeringbull Visual depiction of ldquodesign beyond factory floorrdquo ideasbull Manufacturing as part of the product strategybull Manufacturing system design is strategy driven not product
design drivenbull Combines multiple useful toolsbull Provides insights into order and interactions
A holistic manufacturing system design frameworkto ensure process considerations are integral
to the product development process
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Manufacturing System DesignDesign
bull Manufacturing system ldquoinfrastructurerdquo design
bull Manufacturing strategybull Operating policybull Partnerships (suppliers)bull Organization structure details
bull Manufacturing system ldquostructurerdquo designbull Buildings location capacitybull Machine selectionbull Layoutbull WIP
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Design
Suppliers Customers Society Employees Stockholders Mgmt Government
Corporate Level (Corporate Strategy) [Seek approval]
Business Unit (Business Strategy) [Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design ManufacturingManufacturing MarketingMarketing
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System DesignManufacturing System DesignStakeholders
Corporate Level
Business Unit
[Seek approval]
[Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design Manufacturing Manufacturing MarketingMarketing
MakeBuyRisk-sharing Partnerships
DFMA IPT 3-DCE Concurrent Engineering
Customer NeedsTechnical Feasibility
Feasible performance guarantees RequirementsConsiderationsConstraints
- Miltenburg - 3P - 2D plots- MSDD - AMSDD- design Kaizen
Manufacturing System DesignSelection- Analytical Tools- Simulation Tools
Implement (pilot)
EvaluateValidate
Rate ProductionFinalized Product Design
Fine Tune
bull VSMbull Kaizenbull Trial amp Errorbull Kaikaku
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Insights from the FrameworkInsights from the Framework
bull Linkage of strategy and manufacturing system design
bull Three important characteristicsndash Phase presencendash Phase timing
ndash Breadth across functions
Hypothesis following the framework process will result inthe development of effective manufacturing system
that meets the goals of the corporation
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework ValidationFramework Validation
Research Designbull Case study - 14 assembly sites (6 aerostruct
ures 2 electronics 2 launch vehicles amp 4 space)
bull Real time ldquofly on the wallrdquobull Retrospective
Methodbull Structured interview to assess framework co
ngruencebull Strategy linkagebull Phase presence timing and breadth
bull Performance metric (actualplanned)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Matured Aerospace Industry
bull Customers demanding specific capabilities
1048705 bull Cost and affordability
more prominent 1048705
bull Innovation characteristics have changed
Pictures taken from the Air Force Website (httpwwwafmil)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Utterbackrsquos Dynamics ofUtterbackrsquos Dynamics ofInnovation ModelInnovation Model
Rate of product innovation highest during formative years
As product matures rate of process innovation overcomes product innovation
Very mature products have low levels of both product amp process innovations
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Theory in ApplicationTheory in Application
Emergence of theDominant Design
Transition Phase Shakeout competition shifts to proc
ess
Specific PhaseStable small number of firms competition
shifts to price
Destabilizing changes in technology
or process can destroy industry
Time Source Data (cars) from Entry and Exit of Firms in the US AutoIndustry 1894-1992 National Academy of Science theory concept
s from Utterback Dynamics of Innovation 1994
Fluid PhaseRapid
technology innovation many firms
founded
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Extension of Theory to theExtension of Theory to theAerospace IndustryAerospace Industry
Industrial evolution and the emergenceof the dominant design
Typewriters
Open moving carriage Cars enclosed steel body
AeronauticsJet transport and 30
jet fighter-bomber
Government intervention motivated by cold war
Natural
progression
Year Source Murman et al Lean Enterprise Value 2002
Num
ber
of m
ajor
auto
mob
ile c
ompa
nies
Num
ber of major U
S
Aerospace com
panies
Num
ber
of m
ajor
type
writ
er c
ompa
nies
50
40
30
20
10
1860 1880 1900 1920 1940 1960 1980 2000
0
80
60
40
20
35
25
20
15
10
5
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Implications for the AerospaceImplications for the AerospaceIndustryIndustry
bull Producibility and cost are more competitive factorsbull Manufacturing inputs should carry more weightbull Emphasis should be on process innovationbull Firm core competencies must match industrial matur
itybull Manufacturing strategy cannot be stepchild to platfo
rm strategy
Result Heritage equipment facilities and mindsets drive manufacturing system design
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ProposalProposal
Characteristicsbull Uses principles of systems engineeringbull Visual depiction of ldquodesign beyond factory floorrdquo ideasbull Manufacturing as part of the product strategybull Manufacturing system design is strategy driven not product
design drivenbull Combines multiple useful toolsbull Provides insights into order and interactions
A holistic manufacturing system design frameworkto ensure process considerations are integral
to the product development process
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Manufacturing System DesignDesign
bull Manufacturing system ldquoinfrastructurerdquo design
bull Manufacturing strategybull Operating policybull Partnerships (suppliers)bull Organization structure details
bull Manufacturing system ldquostructurerdquo designbull Buildings location capacitybull Machine selectionbull Layoutbull WIP
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Design
Suppliers Customers Society Employees Stockholders Mgmt Government
Corporate Level (Corporate Strategy) [Seek approval]
Business Unit (Business Strategy) [Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design ManufacturingManufacturing MarketingMarketing
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System DesignManufacturing System DesignStakeholders
Corporate Level
Business Unit
[Seek approval]
[Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design Manufacturing Manufacturing MarketingMarketing
MakeBuyRisk-sharing Partnerships
DFMA IPT 3-DCE Concurrent Engineering
Customer NeedsTechnical Feasibility
Feasible performance guarantees RequirementsConsiderationsConstraints
- Miltenburg - 3P - 2D plots- MSDD - AMSDD- design Kaizen
Manufacturing System DesignSelection- Analytical Tools- Simulation Tools
Implement (pilot)
EvaluateValidate
Rate ProductionFinalized Product Design
Fine Tune
bull VSMbull Kaizenbull Trial amp Errorbull Kaikaku
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Insights from the FrameworkInsights from the Framework
bull Linkage of strategy and manufacturing system design
bull Three important characteristicsndash Phase presencendash Phase timing
ndash Breadth across functions
Hypothesis following the framework process will result inthe development of effective manufacturing system
that meets the goals of the corporation
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework ValidationFramework Validation
Research Designbull Case study - 14 assembly sites (6 aerostruct
ures 2 electronics 2 launch vehicles amp 4 space)
bull Real time ldquofly on the wallrdquobull Retrospective
Methodbull Structured interview to assess framework co
ngruencebull Strategy linkagebull Phase presence timing and breadth
bull Performance metric (actualplanned)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Utterbackrsquos Dynamics ofUtterbackrsquos Dynamics ofInnovation ModelInnovation Model
Rate of product innovation highest during formative years
As product matures rate of process innovation overcomes product innovation
Very mature products have low levels of both product amp process innovations
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Theory in ApplicationTheory in Application
Emergence of theDominant Design
Transition Phase Shakeout competition shifts to proc
ess
Specific PhaseStable small number of firms competition
shifts to price
Destabilizing changes in technology
or process can destroy industry
Time Source Data (cars) from Entry and Exit of Firms in the US AutoIndustry 1894-1992 National Academy of Science theory concept
s from Utterback Dynamics of Innovation 1994
Fluid PhaseRapid
technology innovation many firms
founded
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Extension of Theory to theExtension of Theory to theAerospace IndustryAerospace Industry
Industrial evolution and the emergenceof the dominant design
Typewriters
Open moving carriage Cars enclosed steel body
AeronauticsJet transport and 30
jet fighter-bomber
Government intervention motivated by cold war
Natural
progression
Year Source Murman et al Lean Enterprise Value 2002
Num
ber
of m
ajor
auto
mob
ile c
ompa
nies
Num
ber of major U
S
Aerospace com
panies
Num
ber
of m
ajor
type
writ
er c
ompa
nies
50
40
30
20
10
1860 1880 1900 1920 1940 1960 1980 2000
0
80
60
40
20
35
25
20
15
10
5
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Implications for the AerospaceImplications for the AerospaceIndustryIndustry
bull Producibility and cost are more competitive factorsbull Manufacturing inputs should carry more weightbull Emphasis should be on process innovationbull Firm core competencies must match industrial matur
itybull Manufacturing strategy cannot be stepchild to platfo
rm strategy
Result Heritage equipment facilities and mindsets drive manufacturing system design
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ProposalProposal
Characteristicsbull Uses principles of systems engineeringbull Visual depiction of ldquodesign beyond factory floorrdquo ideasbull Manufacturing as part of the product strategybull Manufacturing system design is strategy driven not product
design drivenbull Combines multiple useful toolsbull Provides insights into order and interactions
A holistic manufacturing system design frameworkto ensure process considerations are integral
to the product development process
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Manufacturing System DesignDesign
bull Manufacturing system ldquoinfrastructurerdquo design
bull Manufacturing strategybull Operating policybull Partnerships (suppliers)bull Organization structure details
bull Manufacturing system ldquostructurerdquo designbull Buildings location capacitybull Machine selectionbull Layoutbull WIP
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Design
Suppliers Customers Society Employees Stockholders Mgmt Government
Corporate Level (Corporate Strategy) [Seek approval]
Business Unit (Business Strategy) [Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design ManufacturingManufacturing MarketingMarketing
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System DesignManufacturing System DesignStakeholders
Corporate Level
Business Unit
[Seek approval]
[Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design Manufacturing Manufacturing MarketingMarketing
MakeBuyRisk-sharing Partnerships
DFMA IPT 3-DCE Concurrent Engineering
Customer NeedsTechnical Feasibility
Feasible performance guarantees RequirementsConsiderationsConstraints
- Miltenburg - 3P - 2D plots- MSDD - AMSDD- design Kaizen
Manufacturing System DesignSelection- Analytical Tools- Simulation Tools
Implement (pilot)
EvaluateValidate
Rate ProductionFinalized Product Design
Fine Tune
bull VSMbull Kaizenbull Trial amp Errorbull Kaikaku
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Insights from the FrameworkInsights from the Framework
bull Linkage of strategy and manufacturing system design
bull Three important characteristicsndash Phase presencendash Phase timing
ndash Breadth across functions
Hypothesis following the framework process will result inthe development of effective manufacturing system
that meets the goals of the corporation
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework ValidationFramework Validation
Research Designbull Case study - 14 assembly sites (6 aerostruct
ures 2 electronics 2 launch vehicles amp 4 space)
bull Real time ldquofly on the wallrdquobull Retrospective
Methodbull Structured interview to assess framework co
ngruencebull Strategy linkagebull Phase presence timing and breadth
bull Performance metric (actualplanned)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Theory in ApplicationTheory in Application
Emergence of theDominant Design
Transition Phase Shakeout competition shifts to proc
ess
Specific PhaseStable small number of firms competition
shifts to price
Destabilizing changes in technology
or process can destroy industry
Time Source Data (cars) from Entry and Exit of Firms in the US AutoIndustry 1894-1992 National Academy of Science theory concept
s from Utterback Dynamics of Innovation 1994
Fluid PhaseRapid
technology innovation many firms
founded
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Extension of Theory to theExtension of Theory to theAerospace IndustryAerospace Industry
Industrial evolution and the emergenceof the dominant design
Typewriters
Open moving carriage Cars enclosed steel body
AeronauticsJet transport and 30
jet fighter-bomber
Government intervention motivated by cold war
Natural
progression
Year Source Murman et al Lean Enterprise Value 2002
Num
ber
of m
ajor
auto
mob
ile c
ompa
nies
Num
ber of major U
S
Aerospace com
panies
Num
ber
of m
ajor
type
writ
er c
ompa
nies
50
40
30
20
10
1860 1880 1900 1920 1940 1960 1980 2000
0
80
60
40
20
35
25
20
15
10
5
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Implications for the AerospaceImplications for the AerospaceIndustryIndustry
bull Producibility and cost are more competitive factorsbull Manufacturing inputs should carry more weightbull Emphasis should be on process innovationbull Firm core competencies must match industrial matur
itybull Manufacturing strategy cannot be stepchild to platfo
rm strategy
Result Heritage equipment facilities and mindsets drive manufacturing system design
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ProposalProposal
Characteristicsbull Uses principles of systems engineeringbull Visual depiction of ldquodesign beyond factory floorrdquo ideasbull Manufacturing as part of the product strategybull Manufacturing system design is strategy driven not product
design drivenbull Combines multiple useful toolsbull Provides insights into order and interactions
A holistic manufacturing system design frameworkto ensure process considerations are integral
to the product development process
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Manufacturing System DesignDesign
bull Manufacturing system ldquoinfrastructurerdquo design
bull Manufacturing strategybull Operating policybull Partnerships (suppliers)bull Organization structure details
bull Manufacturing system ldquostructurerdquo designbull Buildings location capacitybull Machine selectionbull Layoutbull WIP
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Design
Suppliers Customers Society Employees Stockholders Mgmt Government
Corporate Level (Corporate Strategy) [Seek approval]
Business Unit (Business Strategy) [Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design ManufacturingManufacturing MarketingMarketing
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System DesignManufacturing System DesignStakeholders
Corporate Level
Business Unit
[Seek approval]
[Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design Manufacturing Manufacturing MarketingMarketing
MakeBuyRisk-sharing Partnerships
DFMA IPT 3-DCE Concurrent Engineering
Customer NeedsTechnical Feasibility
Feasible performance guarantees RequirementsConsiderationsConstraints
- Miltenburg - 3P - 2D plots- MSDD - AMSDD- design Kaizen
Manufacturing System DesignSelection- Analytical Tools- Simulation Tools
Implement (pilot)
EvaluateValidate
Rate ProductionFinalized Product Design
Fine Tune
bull VSMbull Kaizenbull Trial amp Errorbull Kaikaku
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Insights from the FrameworkInsights from the Framework
bull Linkage of strategy and manufacturing system design
bull Three important characteristicsndash Phase presencendash Phase timing
ndash Breadth across functions
Hypothesis following the framework process will result inthe development of effective manufacturing system
that meets the goals of the corporation
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework ValidationFramework Validation
Research Designbull Case study - 14 assembly sites (6 aerostruct
ures 2 electronics 2 launch vehicles amp 4 space)
bull Real time ldquofly on the wallrdquobull Retrospective
Methodbull Structured interview to assess framework co
ngruencebull Strategy linkagebull Phase presence timing and breadth
bull Performance metric (actualplanned)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Extension of Theory to theExtension of Theory to theAerospace IndustryAerospace Industry
Industrial evolution and the emergenceof the dominant design
Typewriters
Open moving carriage Cars enclosed steel body
AeronauticsJet transport and 30
jet fighter-bomber
Government intervention motivated by cold war
Natural
progression
Year Source Murman et al Lean Enterprise Value 2002
Num
ber
of m
ajor
auto
mob
ile c
ompa
nies
Num
ber of major U
S
Aerospace com
panies
Num
ber
of m
ajor
type
writ
er c
ompa
nies
50
40
30
20
10
1860 1880 1900 1920 1940 1960 1980 2000
0
80
60
40
20
35
25
20
15
10
5
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Implications for the AerospaceImplications for the AerospaceIndustryIndustry
bull Producibility and cost are more competitive factorsbull Manufacturing inputs should carry more weightbull Emphasis should be on process innovationbull Firm core competencies must match industrial matur
itybull Manufacturing strategy cannot be stepchild to platfo
rm strategy
Result Heritage equipment facilities and mindsets drive manufacturing system design
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ProposalProposal
Characteristicsbull Uses principles of systems engineeringbull Visual depiction of ldquodesign beyond factory floorrdquo ideasbull Manufacturing as part of the product strategybull Manufacturing system design is strategy driven not product
design drivenbull Combines multiple useful toolsbull Provides insights into order and interactions
A holistic manufacturing system design frameworkto ensure process considerations are integral
to the product development process
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Manufacturing System DesignDesign
bull Manufacturing system ldquoinfrastructurerdquo design
bull Manufacturing strategybull Operating policybull Partnerships (suppliers)bull Organization structure details
bull Manufacturing system ldquostructurerdquo designbull Buildings location capacitybull Machine selectionbull Layoutbull WIP
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Design
Suppliers Customers Society Employees Stockholders Mgmt Government
Corporate Level (Corporate Strategy) [Seek approval]
Business Unit (Business Strategy) [Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design ManufacturingManufacturing MarketingMarketing
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System DesignManufacturing System DesignStakeholders
Corporate Level
Business Unit
[Seek approval]
[Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design Manufacturing Manufacturing MarketingMarketing
MakeBuyRisk-sharing Partnerships
DFMA IPT 3-DCE Concurrent Engineering
Customer NeedsTechnical Feasibility
Feasible performance guarantees RequirementsConsiderationsConstraints
- Miltenburg - 3P - 2D plots- MSDD - AMSDD- design Kaizen
Manufacturing System DesignSelection- Analytical Tools- Simulation Tools
Implement (pilot)
EvaluateValidate
Rate ProductionFinalized Product Design
Fine Tune
bull VSMbull Kaizenbull Trial amp Errorbull Kaikaku
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Insights from the FrameworkInsights from the Framework
bull Linkage of strategy and manufacturing system design
bull Three important characteristicsndash Phase presencendash Phase timing
ndash Breadth across functions
Hypothesis following the framework process will result inthe development of effective manufacturing system
that meets the goals of the corporation
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework ValidationFramework Validation
Research Designbull Case study - 14 assembly sites (6 aerostruct
ures 2 electronics 2 launch vehicles amp 4 space)
bull Real time ldquofly on the wallrdquobull Retrospective
Methodbull Structured interview to assess framework co
ngruencebull Strategy linkagebull Phase presence timing and breadth
bull Performance metric (actualplanned)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Implications for the AerospaceImplications for the AerospaceIndustryIndustry
bull Producibility and cost are more competitive factorsbull Manufacturing inputs should carry more weightbull Emphasis should be on process innovationbull Firm core competencies must match industrial matur
itybull Manufacturing strategy cannot be stepchild to platfo
rm strategy
Result Heritage equipment facilities and mindsets drive manufacturing system design
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ProposalProposal
Characteristicsbull Uses principles of systems engineeringbull Visual depiction of ldquodesign beyond factory floorrdquo ideasbull Manufacturing as part of the product strategybull Manufacturing system design is strategy driven not product
design drivenbull Combines multiple useful toolsbull Provides insights into order and interactions
A holistic manufacturing system design frameworkto ensure process considerations are integral
to the product development process
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Manufacturing System DesignDesign
bull Manufacturing system ldquoinfrastructurerdquo design
bull Manufacturing strategybull Operating policybull Partnerships (suppliers)bull Organization structure details
bull Manufacturing system ldquostructurerdquo designbull Buildings location capacitybull Machine selectionbull Layoutbull WIP
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Design
Suppliers Customers Society Employees Stockholders Mgmt Government
Corporate Level (Corporate Strategy) [Seek approval]
Business Unit (Business Strategy) [Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design ManufacturingManufacturing MarketingMarketing
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System DesignManufacturing System DesignStakeholders
Corporate Level
Business Unit
[Seek approval]
[Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design Manufacturing Manufacturing MarketingMarketing
MakeBuyRisk-sharing Partnerships
DFMA IPT 3-DCE Concurrent Engineering
Customer NeedsTechnical Feasibility
Feasible performance guarantees RequirementsConsiderationsConstraints
- Miltenburg - 3P - 2D plots- MSDD - AMSDD- design Kaizen
Manufacturing System DesignSelection- Analytical Tools- Simulation Tools
Implement (pilot)
EvaluateValidate
Rate ProductionFinalized Product Design
Fine Tune
bull VSMbull Kaizenbull Trial amp Errorbull Kaikaku
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Insights from the FrameworkInsights from the Framework
bull Linkage of strategy and manufacturing system design
bull Three important characteristicsndash Phase presencendash Phase timing
ndash Breadth across functions
Hypothesis following the framework process will result inthe development of effective manufacturing system
that meets the goals of the corporation
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework ValidationFramework Validation
Research Designbull Case study - 14 assembly sites (6 aerostruct
ures 2 electronics 2 launch vehicles amp 4 space)
bull Real time ldquofly on the wallrdquobull Retrospective
Methodbull Structured interview to assess framework co
ngruencebull Strategy linkagebull Phase presence timing and breadth
bull Performance metric (actualplanned)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ProposalProposal
Characteristicsbull Uses principles of systems engineeringbull Visual depiction of ldquodesign beyond factory floorrdquo ideasbull Manufacturing as part of the product strategybull Manufacturing system design is strategy driven not product
design drivenbull Combines multiple useful toolsbull Provides insights into order and interactions
A holistic manufacturing system design frameworkto ensure process considerations are integral
to the product development process
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Manufacturing System DesignDesign
bull Manufacturing system ldquoinfrastructurerdquo design
bull Manufacturing strategybull Operating policybull Partnerships (suppliers)bull Organization structure details
bull Manufacturing system ldquostructurerdquo designbull Buildings location capacitybull Machine selectionbull Layoutbull WIP
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Design
Suppliers Customers Society Employees Stockholders Mgmt Government
Corporate Level (Corporate Strategy) [Seek approval]
Business Unit (Business Strategy) [Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design ManufacturingManufacturing MarketingMarketing
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System DesignManufacturing System DesignStakeholders
Corporate Level
Business Unit
[Seek approval]
[Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design Manufacturing Manufacturing MarketingMarketing
MakeBuyRisk-sharing Partnerships
DFMA IPT 3-DCE Concurrent Engineering
Customer NeedsTechnical Feasibility
Feasible performance guarantees RequirementsConsiderationsConstraints
- Miltenburg - 3P - 2D plots- MSDD - AMSDD- design Kaizen
Manufacturing System DesignSelection- Analytical Tools- Simulation Tools
Implement (pilot)
EvaluateValidate
Rate ProductionFinalized Product Design
Fine Tune
bull VSMbull Kaizenbull Trial amp Errorbull Kaikaku
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Insights from the FrameworkInsights from the Framework
bull Linkage of strategy and manufacturing system design
bull Three important characteristicsndash Phase presencendash Phase timing
ndash Breadth across functions
Hypothesis following the framework process will result inthe development of effective manufacturing system
that meets the goals of the corporation
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework ValidationFramework Validation
Research Designbull Case study - 14 assembly sites (6 aerostruct
ures 2 electronics 2 launch vehicles amp 4 space)
bull Real time ldquofly on the wallrdquobull Retrospective
Methodbull Structured interview to assess framework co
ngruencebull Strategy linkagebull Phase presence timing and breadth
bull Performance metric (actualplanned)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Manufacturing System DesignDesign
bull Manufacturing system ldquoinfrastructurerdquo design
bull Manufacturing strategybull Operating policybull Partnerships (suppliers)bull Organization structure details
bull Manufacturing system ldquostructurerdquo designbull Buildings location capacitybull Machine selectionbull Layoutbull WIP
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Design
Suppliers Customers Society Employees Stockholders Mgmt Government
Corporate Level (Corporate Strategy) [Seek approval]
Business Unit (Business Strategy) [Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design ManufacturingManufacturing MarketingMarketing
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System DesignManufacturing System DesignStakeholders
Corporate Level
Business Unit
[Seek approval]
[Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design Manufacturing Manufacturing MarketingMarketing
MakeBuyRisk-sharing Partnerships
DFMA IPT 3-DCE Concurrent Engineering
Customer NeedsTechnical Feasibility
Feasible performance guarantees RequirementsConsiderationsConstraints
- Miltenburg - 3P - 2D plots- MSDD - AMSDD- design Kaizen
Manufacturing System DesignSelection- Analytical Tools- Simulation Tools
Implement (pilot)
EvaluateValidate
Rate ProductionFinalized Product Design
Fine Tune
bull VSMbull Kaizenbull Trial amp Errorbull Kaikaku
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Insights from the FrameworkInsights from the Framework
bull Linkage of strategy and manufacturing system design
bull Three important characteristicsndash Phase presencendash Phase timing
ndash Breadth across functions
Hypothesis following the framework process will result inthe development of effective manufacturing system
that meets the goals of the corporation
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework ValidationFramework Validation
Research Designbull Case study - 14 assembly sites (6 aerostruct
ures 2 electronics 2 launch vehicles amp 4 space)
bull Real time ldquofly on the wallrdquobull Retrospective
Methodbull Structured interview to assess framework co
ngruencebull Strategy linkagebull Phase presence timing and breadth
bull Performance metric (actualplanned)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System Design
Suppliers Customers Society Employees Stockholders Mgmt Government
Corporate Level (Corporate Strategy) [Seek approval]
Business Unit (Business Strategy) [Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design ManufacturingManufacturing MarketingMarketing
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System DesignManufacturing System DesignStakeholders
Corporate Level
Business Unit
[Seek approval]
[Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design Manufacturing Manufacturing MarketingMarketing
MakeBuyRisk-sharing Partnerships
DFMA IPT 3-DCE Concurrent Engineering
Customer NeedsTechnical Feasibility
Feasible performance guarantees RequirementsConsiderationsConstraints
- Miltenburg - 3P - 2D plots- MSDD - AMSDD- design Kaizen
Manufacturing System DesignSelection- Analytical Tools- Simulation Tools
Implement (pilot)
EvaluateValidate
Rate ProductionFinalized Product Design
Fine Tune
bull VSMbull Kaizenbull Trial amp Errorbull Kaikaku
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Insights from the FrameworkInsights from the Framework
bull Linkage of strategy and manufacturing system design
bull Three important characteristicsndash Phase presencendash Phase timing
ndash Breadth across functions
Hypothesis following the framework process will result inthe development of effective manufacturing system
that meets the goals of the corporation
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework ValidationFramework Validation
Research Designbull Case study - 14 assembly sites (6 aerostruct
ures 2 electronics 2 launch vehicles amp 4 space)
bull Real time ldquofly on the wallrdquobull Retrospective
Methodbull Structured interview to assess framework co
ngruencebull Strategy linkagebull Phase presence timing and breadth
bull Performance metric (actualplanned)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Manufacturing System DesignManufacturing System DesignStakeholders
Corporate Level
Business Unit
[Seek approval]
[Interpret]
Product StrategyProduct Strategy
SuppliersSuppliers Product DesignProduct Design Manufacturing Manufacturing MarketingMarketing
MakeBuyRisk-sharing Partnerships
DFMA IPT 3-DCE Concurrent Engineering
Customer NeedsTechnical Feasibility
Feasible performance guarantees RequirementsConsiderationsConstraints
- Miltenburg - 3P - 2D plots- MSDD - AMSDD- design Kaizen
Manufacturing System DesignSelection- Analytical Tools- Simulation Tools
Implement (pilot)
EvaluateValidate
Rate ProductionFinalized Product Design
Fine Tune
bull VSMbull Kaizenbull Trial amp Errorbull Kaikaku
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Insights from the FrameworkInsights from the Framework
bull Linkage of strategy and manufacturing system design
bull Three important characteristicsndash Phase presencendash Phase timing
ndash Breadth across functions
Hypothesis following the framework process will result inthe development of effective manufacturing system
that meets the goals of the corporation
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework ValidationFramework Validation
Research Designbull Case study - 14 assembly sites (6 aerostruct
ures 2 electronics 2 launch vehicles amp 4 space)
bull Real time ldquofly on the wallrdquobull Retrospective
Methodbull Structured interview to assess framework co
ngruencebull Strategy linkagebull Phase presence timing and breadth
bull Performance metric (actualplanned)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Insights from the FrameworkInsights from the Framework
bull Linkage of strategy and manufacturing system design
bull Three important characteristicsndash Phase presencendash Phase timing
ndash Breadth across functions
Hypothesis following the framework process will result inthe development of effective manufacturing system
that meets the goals of the corporation
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework ValidationFramework Validation
Research Designbull Case study - 14 assembly sites (6 aerostruct
ures 2 electronics 2 launch vehicles amp 4 space)
bull Real time ldquofly on the wallrdquobull Retrospective
Methodbull Structured interview to assess framework co
ngruencebull Strategy linkagebull Phase presence timing and breadth
bull Performance metric (actualplanned)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework ValidationFramework Validation
Research Designbull Case study - 14 assembly sites (6 aerostruct
ures 2 electronics 2 launch vehicles amp 4 space)
bull Real time ldquofly on the wallrdquobull Retrospective
Methodbull Structured interview to assess framework co
ngruencebull Strategy linkagebull Phase presence timing and breadth
bull Performance metric (actualplanned)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Framework Validation ResultsFramework Validation Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Scoring BreakdownScoring Breakdown
How important are the different aspectsbull Which of Phase Presence Timing or Breadth i
mpacted the ability of the system to meet its planned performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Determinants of PerformanceDeterminants of Performance
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
Strategy Presence ResultsStrategy Presence Results
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)
Shields - 091802 copy 2002 Massachusetts Institute of Technology webmitedulean
ConclusionsConclusions
bull Competitive advantage from manufacturing excellence (enterprise strategy)
bull Performance more closely related to how system designed (not production volume)
bull Manufacturing as a true participating partner with the other functions (coequal status)