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Digital Twin – Digital Thread in Aerospace David Riemer
Realize innovation.Unrestricted © Siemens AG 20XX
Unrestricted © Siemens AG 2016
Page 2 Siemens PLM SoftwarePage 2
Siemens Focus is to Enable Excellent Performance on Every Program
Fully support a Model Based Enterprise, Digital
Twin – Digital Thread to better meet cost,
technical and schedule program goals
Program Execution Excellence
Leverage the smart innovation Portfolio to enable
product knowledge & definition to be shared to
improve performance in production, support and
future bids
Provide pre-configured technology to focus on
the automation of specific A&D value streams to
provide a potential competitive advantage
Unrestricted © Siemens AG 2016
Page 3 Siemens PLM SoftwarePage 3
Industry 4.0 – What Is It?
The history of the industrial revolution
1. Industrial revolution
Introduction of mechanical production plants using water and steam power
2. Industrial revolution
Introduction of mass production based on the division of labor using electrical
energy
3. Industrial revolution
Introduction of electronics and IT to increase the level of automation
4. Industrial revolution
Intelligent automationand integration of physical & virtual worldEnd of 18th century
End of 19th century
1970
2015-2020
Mechanical loom
Siemens single-phase
generator
Industry 4.0
Programmable
Logic Controller
An industrial revolution was always drivenby new enabling technologies
Unrestricted © Siemens AG 2016
Page 4 Siemens PLM SoftwarePage 4
Industry 4.0
Defining the way forward in industry in the internet age
Unrestricted © Siemens AG 2016
Page 5 Siemens PLM SoftwarePage 5
Why Hasn’t the Digital Age Yielded the Benefits Expected?
What’s the difference?
No difference
Unrestricted © Siemens AG 2016
Page 6 Siemens PLM SoftwarePage 6
Why Hasn’t the Digital Age Yielded the Benefits Expected?
Digital Twin Maturity
Dig
ital T
hre
ad M
atu
rity
Problem
• Today the digital
information we store is not
connected to any of the
inputs or requirements –
making it difficult to fully
understand a proposed
change.
• A&D has unique product
life spans that require full
traceability
Digitalization – Not only is the
physical world virtually
verified prior to design,
process, tooling, etc.
commitment – all the inputs,
outputs and process used to
create the information are
completely traceable.
Digitize
Digitize
Digitalization
Digitize
Where is Your Organization?
Unrestricted © Siemens AG 2016
Page 7 Siemens PLM SoftwarePage 7
Digital Thread – Creating the Digital Twin
PhysicalEngineering Manufacturing
MCAD
ECAD
Software
Structure
MBOM
BOP
As-tested
As-built
As-maintained
Requirements
Customer
Regulatory
Design
Build
Program Plan and
Execution
SOW
Work Pkg.
Schedule
Cost
Systems
Engineering
Functions
Logical
Architecture
Verification
Unrestricted © Siemens AG 2016
Page 8 Siemens PLM SoftwarePage 8
Program Execution Excellence
Value Stream Solutions Generate Competitive Advantage
FASTER TIME
TO
CERTIFICATION
Verification
Management
INTEGRATE
SERVICE WITH
THE FACTORY
Product Support
Planning and
Management
MEETING COST
& PRODUCTION
GOALS
Product
Realization
Program Execution Excellence
Value Streams on the Smart Innovation Portfolio
EFFECTIVE
SUPPLIER
MANAGEMENT
Supplier Source
Selection and
Management
MEETING COST,
SCHEDULE AND
TECHNICAL
REQUIREMENTS
Integrated
Prog. Planning
and Execution
EFFICIENT
FIRST TIME
RIGHT
Product
Design
OPTIMIZATION
& INNOVATION
Systems
Driven Product
Development
Enabling
traceability from
requirements thru
virtual and physical
test to ensure
product
verification.
Design for support.
Plan for support.
Manage service
planning. Closed
loop support with
manufacturing and
design.
“Shift left”
manufacturing
planning to ensure
cost, schedule &
safety goals are
achieved with fully
integrated factory.
Enabling
traceability from
OEM requirements
to suppliers.
Proactive supplier
management.
A systems
approach to
project planning a
fully planned,
resourced
,budgeted and
executed program
management
solution.
Design with
advanced
materials,
integrated
CAD/CAE,
maximize reuse,
advanced
configuration
management.
A systems driven
product
development
approach to
leverages system
and 3D models
from idea thru
support.
Unrestricted © Siemens AG 2016
Page 9 Siemens PLM SoftwarePage 9
Program Execution Excellence
Using world class capabilities to generate business value
Product Support Planning and Management
Product Design
Supplier Source Selection and Management
Product Realization
Industry
Value
Streams
Smart Ideation Smart Realization Smart Utilization
Reporting and
Analytics
Requirements
Management
Model Based Systems
Engineering
AutomationDesign &
Commissioning
Mechanical Design
Model Based
Definition
End-item
Delivery (DD250 or
Airworthiness)
As-designed BOM
Management
MBOM and Bill of
Process
Reliability and System
Safety
CAM / Tooling /
Fixtures
Assembly
Manufacturing
Engineering
Advanced
Aerostructure
Design
3D Electronic Work
Instructions
Material and
Compliance
Management
Technical
Publications
(S1000D)
Maintenance
Planning
Failure Reporting &
Corrective Action
Logistics Support
Analysis
Advanced
Manufacturing
As-Maintained
BOM
1D / 3D Simulation
and
Test Management
Plant
Design &
Optimization
Document
Management
(CDRL/SDRL)
Quality
Management
Manufacturing
Execution
Management
Supply
Chain
Collaboration
Software
Management
Electrical and
Electronics Design
Configuration and
Change MgtIP Protection and
Export ControlSchedule, Cost & Risk
Management
Part
Manufacturing
GSE/EGSE Design
Spares Definition and
Condition of Supply
Maintenance
SimulationService Bulletins
3D Massive Model
Visualization
Capabilities
Manufacturing
Operations
Management
ERP
Integration
Software
Maintenance
Maintenance
Ergonomic
Analysis
Field Experience
Feedback
Obsolete
Management
Manufacturing
Optimization MRO
Integration
Verification Management
Digital Enterprise FoundationSmart
Innovation
Portfolio
Systems Driven Product Development
Integrated Program Planning and Execution
Unrestricted © Siemens AG 2016
Page 10 Siemens PLM SoftwarePage 10
Program Execution Excellence
Systems Driven Product Development
Product Support Planning and Management
Product Design
Supplier Source Selection and Management
Product Realization
Industry
Value
Streams
Smart Ideation Smart Realization Smart Utilization
Reporting and
Analytics
Requirements
Management
Model Based Systems
Engineering
AutomationDesign &
Commissioning
Mechanical Design
Model Based
Definition
End-item
Delivery (DD250 or
Airworthiness)
As-designed BOM
Management
MBOM and Bill of
Process
Reliability and System
Safety
CAM / Tooling /
Fixtures
Assembly
Manufacturing
Engineering
Advanced
Aerostructure
Design
3D Electronic Work
Instructions
Material and
Compliance
Management
Technical
Publications
(S1000D)
Maintenance
Planning
Failure Reporting &
Corrective Action
Logistics Support
Analysis
Advanced
Manufacturing
As-Maintained
BOM
1D / 3D Simulation
and
Test Management
Plant
Design &
Optimization
Document
Management
(CDRL/SDRL)
Quality
Management
Manufacturing
Execution
Management
Supply
Chain
Collaboration
Software
Management
Electrical and
Electronics Design
Configuration and
Change MgtIP Protection and
Export ControlSchedule, Cost & Risk
Management
Part
Manufacturing
GSE/EGSE Design
Spares Definition and
Condition of Supply
Maintenance
SimulationService Bulletins
3D Massive Model
Visualization
Capabilities
Manufacturing
Operations
Management
ERP
Integration
Software
Maintenance
Maintenance
Ergonomic
Analysis
Field Experience
Feedback
Obsolete
Management
Manufacturing
Optimization MRO
Integration
Verification Management
Digital Enterprise FoundationSmart
Innovation
Portfolio
Systems Driven Product Development
Integrated Program Planning and Execution
Unrestricted © Siemens AG 2016
Page 11 Siemens PLM SoftwarePage 11
Connected and Integrated Data – Digital Thread – Digital Twin
Requirements
Customer
Regulatory
Design
Build
Systems
Engineering
Function
Logical
Architecture
Verification
Simulation
Behaviour
Reliability
CAE
Manufacture
Support
Engineering
MCAD
ECAD
Software
PhysicalManufacturing
Assembly
MBOM
Process
As-tested
As-built
As-maintained
Benefit:
Ability to completely trace a
requirement through the
design to the shop floor
Provide the knowledge base
to manage the product
throughout its extended
life(~>40 years)
Complete and thorough
change management –
Absolutely know ALL the
impacts of a proposed
change
Unrestricted © Siemens AG 2016
Page 12 Siemens PLM SoftwarePage 12
The Reliability Digital Thread
System
Reliability
Mission
Reliability
Economic
Service
Life
Environmental
Manufacturing
Process
Control (CPk )
Design
Usage
Analysis
Architecture
Fault IsolationMean Time to
RepairNo-Fault Found
Unrestricted © Siemens AG 2016
Page 13 Siemens PLM SoftwarePage 13
MADe – how it supports the “V”
End-item
Requirements
System
Requirements
Component
Requirements
Design System
Verification
Component
Verification
End-item
Verification
Failure
Hazard
Analysis
Fault Tree
Analysis
Common
Cause
Analysis*
Failure
Hazard
Analysis
Preliminary
Fault Tree
Analysis
Common
Cause
Analysis*
Preliminary
Fault Tree
Analysis
Common
Cause
Analysis*
Physical
Hardware
Software
Failure
Mode &
Effects
Analysis
Failure
Mode &
Effects
Summary
Update
Fault Tree
Analysis
Common
Cause
Analysis*
Failure
Mode &
Effects
Analysis
Failure
Mode &
Effects
Summary
Update
Fault Tree
Analysis
Common
Cause
Analysis*
Update
Fault Tree
Analysis
Common
Cause
Analysis*
Logical Architecture
Also includes:
• Teamcenter Integration
• RAM tools
• Prognostics & Health
Management tools
Unrestricted © Siemens AG 2016
Page 14 Siemens PLM SoftwarePage 14
WHY ALM + PLM
Each domain has unique needs
Design dependencies cross domains
Each solution provides unique benefits
Customers require engineering synergy
Domain expertise needs to be seamlessly
integrated
PLM & ALM must work in unison to address product development demands
Software Engineering
ALM
Hardware
Engineering
PLM
EE
Engineering
PLM
Embedded
Engineering
ALM+PLM
Unrestricted © Siemens AG 2016
Page 15 Siemens PLM SoftwarePage 15
Systems Driven Product Development
Integrated ALM + PLM
Multi-Domain Lifecycle
Management
Systems Architecture
and Modeling
Domain Traceability
and Configuration Management
Product Line Traceability of
physical requirements to the
BOM
Ensure requirementsare met from design
through manufacturing& service
Intelligently assess the impact of
requirements or design changes
Physical Lifecycle
Traceability of softwarerequirements to test
cases, work packagesand code
Ensure requirements are met from design
through coding, testing build & release
Intelligently assess the impact of
requirements or design changes
Software Lifecycle
Requirements Decomposition
Systems Level Impact
Analysis
Domain Realization
Teamcenter
Teamcenter
ALM Connector for Teamcenter
ALM (Ex: Polarion)
Unrestricted © Siemens AG 2016
Page 16 Siemens PLM SoftwarePage 16
Program Execution Excellence
Integrated Program Planning and Execution
Product Support Planning and Management
Product Design
Supplier Source Selection and Management
Product Realization
Industry
Value
Streams
Smart Ideation Smart Realization Smart Utilization
Reporting and
Analytics
Requirements
Management
Model Based Systems
Engineering
AutomationDesign &
Commissioning
Mechanical Design
Model Based
Definition
End-item
Delivery (DD250 or
Airworthiness)
As-designed BOM
Management
MBOM and Bill of
Process
Reliability and System
Safety
CAM / Tooling /
Fixtures
Assembly
Manufacturing
Engineering
Advanced
Aerostructure
Design
3D Electronic Work
Instructions
Material and
Compliance
Management
Technical
Publications
(S1000D)
Maintenance
Planning
Failure Reporting &
Corrective Action
Logistics Support
Analysis
Advanced
Manufacturing
As-Maintained
BOM
1D / 3D Simulation
and
Test Management
Plant
Design &
Optimization
Document
Management
(CDRL/SDRL)
Quality
Management
Manufacturing
Execution
Management
Supply
Chain
Collaboration
Software
Management
Electrical and
Electronics Design
Configuration and
Change MgtIP Protection and
Export ControlSchedule, Cost & Risk
Management
Part
Manufacturing
GSE/EGSE Design
Spares Definition and
Condition of Supply
Maintenance
SimulationService Bulletins
3D Massive Model
Visualization
Capabilities
Manufacturing
Operations
Management
ERP
Integration
Software
Maintenance
Maintenance
Ergonomic
Analysis
Field Experience
Feedback
Obsolete
Management
Manufacturing
Optimization MRO
Integration
Verification Management
Digital Enterprise FoundationSmart
Innovation
Portfolio
Systems Driven Product Development
Integrated Program Planning and Execution
Unrestricted © Siemens AG 2016
Page 17 Siemens PLM SoftwarePage 17
Integrated Program Planning and Execution
Only Integrated Solution – Program Digital Thread
IPP&E Process diagram
• Process uses a “Common WBS” to organize all
bid/program information
• Bases on set of criteria applied to the “Common
WBS” a Program WBS is created
• Work Package includes requirements,
processes, inputs, deliverables, logical,
functional and physical architectures
• Complete support for Integrated Master Plan,
Integrated Master Schedule and third party
EVMS systems
• Complete configuration management of all
program artifacts
Phase 1 Catalyst – Late fall 2016
Unrestricted © Siemens AG 2016
Page 18 Siemens PLM SoftwarePage 18
Organize Common and Program Around WBS
Totally Integrated and Traceable
WBS
Element
IMP
Criteria
IMP
Accomplishment
IMP
Milestone
Program /
Contract
Contract
Modification
Functional
Element
Logical
Element
Product
Element
Requirements
IPT
Functional
Work Package
CLINFunctional
Organization
Employee Cost
Cost
Other Direct
Travel
Deliverables
Process
Risk /
Opportunity
Risk / Opp
Cost
CDRL
Unrestricted © Siemens AG 2016
Page 19 Siemens PLM SoftwarePage 19
Program Execution Excellence
Supplier Source Selection and Management
Product Support Planning and Management
Product Design
Supplier Source Selection and Management
Product Realization
Industry
Value
Streams
Smart Ideation Smart Realization Smart Utilization
Reporting and
Analytics
Requirements
Management
Model Based Systems
Engineering
AutomationDesign &
Commissioning
Mechanical Design
Model Based
Definition
End-item
Delivery (DD250 or
Airworthiness)
As-designed BOM
Management
MBOM and Bill of
Process
Reliability and System
Safety
CAM / Tooling /
Fixtures
Assembly
Manufacturing
Engineering
Advanced
Aerostructure
Design
3D Electronic Work
Instructions
Material and
Compliance
Management
Technical
Publications
(S1000D)
Maintenance
Planning
Failure Reporting &
Corrective Action
Logistics Support
Analysis
Advanced
Manufacturing
As-Maintained
BOM
1D / 3D Simulation
and
Test Management
Plant
Design &
Optimization
Document
Management
(CDRL/SDRL)
Quality
Management
Manufacturing
Execution
Management
Supply
Chain
Collaboration
Software
Management
Electrical and
Electronics Design
Configuration and
Change MgtIP Protection and
Export ControlSchedule, Cost & Risk
Management
Part
Manufacturing
GSE/EGSE Design
Spares Definition and
Condition of Supply
Maintenance
SimulationService Bulletins
3D Massive Model
Visualization
Capabilities
Manufacturing
Operations
Management
ERP
Integration
Software
Maintenance
Maintenance
Ergonomic
Analysis
Field Experience
Feedback
Obsolete
Management
Manufacturing
Optimization MRO
Integration
Verification Management
Digital Enterprise FoundationSmart
Innovation
Portfolio
Systems Driven Product Development
Integrated Program Planning and Execution
Unrestricted © Siemens AG 2016
Page 20 Siemens PLM SoftwarePage 20
Supplier Source Selection and Management
Solution Description
• Change source selection from document manual process to electronic
requirements based
• Provide traceability to contract or company requirements
• Change supplier management from re-active ad-hoc to proactive process
based
• Integrate supplier schedules with program schedule
Since the Executive Council Meeting
• Initial process diagram complete
• Big Block diagram in work
• Ready for customer vetting
Unrestricted © Siemens AG 2016
Page 21 Siemens PLM SoftwarePage 21
Program Execution Excellence
Verification Management
Product Support Planning and Management
Product Design
Supplier Source Selection and Management
Product Realization
Industry
Value
Streams
Smart Ideation Smart Realization Smart Utilization
Reporting and
Analytics
Requirements
Management
Model Based Systems
Engineering
AutomationDesign &
Commissioning
Mechanical Design
Model Based
Definition
End-item
Delivery (DD250 or
Airworthiness)
As-designed BOM
Management
MBOM and Bill of
Process
Reliability and System
Safety
CAM / Tooling /
Fixtures
Assembly
Manufacturing
Engineering
Advanced
Aerostructure
Design
3D Electronic Work
Instructions
Material and
Compliance
Management
Technical
Publications
(S1000D)
Maintenance
Planning
Failure Reporting &
Corrective Action
Logistics Support
Analysis
Advanced
Manufacturing
As-Maintained
BOM
1D / 3D Simulation
and
Test Management
Plant
Design &
Optimization
Document
Management
(CDRL/SDRL)
Quality
Management
Manufacturing
Execution
Management
Supply
Chain
Collaboration
Software
Management
Electrical and
Electronics Design
Configuration and
Change MgtIP Protection and
Export ControlSchedule, Cost & Risk
Management
Part
Manufacturing
GSE/EGSE Design
Spares Definition and
Condition of Supply
Maintenance
SimulationService Bulletins
3D Massive Model
Visualization
Capabilities
Manufacturing
Operations
Management
ERP
Integration
Software
Maintenance
Maintenance
Ergonomic
Analysis
Field Experience
Feedback
Obsolete
Management
Manufacturing
Optimization MRO
Integration
Verification Management
Digital Enterprise FoundationSmart
Innovation
Portfolio
Systems Driven Product Development
Integrated Program Planning and Execution
Unrestricted © Siemens AG 2016
Page 22 Siemens PLM SoftwarePage 22
Current Verification Documentation is Segmented and Disconnected between
Virtual and Physical Environments
As-DesignedRequirements
Test Article
Build
Test Article
As-Tested
Test Data
As-Analyzed
Test Article
As-Analyzed
Test ProcedureTest Request
Test Planning
Test Execution
Virtual Physical
Test Article
Instrumentation
Solution Description
• Integrated requirements verification
management process
• Complete traceability of all artifacts
• Tie production eBOM to test article
eBOM for rapid change impact
awareness
• Manage test article configurations
• Ensure analysis models are based on
latest design model
Status
• Process diagram complete
• Big Block diagram complete
• Customer vetting complete
• V1.0 Catalyst deployed – customer
installed
• V1.1 Catalyst development –Release in
April
• Enhanced verification by analysis
• Supports A&D template – doc centric
Unrestricted © Siemens AG 2016
Page 23 Siemens PLM SoftwarePage 23
Production
As-DesignedRequirements
Test Article
Build
Test Article
As-Tested
Verification Management
Closed Loop Requirements to Compliance – Qualification Digital Thread
Test Data
Production
As-Analyzed
Test article
As-analyzed
CORRELATE
Test ProcedureTest request
Test planning
Test Execution
Virtual Physical
Test article
Unrestricted © Siemens AG 2016
Page 24 Siemens PLM SoftwarePage 24
Program Execution Excellence
Product Realization
Product Support Planning and Management
Product Design
Supplier Source Selection and Management
Product Realization
Industry
Value
Streams
Smart Ideation Smart Realization Smart Utilization
Reporting and
Analytics
Requirements
Management
Model Based Systems
Engineering
AutomationDesign &
Commissioning
Mechanical Design
Model Based
Definition
End-item
Delivery (DD250 or
Airworthiness)
As-designed BOM
Management
MBOM and Bill of
Process
Reliability and System
Safety
CAM / Tooling /
Fixtures
Assembly
Manufacturing
Engineering
Advanced
Aerostructure
Design
3D Electronic Work
Instructions
Material and
Compliance
Management
Technical
Publications
(S1000D)
Maintenance
Planning
Failure Reporting &
Corrective Action
Logistics Support
Analysis
Advanced
Manufacturing
As-Maintained
BOM
1D / 3D Simulation
and
Test Management
Plant
Design &
Optimization
Document
Management
(CDRL/SDRL)
Quality
Management
Manufacturing
Execution
Management
Supply
Chain
Collaboration
Software
Management
Electrical and
Electronics Design
Configuration and
Change MgtIP Protection and
Export ControlSchedule, Cost & Risk
Management
Part
Manufacturing
GSE/EGSE Design
Spares Definition and
Condition of Supply
Maintenance
SimulationService Bulletins
3D Massive Model
Visualization
Capabilities
Manufacturing
Operations
Management
ERP
Integration
Software
Maintenance
Maintenance
Ergonomic
Analysis
Field Experience
Feedback
Obsolete
Management
Manufacturing
Optimization MRO
Integration
Verification Management
Digital Enterprise FoundationSmart
Innovation
Portfolio
Systems Driven Product Development
Integrated Program Planning and Execution
Unrestricted © Siemens AG 2016
Page 25 Siemens PLM SoftwarePage 25
Product Realization
Manufacturing to Engineering – Digital Thread
Solution Description
• Full end to end process
• Focus on driving manufacturing requirements into Concept to
Build
• Concurrent maturing of manufacturing processes, tooling,
plant layout with design maturity
• Simple effective as-engineered to as-built for delivery
assurance
• Closed loop process ensures continuous improvement
• Design reviews are not just of product but also manufacturing
processes, tooling, planning – drive concurrent development
Since the Executive Council Meeting
• Process diagram complete
• Big Block diagram complete
• Initial customer vetting complete
Unrestricted © Siemens AG 2016
Page 26 Siemens PLM SoftwarePage 26
Program Execution Excellence
Product Support Planning and Management
Product Support Planning and Management
Product Design
Supplier Source Selection and Management
Product Realization
Industry
Value
Streams
Smart Ideation Smart Realization Smart Utilization
Reporting and
Analytics
Requirements
Management
Model Based Systems
Engineering
AutomationDesign &
Commissioning
Mechanical Design
Model Based
Definition
End-item
Delivery (DD250 or
Airworthiness)
As-designed BOM
Management
MBOM and Bill of
Process
Reliability and System
Safety
CAM / Tooling /
Fixtures
Assembly
Manufacturing
Engineering
Advanced
Aerostructure
Design
3D Electronic Work
Instructions
Material and
Compliance
Management
Technical
Publications
(S1000D)
Maintenance
Planning
Failure Reporting &
Corrective Action
Logistics Support
Analysis
Advanced
Manufacturing
As-Maintained
BOM
1D / 3D Simulation
and
Test Management
Plant
Design &
Optimization
Document
Management
(CDRL/SDRL)
Quality
Management
Manufacturing
Execution
Management
Supply
Chain
Collaboration
Software
Management
Electrical and
Electronics Design
Configuration and
Change MgtIP Protection and
Export ControlSchedule, Cost & Risk
Management
Part
Manufacturing
GSE/EGSE Design
Spares Definition and
Condition of Supply
Maintenance
SimulationService Bulletins
3D Massive Model
Visualization
Capabilities
Manufacturing
Operations
Management
ERP
Integration
Software
Maintenance
Maintenance
Ergonomic
Analysis
Field Experience
Feedback
Obsolete
Management
Manufacturing
Optimization MRO
Integration
Verification Management
Digital Enterprise FoundationSmart
Innovation
Portfolio
Systems Driven Product Development
Integrated Program Planning and Execution
Unrestricted © Siemens AG 2016
Page 27 Siemens PLM SoftwarePage 27
Digital Thread in Product Support Planning and Execution
Design and
Development
MaintainabilityReliability Supportability
Logistics Support
Analysis
Environment &
Operational
Requirements
Customer
Requirements
Training and Training
EquipmentSupply Support Technical Data
Maintenance
Plan
Personnel
Requirements
Support Equipment Infrastructure
Support Concept
Testability
Unrestricted © Siemens AG 2016
Page 28 Siemens PLM SoftwarePage 28
The Digital Enterprise
Connecting Manufacturing to Engineering
Digitalization Cornerstones
• A Digital Enterprise uses transformative technologies to
drive significant improvements in efficiency and agility
• The Siemens Digital Enterprise Suite is built on class-
leading PLM, MOM & Automation portfolios
• The Teamcenter Collaboration platform underpins the
Digital Enterprise and :
• Drives inter-departmental collaboration
• Synchronizes Suppliers and Customers
• Coordinates the network of production facilities
• The rock-solid, bulletproof automation technology for
Speed, Reliability, Safety, Security and Sustainability
+
Unrestricted © Siemens AG 2016
Page 29 Siemens PLM SoftwarePage 29
Digital Enterprise Software Suite -
The Siemens answer to Industry 4.0 requirements
Unrestricted © Siemens AG 2016
Page 30 Siemens PLM SoftwarePage 30
Summary
• Digital Twin provides virtual verification of the
product and process
• Digital Thread ties critical information to its inputs,
processes and outputs
• Siemens provides a unique solution set for
Industrie 4.0 and the digital-thread / digital-twin
• Siemens is a hardware manufacturing company
using our solutions to deliver customer value