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System Lifecycle Management as a Bimodal IT Approach

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Page 1: System Lifecycle Management as a Bimodal IT Approach
Page 2: System Lifecycle Management as a Bimodal IT Approach

Page 3: System Lifecycle Management as a Bimodal IT Approach

Page 4: System Lifecycle Management as a Bimodal IT Approach

Page 5: System Lifecycle Management as a Bimodal IT Approach
Page 6: System Lifecycle Management as a Bimodal IT Approach

IaaS stands for Infrastructureas a service. PaaS stands for Platformas a Service and, finally, SaaS stands for Software as a Service

SaaS only for Bimodal PLM(aut. upgrade of customized PLM)

Page 7: System Lifecycle Management as a Bimodal IT Approach
Page 8: System Lifecycle Management as a Bimodal IT Approach

Presentation Layer

WorkflowExtensibility /

Methods

Data Model

ExternalSystems

ObjectLifecycle

Workflows triggerLifecycleTransitions and methods

Methods are used toaccess external datasources in real time

RDB

AutomaticalTransfer

Process Model Layer

Page 9: System Lifecycle Management as a Bimodal IT Approach

ExternalSystems

Process Model Layer

Presentation Layer

WorkflowExtensibility /

Methods

Data ModelObject

Lifecycle

Access Aras from everywhere using a web browser

Manage object life cycles using Lifecycle Maps, controlled manually

or by workflows

Control processes using Aras‘s Workflow Engine

Create and manage interconnected and federated data

Extend Aras by coding custom methodsExternal items or

attributes in Aras using federated items. The federated property is retrieved by a method:WEB service, REST, OSLC,…..

RDB

AutomaticalTransfer

Page 10: System Lifecycle Management as a Bimodal IT Approach
Page 11: System Lifecycle Management as a Bimodal IT Approach

Page 12: System Lifecycle Management as a Bimodal IT Approach
Page 13: System Lifecycle Management as a Bimodal IT Approach

Direct Integration 3 Layer, Simple TDM 3 Layer, ext. TDM

AuthoringSystem

Trend: Higher Intelligence of Authoring Tools Onshape

TDM/PDM

Page 14: System Lifecycle Management as a Bimodal IT Approach

Versioning and History as part of

Authoring Systems

Page 15: System Lifecycle Management as a Bimodal IT Approach
Page 16: System Lifecycle Management as a Bimodal IT Approach

Bimodal

integrated

Page 17: System Lifecycle Management as a Bimodal IT Approach
Page 18: System Lifecycle Management as a Bimodal IT Approach

Document and BOM centric Digital Model and Digital Twin

Hierarchical StructuresMechanic is dominant

Hierarchical, linear und network oriented structuresMechatronic and Software is dominant

M. Eigner, C. Muggeo, M. Pfenning

Page 19: System Lifecycle Management as a Bimodal IT Approach

Mechanics

Airplane

Wing

Hydraulic

Electronic

Software

PCB

Landing Gear

………

Manuals

…..

Purchased Assy

Sensor

AML / AVL

Electric

Landed

ReverseEngine

Aileron

BOM shows the physicalrelationships

Behavior Diagram shows thefunctional relationship

We need both of them!!!

Page 20: System Lifecycle Management as a Bimodal IT Approach

1.1

1.2

1.3

1.1

1.2

1.3

Element A Element B

1.1

1.2

1.3

Element C

Zeit

Ba

selin

e 1

.1

Page 21: System Lifecycle Management as a Bimodal IT Approach
Page 22: System Lifecycle Management as a Bimodal IT Approach

Vision: Digital Models along the Product LifecycleA

uth

ori

ng

Syst

ems

TDM

/PD

M a

nd

PLM

/Sys

LM

Integration on Authoring System Level

Integration on TDM/PLM Level

Dig

ital

Mo

del

Page 23: System Lifecycle Management as a Bimodal IT Approach

Vision: Digital Models along the Product LifecycleA

uth

ori

ng

Syst

ems

TDM

/PD

M a

nd

PLM

/Sys

LM

Integration on Authoring System Level

Integration on TDM/PLM Level

Dig

ital

Mo

del

The Digital Thread (Traceability)

Page 24: System Lifecycle Management as a Bimodal IT Approach

Vir

tual

Wo

rld

Re

al W

orl

d

Dig

ital

e M

od

el

Dig

ital

Twin

for

pro

toty

pes

pro

du

ctio

n

An

dSe

rvic

e

Prototyp Twin

R1a R2a R2c

………..

Product Line A Product Line B

Rea

lP

rod

uct

SNx1 a

SNy1 a

Digital Model and Digital Twin

SNx1 a

SNy1 a

1b 1c 1d

1b………..

………..

Enterprise IoT Plattform(EIP)

2b

PRPR = Product Release 150% BOM

1b 1c 1d

2b 2c

Feedback in Development with impact on the Digital Model

PT Ny9bPTNz8c

SysL

M/E

RP

?Produktion Twin 100%

PRny1aPRnx1a

Service Twin < 100%

PR = Product ReleasePT = PrototypePR = ProductionN = Number (Prototype/Serial)

Page 25: System Lifecycle Management as a Bimodal IT Approach

PR1a = Product release 1(rev) a (ver)Based on the 150% BOM incl. all Variants

PRy1a

Digital ModellPLM

Based on an order #, options and Release Levela 100% Production Twin (PT) will be generated (as built). The ID is the order #, product # and or direct serial # and Rev/Ver

Production TwinPLM, MES, MRP

SNy1 a

Service Twin(stored in the phys. product

and or on the EnterpriseIoT platform)

The Service Twin (ST) (as maintained) is a subset of the Production Twin. All parts/components not relevant for tracing will be removed. The ID is the Serial # and Rev/Ver. The ST is a temporary snapshot and must be synchronized in case of MRO. The ST does not need all the history and effectivity driven information of PLM.

Page 26: System Lifecycle Management as a Bimodal IT Approach
Page 27: System Lifecycle Management as a Bimodal IT Approach

Page 28: System Lifecycle Management as a Bimodal IT Approach

Aras Relationship

<Item type="Part" id="1AB34..."><Relationships>

<Item type="Part BOM" action="get"><related_id>

<Item type="Part" id=“9876...">

</Item></related_id>

</Item></Relationships>

</Item>

Aras AML representation

<rdf:RDF<rdf:Description rdf:about="aras://1AB34...">

<aras-mockup:PartBOMrdf:resource="aras://9876...">

</aras-mockup:PartBOM></rdf:Description>

</rdf:RDF>

RDF/XML representation

1AB34… 9876…Part BOM

Visual representation

Page 29: System Lifecycle Management as a Bimodal IT Approach
Page 30: System Lifecycle Management as a Bimodal IT Approach

Graphical GUIwith embedded

WEB Services

Graph BasedVisualization

Link Repository (WEB Services OSLC)

vis.js

PDM

Page 31: System Lifecycle Management as a Bimodal IT Approach

Requirements

Functions

Logical Elements

Items and Assemblies (BOM)

Processes

Tools and ressources

Documents

Supplier

Page 32: System Lifecycle Management as a Bimodal IT Approach

System Lifecycle Management (SysLM)

MES

Authoring Systems via TDM integrated TDM SystemsAuthoring Systems direct integriert

OSLC and REST Technology API/Web Servic based Integration via Data Link or Exchange

Page 33: System Lifecycle Management as a Bimodal IT Approach
Page 34: System Lifecycle Management as a Bimodal IT Approach

Strategic Target Architecture (With markers)

34

Architecture PLM CockpitA

uth

ori

ng

-

Syste

ms

TD

M/P

DM

-

Syste

ms

PL

M

Backb

on

e

IoT

En

terp

rise

Pla

ttfo

rm

Project

Management

Systems

Engineering

Software

Engineering

Virt. & Phys.

Validation

Mechanical

Engineering

IOT

Co

nte

nt

Serv

er

E/E

Engineering

Industrial

Engineering

Sales/

Service

IBM

Strategically not supported Should be supported as global solution

Requirement &

Test Engineer.

Business Logic & Integration

Graphical User Interface (role based Apps)Service

Request

Management

Reporting

PL

M

Co

ck

pit

Search and

Browse

Dig

ita

l P

latf

orm

(IB

M)

EP

LA

N

Altiu

m

Me

nto

r

Cre

oD

elm

iaP

rocess

Eng.

V6

Pla

n

Sim

ula

tio

n

En

terp

rise A

rch

ite

ct

Inte

grity

Mo

de

ler

Rh

ap

sod

y

Inte

grity

Life

cycle

Mg

er

Do

ors

+ R

QM

+

Ch

an

ge

Re

qM

an

Pla

nis

wa

re

PS

R

(Pro

ject S

tatu

s R

eport

ing)

MS

Pro

ject

Inte

grity

Life

cycle

Mg

er

Syn

erg

y a

nd

Cha

ng

e

Su

ite

Oth

ers

Sa

lesfo

rce

/ M

edia

s

Ma

ßb

latt

SV

N

SA

P

Cre

o

Co

nfig

ur

ato

r

WT

TL

DB

, o

the

rsSA

P

Matlab,

Bearinx,

Famos,

Abaqus…

Hyp

ert

es

t

ER

S

En

ovia

SA

P

?

Workflow EngineApplication Integration

(Webservice, REST, OSLC, …)

Federated Repository

(Data Backbone)

Change

Management

Configuration

Management

B

Fabrice Mogo Nem

Page 35: System Lifecycle Management as a Bimodal IT Approach

Strategic Target Architecture with different Structures

35

Architecture PLM CockpitA

uth

ori

ng

-

Syste

ms

TD

M/P

DM

-

Syste

ms

PL

M

Backb

on

e

Project

Management

Systems

Engineering

Software

Engineering

Virt. & Phys.

Validation

Mechanical

Engineering

IOT

Co

nte

nt

Serv

er

E/E

Engineering

Industrial

Engineering

Sales/

Service

IBM

Strategically not supported Should be supported as global solution

Requirement &

Test Engineer.

Business Logic & Integration

Graphical User Interface (role based Apps)Service

Request

Management

Reporting

PL

M

Co

ck

pit

Search and

Browse

Dig

ita

l P

latf

orm

(IB

M)

Pla

nis

wa

re

PS

R

(Pro

ject S

tatu

s R

eport

ing)

Workflow EngineApplication Integration

(Webservice, REST, OSLC, …)

Federated Repository

(Data Backbone)

Change

Management

Configuration

Management

EP

LA

N

Altiu

m

Me

nto

r

Cre

oD

elm

iaP

rocess

Eng.

V6

Pla

n

Sim

ula

tio

n

En

terp

rise A

rch

ite

ct

Inte

grity

Mo

de

ler

Rh

ap

sod

y

Inte

grity

Life

cycle

Mg

er

Do

ors

+ R

QM

+

Ch

an

ge

Re

qM

an

MS

Pro

ject

Inte

grity

Life

cycle

Mg

er

Syn

erg

y a

nd

Cha

ng

e

Su

ite

Oth

ers

Sa

lesfo

rce

/ M

edia

s

Ma

ßb

latt

SV

N

SA

P

Cre

o

Co

nfig

ur

ato

r

WT

TL

DB

, o

the

rsSA

P

Matlab,

Bearinx,

Famos,

Abaqus…

Hyp

ert

es

t

ER

S

En

ovia

SA

P

?

ALM (Requirements, System Architecture, Software)Hierachical(R / F / L)

Network(B / F / L)

1.1

1.2

1.3

1.1

1.2

1.3

OperationApplication

Calibration

Zeit

Ba

selin

e 1

.1

1.1

1.2

1.3

Trunk/Branch/Merge(Software)

PDM

CA

ERP

Ressources

MBOM

Routing

EBOMDocuments

B

Fabrice Mogo Nem

IoT

En

terp

rise

Pla

ttfo

rm

Page 36: System Lifecycle Management as a Bimodal IT Approach

Graph Presentation of ‚Affected Items‘ in an ECR Process <As Is>

36

Architecture PLM CockpitA

uth

ori

ng

-

Syste

ms

TD

M/P

DM

-

Syste

ms

PL

M

Backb

on

e

Project

Management

Systems

Engineering

Software

Engineering

Virt. & Phys.

Validation

Mechanical

Engineering

IOT

Co

nte

nt

Serv

er

E/E

Engineering

Industrial

Engineering

Sales/

Service

IBM

Strategically not supported Should be supported as global solution

Requirement &

Test Engineer.

Business Logic & Integration

Graphical User Interface (role based Apps)Service

Request

Management

Reporting

En

gin

ee

rin

gg

Co

ck

pit Search and

Browse

Dig

ita

l P

latf

orm

(IB

M)

EP

LA

N

Altiu

m

Me

nto

r

Cre

oD

elm

iaP

rocess

Eng.

V6

Pla

n

Sim

ula

tio

n

En

terp

rise A

rch

ite

ct

Inte

grity

Mo

de

ler

Rh

ap

sod

y

Inte

grity

Life

cycle

Mg

er

Do

ors

+ R

QM

+

Ch

an

ge

Re

qM

an

Pla

nis

wa

re

PS

R

(Pro

ject S

tatu

s R

eport

ing)

MS

Pro

ject

Inte

grity

Life

cycle

Mg

er

Syn

erg

y a

nd

Cha

ng

e

Su

ite

Oth

ers

Sa

lesfo

rce

/ M

edia

s

Ma

ßb

latt

SV

N

SA

P

Cre

o

Co

nfig

ur

ato

r

WT

TL

DB

, o

the

rsSA

P

Matlab,

Bearinx,

Famos,

Abaqus…

Hyp

ert

es

t

ER

S

En

ovia

SA

P

?

Workflow EngineApplication Integration

(Webservice, REST, OSLC, …)

Federated Repository

(Data Backbone)

Change

Management

Configuration

ManagementRequirements

Functions

Logical Elements

Items and Assemblies

Processes

Tools and resources

Documents

Supplier

EP

LA

N

Altiu

m

Me

nto

r

Cre

oD

elm

iaP

rocess

Eng.

V6

Pla

n

Sim

ula

tio

n

En

terp

rise A

rch

ite

ct

Inte

grity

Mo

de

ler

Rh

ap

sod

y

Inte

grity

Life

cycle

Mg

er

Do

ors

+ R

QM

+

Ch

an

ge

Re

qM

an

MS

Pro

ject

Inte

grity

Life

cycle

Mg

er

Syn

erg

y a

nd

Cha

ng

e

Su

ite

Oth

ers

Sa

lesfo

rce

/ M

edia

s

Ma

ßb

latt

SV

N

SA

P

Cre

o

Co

nfig

ur

ato

r

WT

TL

DB

, o

the

rsSA

P

Matlab,

Bearinx,

Famos,

Abaqus…

Hyp

ert

es

t

ER

S

En

ovia

SA

P

?

ALM (Requirements, System Architecture, Software)Hierarchical

(R / F / L)Network(B / F / L)

1.1

1.2

1.3

1.1

1.2

1.3

OperationApplication

Calibration

Zeit

Ba

selin

e 1

.1

1.1

1.2

1.3

Trunk/Branch/Merge(Software)

PDM

CAD

ERP

Resources

MBOM

Routing

EBOMDocuments

C

Fabrice Mogo Nem

IoT

En

terp

rise

Pla

ttfo

rm

Page 37: System Lifecycle Management as a Bimodal IT Approach