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Slide 1
GEN-01Understanding OperationalManagement Transformation
From Home Grown MES/1st Generation MES toManufacturing 2.0/3rd Generation MES/MOMs
© 2013 Invensys. All Rights Reserved. The names, logos, and taglines identifying the products and services of Invensys are proprietary marks of Invensys or its subsidiaries.All third party trademarks and service marks are the proprietary marks of their respective owners.
Tim SowellStan DeVries
Key Takeaways
1. The operations transformation is accelerating to much earlier newproduct introductions with much more agility
2. This transformation is driving installations to change thearchitectures, embracing standards, and adopt “model-driven”operations
3. This transformation is driving customers to use “model-driven MES”
Slide 3
1. The operations transformation is accelerating to much earlier newproduct introductions with much more agility
2. This transformation is driving installations to change thearchitectures, embracing standards, and adopt “model-driven”operations
3. This transformation is driving customers to use “model-driven MES”
Agenda
Market/industry transformation trends
Modern Operational Management requirements
• Business System / Operational Execution Real-time Alignment
• Federation of End to End Value Supply Chain, with Standards
• Operational Empowerment of the workforce for Decisions and ActionConsistency
Slide 4
Market/industry transformation trends
Modern Operational Management requirements
• Business System / Operational Execution Real-time Alignment
• Federation of End to End Value Supply Chain, with Standards
• Operational Empowerment of the workforce for Decisions and ActionConsistency
What’s Taking Place Today?
IncreasedR
egulations
Increased Constraints (regulation)Increased Competition (Globalization)
Globalization
Modern Operations Execution/Management System requires:
HomeGrownMES
Heavilycustomizedfirstgeneration
Consistency of
Operations
Positive Release of
product over Endto End Value C
hain
Safety/Environm
ent
Real-Time operational executionalignment with business strategy,natural integration
Enterprise product spec management,(PLM) across sites
Operational alignment across multipleValue Assets
Inte
grat
ion
Federation of the End-to-End ValueSupply Chain into an aligned system,and a virtual One Manufacturing System,while maintaining site uniqueness
Fede
ratio
nOperational Transformation
Slide 5
Fast
er N
ew P
rodu
ctIn
trod
uctio
n
Shor
ter R
uns
Ord
er o
f 1
Hol
istic
Vie
wEn
d to
End
Con
trol
Incr
ease
d pr
oduc
tson
Exi
stin
g As
sets
Out
Sou
rcin
gC
onsi
gnm
ent
Inve
ntor
y
Ente
rpris
e Pr
oduc
tSp
ecs
acro
ssal
l site
s
Bus
ines
s an
dO
pera
tions
Alig
nmen
t
Agility and Increased Speed onInnovation and Change
ReplacingExisting Systems• Costly to sustain• Expertise leaving• Limited Agility• No consistency
Heavilycustomizedfirstgeneration
Many differentMES/operationsystems, andExcel
Consistency of execution throughStandards in process, equipment, actions
Federation of the End-to-End ValueSupply Chain into an aligned system,and a virtual One Manufacturing System,while maintaining site uniqueness
Fede
ratio
n
Embedded Governance on practices,and KPI’s, and accountabilityModel Driven Operational Practices toenable change to support agility andconsistency of decision and action overteams and sites
Peop
le
Operational Transformation
Critical Project Trends We are Seeing!
Slide 6
Value Chain Enterprise Control
• Game changer: use assets differently toimprove consistency or agility
• Operate more than one linkedmanufacturing area or site together as ifthey were one, with the enterprise systems
• Use techniques such as pacing, so thatupstream areas or sites follow thedownstream areas or sites
• Constantly monitor agility, efficiency andyield performance of the value chain vs.individual areas or sites
• Drive to either lowest overall cost or highestoverall revenue yield
Slide 7
• Game changer: use assets differently toimprove consistency or agility
• Operate more than one linkedmanufacturing area or site together as ifthey were one, with the enterprise systems
• Use techniques such as pacing, so thatupstream areas or sites follow thedownstream areas or sites
• Constantly monitor agility, efficiency andyield performance of the value chain vs.individual areas or sites
• Drive to either lowest overall cost or highestoverall revenue yield Business, Operations
and Plant Floor Systemsworking together
Current Industrial Plant Architecture
AdvancedApplicationSoftware
AdvancedApplicationSoftware
To operate in a flexible / agile manner, ERPmust link to the plant(s), but the applicationswithin the plant need to be aligned as well.
Slide 8
SafetyControl
Systems
DistributedControl
Systems
SCADASystemsManufacturing
ExecutionSoftware
HMISoftware
AdvancedApplicationSoftware
DistributedControl
Systems
DistributedControl
Systems
ManufacturingExecutionSoftware
Profit ManagementProcess Mgmt
Real-Time BusinessTransactional Business
Holistic PerspectiveIsland Perspective
Current Industrial Business Drivers
Slide 9
Agile OperationsRigid Operations
Holistic PerspectiveIsland Perspective
Empowering PeopleReplacing People
Profit Management
Real-Time Business
Holistic Perspective
Understanding cost, market and decisions are nowbased on business not just process control
Communication has gone from messages per dayto constantly, and real-time based upon exception
The need to align multiple systems, oftenpredefined, and federated
What this means to Industrial Architectures!
Slide 10
Agile Operations
Empowering People
The need to align multiple systems, oftenpredefined, and federated
Agile for change in applications, expansion andevolution to stay competitive, increased complexityas more applications must be aligned
Access to information abstracted from where andwhat applications it comes from, freedom to drilland request, and collaborate
3 Generations of MES Evolutionto a Model that Enables Success
Interface-Centric Approach
Model-Centric Approach
Slide 11
Application-centric Approach
Data-Centric Approach
Agenda
Market/industry transformation trends
Modern Operational Management requirements
• Business System / Operational Execution Real-time Alignment
• Federation of End to End Value Supply Chain, with Standards
• Operational Empowerment of the workforce for Decisions and ActionConsistency
Slide 12
Market/industry transformation trends
Modern Operational Management requirements
• Business System / Operational Execution Real-time Alignment
• Federation of End to End Value Supply Chain, with Standards
• Operational Empowerment of the workforce for Decisions and ActionConsistency
Synchronizing Strategy and ExecutionSTRATEGYSTRATEGYSTRATEGYSTRATEGY
ProductionProductionControlControl
BusinessBusinessControlControl
Delay
Dist
ortio
n
“T“THEHE CCONTROLONTROL GGAPAP””“T“THEHE CCONTROLONTROL GGAPAP””
RevenueGrowth
OperatingMargin ROAIntegrated Control
Slide 13
EXECUTIONEXECUTIONEXECUTIONEXECUTION
ProductionProductionControlControl
ProcessProcessControlControl
Dist
ortio
n
“T“THEHE CCONTROLONTROL GGAPAP””“T“THEHE CCONTROLONTROL GGAPAP””
Quarters Weeks Days Hours Minutes Seconds SubQuarters Weeks Days Hours Minutes Seconds Sub--secondsseconds
Temp. Pressure Emissions
Slide 13 Invensys Proprietary and Confidential
Business to Plant Communication TrendBecoming more Real-time!!!
1 day
1/2 day
Production Schedule integration
Quality inspectionsAsset issuesHave gone to exception-based
Message Based
Slide 14
90’s 2000’s 2010’s
1/2 day
1/4 day
Quality inspectionsAsset issuesHave gone to exception-based
Becoming live
More Real-Time
The Drive to Agility Drives Complexityin Alignment in Real-Time
SimpleIslands of
Production(Process Units)
ModerateAlignment(Multi Unit)
Highly Aligned/Agile Production
(Site)
Highly Aligned/Agile Enterprise
(Multi-Site)ERPERP
ERPERP EAMEAMPLMPLMERPERP EAMEAMPLMPLM
Increased AgilityIncreasing Complexity between Multiple Applications/ Faster Real-Time interaction/ Dynamic nature
Slide 15
BatchBatch
Control/Sup
Control/Sup
BatchBatch
Control/Sup
Control/Sup
Control/Sup
Control/Sup
MES/MOMMES/MOM
HistHist
BatchBatch
Control/Sup
Control/Sup
ERP
Control/Sup
Control/Sup
MES/MOMMES/MOM
HistHist
EAM
LIMSLIMS
SchedSched
QualityQuality
ERPERP EAMEAMPLM
Multi-Site
AssetsAssetsMaterials Definition /Product/ Recipes/Materials Definition /Product/ Recipes/
Roles/ Security/ ResponsibilityRoles/ Security/ Responsibility
Agility Demands a changingIntegration Landscape
Trad
ition
al E
AI
Inte
grat
ion
betw
een
Leve
l 3 &
4
Slide 16
Image - source ISA 95
Trad
ition
al E
AI
Inte
grat
ion
betw
een
Leve
l 3 &
4
Integration within Level 3
Enterprise SOA: A Work in Progress
Web2.0
Office
Slide 17
© 2010 Gartner, Inc. and/or its Affiliates. All Rights Reserved.
SOA for Manufacturing (SOAm):Some Key Real-Time Differences
Office Web2.0
Slide 18
© 2010 Gartner, Inc. and/or its Affiliates. All Rights Reserved.
Mfg 2.0 a Convergence…or New Battlegrounds?
Slide 19 AMR Research Manufacturing Exchange © 2007 AMR Research, Inc. | Page 19
© 2010 Gartner, Inc. and/or itsAffiliates. All Rights Reserved.
Standards-based Integration
Service bus with industry standards based integrationPoint to Point Integration
Service Bus
Slide 20
Service Bus combined with industry standard Data Model for integration
• Makes integration viable and maintainable
• Standardization across entire operations.
• Allows new applications / functionalities to be gradually introduced
• Makes it possible to Federate the integrated Data in consistentfashion
Image source: Mimosa CBM Whitepaper
Agenda
Market/industry transformation trends
Modern Operational Management requirements
• Business System / Operational Execution Real-time Alignment
• Federation of End to End Value Supply Chain, with Standards
• Operational Empowerment of the workforce for Decisions and ActionConsistency
Slide 21
Market/industry transformation trends
Modern Operational Management requirements
• Business System / Operational Execution Real-time Alignment
• Federation of End to End Value Supply Chain, with Standards
• Operational Empowerment of the workforce for Decisions and ActionConsistency
Federation of Operational End-to-EndValue Supply Chain as Virtual One
Direct Linking between Sites
Standards across the sites• KPI standards• Recipes• Equipment Standards
Slide 22
One Virtual Manufacturing Chain
Federating the Operational Execution
Enterprise Service Bus
Federating atthe Plant/applicationslevel
Federating atthe Plant/applicationslevel
ArchitecturalFlexibility forEvolutionaryFederation
ArchitecturalFlexibility forEvolutionaryFederation
Slide 23
Unified/ Common Asset/ KPImodel across the PlantsUnified/ Common Asset/ KPImodel across the Plants
Federating atthe Plant/applicationslevel
Federating atthe Plant/applicationslevel
ArchitecturalFlexibility forEvolutionaryFederation
ArchitecturalFlexibility forEvolutionaryFederation
WHY SOA in Manufacturing?
What is SOA?
SOA architecture allows for the creation of composite businessapplications from independent, self-describing and interchangeablecode modules called “services.”
Slide 24
SOA Brings the Opportunity for Agility/ Flexibility in Manufacturing/Industrial!
• With SOA, the idea is that the needs of the business drive the IT systems,rather than the IT systems dictating how the business runs.
• This brings about flexibility, one of the main requirements for MOMsystems as manufacturing requirements frequently change.
What about SOA for the Manufacturing space?
SAP ERP MICROSOFT ERP
Customer 1
Customer 2
Slide 25
MES 1 MES 3MES 2
WHAT IF: Customer 1 acquires customer 2 ?
WHAT IF: Customer 1 outsources part of mfg. to cust. 2, 3?Source 2007
SAP ERP MICROSOFT ERP
ISA 95 Mfg.ServicesRepository
Productionresource
management
Productiontracking
Detailedproductionscheduling
Productionresource
management
Productiontracking
Detailedproductionscheduling
Productionresource
management
Productiontracking
Detailedproductionscheduling
Productionresource
management
Productiontracking
Detailedproductionscheduling
ISA 95 SOA Mfg. Services:Create Production OrderCancel Production OrderGet list of Production Orders….
ISA 95 SOA Mfg. Services:Create QA Test planCancel QA test planGet list of test-results ..….
What about SOA for the Manufacturing space?
Slide 26
MES 1 MES 3MES 2
Productiondata
collection
Productionexecution
Productiondispatching
Productdefinition
management
ProductionPerformance
analysis
Productiondata
collection
Productionexecution
Productiondispatching
Productdefinition
management
ProductionPerformance
analysis
Productiondata
collection
Productionexecution
Productiondispatching
Productdefinition
management
ProductionPerformance
analysis
Productiondata
collection
Productionexecution
Productiondispatching
Productdefinition
management
ProductionPerformance
analysis
For SOA to work - We need to agree cross-industry and cross-producton terminology, structures etc. - down to data formats. Source 2007
Truths
Why MOM andnot MES?
Wikipedia defines Manufacturing operationsmanagement (MOM) as a methodology forviewing an end-to-end manufacturing processwith a view to optimizing efficiency.
Wikipedia defines Manufacturing operationsmanagement (MOM) as a methodology forviewing an end-to-end manufacturing processwith a view to optimizing efficiency.
• What makes MOM different? Only the fact that itincludes a number of components nottraditionally part of MES and that its reach isbroader in scope than the traditional MESA 11domains of MES,.
• A system cannot be specified and designed usingthe AMR or the MESA MES definitions from the1990s. The standards definitions of MOM providethe needed framework for specifying a system’sfunctionality, tasks, and data exchanges.
Slide 27
• What makes MOM different? Only the fact that itincludes a number of components nottraditionally part of MES and that its reach isbroader in scope than the traditional MESA 11domains of MES,.
• A system cannot be specified and designed usingthe AMR or the MESA MES definitions from the1990s. The standards definitions of MOM providethe needed framework for specifying a system’sfunctionality, tasks, and data exchanges.
Truths
Enterprise ServiceBus (ESB)
In a general sense, an ESB can be thought of asa mechanism that manages access toapplications and services (especially legacyversions) to present a single, simple, andconsistent interface to end-users via Web- orforms-based client-side front ends.
In a general sense, an ESB can be thought of asa mechanism that manages access toapplications and services (especially legacyversions) to present a single, simple, andconsistent interface to end-users via Web- orforms-based client-side front ends.
Same Principles same rules, but different focus
Slide 28
Common set of industrial services with definedcontracts, that are optimised for Industrial sites/processes:• High Volume• Determinism• High Frequency• Data types/ Time etc.• Priorities
ManufacturingService Bus
Truths
Why MDM formanufacturing?
to Wikipedia, “Master Data Management (MDM)comprises a set of processes and tools thatconsistently defines and manages the non-transactional data entities of an organization(which may includereference data)...”
to Wikipedia, “Master Data Management (MDM)comprises a set of processes and tools thatconsistently defines and manages the non-transactional data entities of an organization(which may includereference data)...”
In Manufacturing• The absence of strong, common data
architecture promotes ungoverned datadefinition proliferation, point-to-pointintegration and parochial data managementstrategies.
• Within the manufacturing environment, allthis translates into many types of waste andadded cost.
In Manufacturing• The absence of strong, common data
architecture promotes ungoverned datadefinition proliferation, point-to-pointintegration and parochial data managementstrategies.
• Within the manufacturing environment, allthis translates into many types of waste andadded cost.
Slide 29
In Manufacturing• The absence of strong, common data
architecture promotes ungoverned datadefinition proliferation, point-to-pointintegration and parochial data managementstrategies.
• Within the manufacturing environment, allthis translates into many types of waste andadded cost.
In Manufacturing• The absence of strong, common data
architecture promotes ungoverned datadefinition proliferation, point-to-pointintegration and parochial data managementstrategies.
• Within the manufacturing environment, allthis translates into many types of waste andadded cost.
Why Manufacturing Data Management vs.Enterprise Master Data Management!
Different levels of informationDifferent levels of Real-time
Slide 30
Point Solutions Today!!
Not Sustainable when:• Real-time is needed• Agile changes exist• Dynamic updates on
exceptions not messages• Federating more Systems
Slide 31
Agenda
Market/industry transformation trends
Modern Operational Management requirements
• Business System / Operational Execution Real-time Alignment
• Federation of End to End Value Supply Chain, with Standards
• Operational Empowerment of the workforce for Decisions and ActionConsistency
Slide 32
Market/industry transformation trends
Modern Operational Management requirements
• Business System / Operational Execution Real-time Alignment
• Federation of End to End Value Supply Chain, with Standards
• Operational Empowerment of the workforce for Decisions and ActionConsistency
Lean vs. Embedded Process
EmbeddedBusiness/ Operational
Process
Leaders in Industry
Capturing of best practices across applications to enable consistency
Slide 33
BeginAnalysis
IdentifyImprovement
Time
ManualBusinessProcess
ChangeComplete
Source: ARC
Followers in Industry
Lean Process
Value
Model-Driven Operations Mgt.The Foundation for Process Excellence…
Slide 34
Framework for Modeling and Sustaining World-Class Processes…
Templates
MESOperational /Production RulesWork Scheduling
Forms Alarms Events InteractionSeries of UIs bothdesk, web, roaming
Workflow is used tocapture yourOperational practicesSustainable
Potential Operations
Location
Equipment
Model-Driven Operations
Slide 35
ControlSystems
Local Platform
Interacts with ControlSystemsExisting SCADA
Objects allowvalidated / managedTransactional events
Model-Driven Concepts Are…
NOT just for Wonderware MES solutions!!
About coordinating people and applications into intelligent,effective, governed processes that crossover application andorganizational boundaries.
Changing the way we develop and deliver “application content”for our Production & Performance applications.
Changing the way our customers configure and extend ourapplications to meet specific business needs.
Embracing the “computing convergence” by supporting multiplecomputing platforms (e.g. desktop, tablet, phone).
Differentiating Invensys in the market
Model-Driven Operations Mgt.Key Takeaways
Slide 36
Model-Driven Concepts Are…
NOT just for Wonderware MES solutions!!
About coordinating people and applications into intelligent,effective, governed processes that crossover application andorganizational boundaries.
Changing the way we develop and deliver “application content”for our Production & Performance applications.
Changing the way our customers configure and extend ourapplications to meet specific business needs.
Embracing the “computing convergence” by supporting multiplecomputing platforms (e.g. desktop, tablet, phone).
Differentiating Invensys in the market
Model-Driven Operations Mgt.The “Composite Application Container”…
MES Design Tasks:
MES Configuration Activities:
Workflows
Package
Tools
Settings
Performance Mgt
Enterprise Console will provide thecomposite application container thathosts Invensys and 3rd party“content” in support of: design tasks, configuration activities, operator/end-user activities, and reporting & analytics
Slide 37
MES Activities:
Reporting & Analytics:
Dashboard
Recipe Mgt
Performance Mgt
Quality Mgt
Recipe Mgt
Performance Mgt
Quality Mgt
Enterprise Console will provide thecomposite application container thathosts Invensys and 3rd party“content” in support of: design tasks, configuration activities, operator/end-user activities, and reporting & analytics
Model-Driven Operations Mgt.The Design Experience…
One Single Place to… Manage/adapt composite application business
rules Manage/adapt composite application UIs Manage extensible elements for UIs (e.g.
custom UI elements) and business rules (e.g.custom activities)
Manage application connections (e.g. URLs,middleware connections, etc.)
Manage/adapt application data accessservices (e.g. SQL queries, etc.)
Create, manage and distribute applicationpackages (e.g. all artifacts – UIs, businessrules, etc.)
Slide 38
One Single Place to… Manage/adapt composite application business
rules Manage/adapt composite application UIs Manage extensible elements for UIs (e.g.
custom UI elements) and business rules (e.g.custom activities)
Manage application connections (e.g. URLs,middleware connections, etc.)
Manage/adapt application data accessservices (e.g. SQL queries, etc.)
Create, manage and distribute applicationpackages (e.g. all artifacts – UIs, businessrules, etc.)
Model-Driven Operations Mgt.The Design Experience…
Business Rules
Slide 39
GUIs
Model-Driven Operations Mgt.The Configuration Experience…
MES Design Tasks:
MES Configuration Activities:
Workflows
Package
Tools
Settings
Performance Mgt
Performance Mgt.
System Settings
Model Products
Model Shifts
Model Users & Groups
General:
Model Utilization States
Model Reason CodesThe configuration experience is“task-oriented” and provides an“end-to-end” experience
Slide 40
MES Activities:
Reporting & Analytics:
Dashboard
Recipe Mgt
Performance Mgt
Quality Mgt
Recipe Mgt
Performance Mgt
Quality Mgt
Model Equipment &Line Classes
Model Equipment
Model Lines
Plant Model:
Model Reason CodesThe configuration experience is“task-oriented” and provides an“end-to-end” experience
Model-Driven Operations Mgt.Task-Oriented, End-to-End Configuration Experience…
Slide 41
Workflow EngineMES
Activities
GRActivities
Browser/Mobile Device
CustomActivities
InBatchActivities
AvantisActivities
Model-Driven Operations Mgt.General Architecture…
Slide 42
GRActivities
MES WebAPI
MES DB Galaxy DB
GR WebAPI
CustomActivities
CustomAPI
Custom DB
InBatchWeb API
InBatch DB
AvantisWeb API
Avantis DB
What’s Taking Place Today?
IncreasedR
egulations
Increased Constraints (regulation)Increased Competition (Globalization)
Globalization
Modern Operations Execution/Management System Requires:
Real-Time Operational ExecutionAlignment with Business Strategy,Natural Integration
HomeGrownMES
Heavilycustomizedfirstgeneration
Operational Transformation
Consistency of
Operations
Positive Release of
product over Endto End Value C
hain
Safety/Environm
ent
Enterprise Product Spec Management,(PLM) across sites
Operational Alignment Across multipleValue Assets
Federation of the End to End ValueSupply Chain into an aligned system,and a Virtual One Manufacturing System,while maintain site uniqueness
Inte
grat
ion
Fede
ratio
n
Slide 43
Agility and Increased Speed onInnovation and Change
Fast
er N
ew P
rodu
ctIn
trod
uctio
n
Shor
ter R
uns
Ord
er o
f 1
Hol
istic
Vie
wEn
d to
End
Con
trol
ReplacingExisting Systems• Costly to sustain• Expertise leaving• Limited Agility• No consistency
Consistency of execution throughStandards in process, equipment, actions
Heavilycustomizedfirstgeneration
Many differentMES/operationsystems, andExcel
Incr
ease
d pr
oduc
tson
Exi
stin
g As
sets
Out
Sou
rcin
gC
onsi
gnm
ent
Inve
ntor
y
Operational Transformation
Ente
rpris
e Pr
oduc
tSp
ecs
acro
ssal
l site
s
Bus
ines
s an
dO
pera
tions
Alig
nmen
t
Federation of the End to End ValueSupply Chain into an aligned system,and a Virtual One Manufacturing System,while maintain site uniqueness
Embedded Governance on practices,and KPIS, and accountabilityModel Driven Operational Practices toenable change to support agility andconsistency of decision and action overteams and sites
Fede
ratio
nP
eopl
e
Recommendations
1. Review your whole needs, not just short term projects
2. Understand the SOA/ Manufacturing 2.0 Architecture allowsFederation for Alignment
3. Understand that Operational actions /practices will evolve and avoidcustomization everything must be configurable with governance
Slide 44
Key Takeaways
1. The operations transformation is accelerating to much earlier newproduct introductions with much more agility
2. This transformation is driving installations to change thearchitectures, embracing standards, and adopt “model-driven”operations
3. This transformation is driving customers to use “model-driven MES”
Slide 45
1. The operations transformation is accelerating to much earlier newproduct introductions with much more agility
2. This transformation is driving installations to change thearchitectures, embracing standards, and adopt “model-driven”operations
3. This transformation is driving customers to use “model-driven MES”
Slide 46