2018 Siemens PLM Europe...2018/10/30 · Page 5 2018-06-05 Siemens PLM Software Typical Challenges •Dependencies across system behaviors… and beyond (V2V, V2X) •Complex attribute

2018 Siemens PLM EuropeWelcome

Realize innovation.Restricted © Siemens AG 2018

Systems Driven Product DevelopmentAn Overview and What’s NewPascal Vera

Etienne Juliot (Obeo)

Agenda:Why is MBSE important

What’s New

Benefits Summary

Restricted © Siemens AG 2018

2018-06-05Page 4 Siemens PLM Software

Disruptive Innovation Accelerates the Needs for MBSE


Page 4 Siemens PLM Software

Products would continue evolving to a software-driven services platform

• 21 million vehicle sales/Y

by 2035

• Sensor integration; more

computing power

• Unlimited Reliability

• Over-the-Air updates

• Adaptive functional safety

• Cyber-Security

• Network Reliability

• 100M lines of code into cars

• Want customized experience

• Multi-sensor fusion systems

• Data networks from mega to

gigabytes

Embedded

Electrification Connectivity - Mobility

Autonomous

• 200+ electric / hybrid car models in 3 Y

• High voltage safety concerns

• Increased EMI complexity

• Energy & power management



Typical Challenges


Page 5 Siemens PLM Software

• Dependencies across

system behaviors… and

beyond (V2V, V2X)

• Complex attribute

balancing (safety,

performance, …)

• Sensors & signal

sophistication

Increased multi-domain

design complexity

• Fast increasing SW

content Industrialize

with DevOps and Agile

• Tone of reentrant data to

feedback upstream

design/dev. phases

• Diagnostic, repair,

update…all ‘on-the-air’

A lot more Software to

develop and integrate

Embedded - IoT - Mobility

• SAE level 5: 1 million

scenarios to validate

controls. Physical testing

only is no longer practical

• Many dependencies

require true cross-domain

verification, integration,

validation

Massive number of V&V

cycles & dependencies

• Optimize costs upfront

with concept design

trade-off & verification

• Reduce cost & improve

quality with Systematic

reuse Vs. Ad Hoc reuse

• Large network of

suppliers – Selection,

closer integration

New competitors,

higher cost pressure



SIMULATION

Model Based Systems Engineering

The most comprehensive model-based cross-domain solution

CONTINUOUSENGINEERING

MULTI-DOMAIN TRACEABILITY AND CONFIGURATION

CROSS-DISCIPLINE PROCESS ORCHESTRATION

EMERGING SYSTEMS ENGINEERING NEEDS

CLOUD SERVICES IoT – V2X

SOFTWAREAND CONTROLS

ALM

Coding

Software quality

ELECTRONICSAND HARDWARE

PCB

EDS & Harness

Net Com

VERIFICATION AND VALIDATION

Test scenarios

Automated testing

Simulation factory

MiL – SiL – HiL

MECHANICALAND PHYSICS

Mechanical CAD

CAE

Materials

SYSTEMSDEFINITION

Requirements

RAMS/xFMEA

Systems Modeling

Process

Teamcenter

Simcenter NX Polarion Xpedition

Simcenter

MindSphereOmneo

Simcenter Capital Volcano

Teamcenter

Digital Twin of

the Product



MBSE Driven Multi-Domain Engineering

TEAMCENTER

Multi-Domain Architecture

Information Model and PLM Services

Active Workspace

“one click away” RFLP data access

Multiple System

Modeling Applications

Teamcenter Active Workspace

Architecture Modeling

Teamcenter System Modeling

Workbench (SMW)

RF

L

P

Structure models

Function models

Operation models

Trade-off

SIMCENTER

1D-3D Simulation

MENTOR EE Design

Behavior models

Simulation

Trade-off

Optimization

EE models & design

HW/SW architecture

Wire-Harness

Software engineering

POLARION + ESDOther integrated

domains (safety, …)

IVVQSystem Synthesis

Co-Simulation

Capital

Xpedition

Mechanical engineering

NX

Modeling Apps

Imagine.lab

STAR-CCM+

NX Nastran

FEMAPHEEDS

Matlab

IVVQ

IVVQ

Framework

Viewpoints

3rd Parties



• Plan

• Specify

• Coordinate

• Align

• Federate

• Configure

MBSE Driven Multi-Domain Engineering

One single RFL/System specification for all Engineers across domains

TEAMCENTER - Multi-Domain Architecture


• Validate

• Integrate

• Map in context

• Track on targets

• Monitor progress

• Enable reuse

ElectricalSystem Synthesis Electronics

E/E Network/Com Architecture

SoftwareRAMS

Reliability – Availability – Maintainability – Safety

Mechanical

Domain Models, Design and Development

Continuous Integration and V&V




Some key integrations worth noting

Composing with customer ecosystems to realize Mechatronics products

Electrical Electronics Software Mechanical

Modeling

Simulation



Multi-Domain Information Model

Integrate with data outside Teamcenter

ECR

-memberName

ChangeRequest

-memberName

Requirements

-memberName

Requirement

-memberName

Relation

-memberName-memberName-memberName

-memberName-memberName



Mapping type

Mapping Relation

Mapping type

Semantic Mapping

Teamcenter typesTool Neutral types

• Provide ability to integrate diverse application, using a common

data structure & a common set of relations

• Insulate the internal data model from external data exchange

• Map Teamcenter types to semantic types; Map relations to

semantic relations; Customers can extend the OOTB mapping

• New types or custom types automatically inherits the mapping

from the parent type

• Show metadata of mapped remote object

• View filtering using relation, type and attributes

• Drill down to multiple levels

Semantic and in context mapping of data from multiple sources

Multi-Domain navigation in Teamcenter Active Workspace



Common Pattern Across Domains for Continuous

Integration-Verification-Validation-Qualification (IVVQ)

Establish

Milestones

Define / Refine

Requirements

Assign Tests to

Plan

Perform Test

Cases

Continuous

Monitoring

Drill Down to

Root Cause



Systems Driven Product Development Approach

Key benefits

ONE single RFL/System specification for all Engineers across domains

Deliver aligned R F L and interfaces specs to xCAD, SW, HW, CAE, Electrical, xFMEA, …

Enforce delivery consistency across domains to prevent integration issues Model based and so verifiable

Enable to Plan, Coordinate and Track Engineering Deliveries across Variations

Continuous Integration, Verification, Validation, Qualification (IVVQ)

Integrated to Program/Project planning and reporting capability

1-click away engineering data to rapidly create IVVQ requests

Support for large scale (x106) verifications across domains

Map V&V evidence and Engineering deliveries in Context for accountability and future reuse

• 1-Click-Away Engineering Data

• Requirement Engineering

• System Modeling Workbench

• System Simulation

• Integrated RAMS (Reliability, Availability, Maintainability, Safety)

• Software Engineering and Polarion ALM

• Continuous IVVQ (Integration, Verification, Validation, Qualification)

• E/E Solutions (w/Mentor)



1-Click-Away Engineering Data

All the Engineering Data at your finger tips

• Multidisciplinary engineering view with 1-click

access to data: requirements, systems, FMEA,

simulations, verifications, physical designs, …

• Data exposed in-context and filtered out to focus on

specific engineering areas and concerns

• Navigation along the RFLP relationships

• Address engineering data complexity

• Time to access right data is dramatically reduced

• Complete and accurate change and impact analysis



Multi-domain requirements & verification

• Major UX improvements in Active Workspace for all

editing actions and traceability

• Tree-view requirement structure compare

• Suspect link management and notifications

• Traceability matrix

• Integrated requirements across all domains and

sources enabling consistent requirement change,

configuration and verification

• Multi-domain requirement views for impact analysis

• Large scale requirement verification

Requirement Engineering



System Modeling Workbench

Large scale Enterprise System Modeling

• Integrated MBSE to capture multi-domain Product

Architecture

• System models and projects management

• Integration of Requirements, Functions, Systems

and Connections with Teamcenter

• Gateway for SysML

• Provide aligned System and Interface specs to

xCAD, SW, HW, CAE, Electrical, xFMEA, …

• Enable to plan, coordinate, track engineering

deliveries consistently across domains




Tooled Method to: Define, Analyze, Design & Validate System, SW, HW Architectures




Description Means and Diagrams




Methodology

Guidance

Semantic Browser

Computed LinksMulti-viewpoints

Trade-off analysis

…and others: modelling Patterns, automated contextual diagrams, synchronization of diagrams,

filters, layers, replicable elements and libraries, HTML outputs

Model ValidationIntegrity, design, completeness, traceability, etc.

Impact Analysis

Automated & iterative

transition

Key Modeling Features



Demonstration – Case Study



Teamcenter Integration



Model Lifecycle Management with Teamcenter

• Project model Export/Import, Check-in/out locking, Save, Update, Revise

• Published diagrams

• Project model traceability

• Security on modeling projects through Teamcenter data access management (rules, ACLs)

• Single-sign on (SSO)



One System specification for all Engineers across domains

Multi-Domain Architecture


ElectricalSimulation Electronics

E/E Network/Com Architecture

SoftwareRAMS

Reliability – Availability – Maintainability – Safety

Mechanical

Active Workspace

System Synthesis

TeamCenter

NX

Polarion +

ESDXpeditionCapital

SysML

Capella


Operation

Function

Structure

Interface

Trade-off

Traceability

Publish

Interoperability



Requirements Integration

• Drag and drop

requirements

referencing

• Integrated

requirements and

semantic browsing

• Navigation of

requirements in

Active Workspace to

project models



Teamcenter System Modeling Workbench (SMW) supports

SysML

Pragmatic support of SYSML

• Simplify SysML to focus on systems architectures

• Save years of ramp-up thanks to a guided

methodology (ARCADIA)

• Target system engineering practitioners instead of

SYSML « expert »

• Long term choice:

open methodology

+ standardized & open data model

+ confirms to Viewpoint standard ISO/IEC 42010

+ 100% compatible with Capella

+ Rely on Open Source Projects

= No vendor lock-in

• Smart SYSML Import to enable adoption



System Simulation

Continuous system verification

• Integrate system synthesis and simulation with

Active Workspace system modeling

• System and RFLP data are derived to create

simulation models

• Closed-loop verification of requirements and targets

• Enable rapid study iterations for optimal results

• Multidisciplinary performance attribute balancing

• Capture results and design decisions for

accountability and future reuse



Integrated RAMS (Reliability, Availability, Maintainability, Safety)

Early analysis of mission and safety critical

systems

• Integrate Reliability, Availability, Maintainability,

Safety analyses to RFL and system models

• Model system failures, behaviors and criticality and

track them against product designs

• Support of standards and auto-generation of doc.

• Mitigate risks upfront at the earliest stages of design

• RAMS assessments consistently passed to domains

• Assessments concurrently used over all product

lifecycle and domains

FMEA Report



Software Engineering and Polarion ALM

Unifying Hardware and Software lifecycle

• Mapping across Teamcenter system & software

architecture to software implementation in Polarion

• Identify and manage dependencies between HW &

SW, SW & SW within common Teamcenter BOM

• Report on the dependencies to visualize the impact

of changes

• Architecture driven SW-HW change & configuration

alignment

• Accurate and complete SW changes via detailed

impact analysis against all related product data



Continuous IVVQ (Integration, Verification, Validation, Qualification)

Integrated verification planning & execution

• Enable planning all aspects of product V&V and

qualification along programs and projects

• Establish accountability on qualification evidences

• Real-time dashboard on progress to completion

• Automation of IVVQ actions for large scale V&V

• Scalable to cope with millions of V&V tasks

• Qualification evidences traceable for lifetime

• Address complex V&V dependencies across domains

• Integrate simulation based V&V technics



Teamcenter System Modeling Integrated to NX

Integrates System and Mechanical domains

• NX automatic creation of logical-physical

relationships allowing cross probing between

systems blocks and parts as well as tracing of

measurable attributes

• Generation of Key Performance Indicator visual

reports and Interface Control Documents in NX

• Allow MCAD Engineers to identify and validate key

design characteristics

• Provide visual methods to track KPIs



Teamcenter System Modeling Integrated to Mentor Capital

Optimize EE Architecture for better Products

• Integrate system functions, understanding defined

targets and returning key metrics

• Optimized EE Architecture in context of

requirements, targets, constraints

• Establishes a digital thread spanning requirements,

safety analysis, multi-domain functional modeling

through E/E architecture, networks & design

• Analyze functional safety & track the impact of

requirement changes



Mentor Capital, NX & Teamcenter Are Interoperable

ECAD/MCAD/PLM Collaboration

• Electro-mechanical RFLP flow

• Real time multi discipline collaboration

• Customizable via “bridge processors”

• Shorter development cycles

• Streamlined compliance & certification

• Reduced project risk

• Fewer design & manufacturing errors

• Faster fault diagnosis & repair



Mentor Xpedition, NX & Teamcenter Are Interoperable

Integrated Electronics Systems Design

• Seamless synchronization of Design data between

Xpedition EDM and Teamcenter

• Real time ECAD-MCAD-PLM multi discipline

collaboration

• 1D-3D Visualization and collaboration

• Collaboration between engineering teams ensures right

first time quality and reduces change cycle time

• Integrate Electronics data in context of the Products for

accountability, regulations and to maximize reuse




Benefits summary

• Early Validation - Maximize Reuse - Reduce program

risk - Eliminate late cycle changes - Flawless launch -

Reduce Warranty Costs

Accelerate Innovation

• Work in right context - Singles source of data across

domains - Intuitive User Interface - Cross Domain

Product IVVQ - Faster search and navigation

Improve Processes

• Model and simulation based to address most

complex products at all stages of developmentHigh Performance

• Leverage customers ‘know-how’ to provide best-

practices process templates and recommendations

for incremental adoption

Best Practices

The most comprehensive model-based cross-domain solution

Presenters

Product Management Director

Product Management / USA / LCS

[email protected]

Thank you.

Obeo VP

Obeo / France

[email protected]