disruptive changes of the technical it infrastructure ... · 17 disruptive changes of the technical...

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Disruptive Changes of the Technical IT Infrastructure through Engineering 4.0

17.‐18.05.2017

Dr. Fabrice Mogo Nem, Schaeffler AGProf. Martin Eigner, Technical University of Kaiserslautern

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Disruptive Changes of the Technical IT Infrastructure through Engineering 4.0 | Dr. Fabrice Mogo Nem und Prof. Martin Eigner2

Disruptive Changes of People and Behaviors through Engineering 4.0

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Agenda

Overview on IT‐Technologies 2 Prof. M. Eigner

Schaeffler approaches and Solutions3 Dr. F. Mogo Nem

Summary & Outlook4 Dr. F. Mogo Nem

Introduction and Motivation1 Dr. F. Mogo Nem

Introduction and Motivation

Schaeffler's Engineering 4.0 Strategy "Smart Engineering"

Digital Sales based on new Business Models Customer & Supply Chain Integration | Industry 4.0 Innovations

(Model‐based) Multidisciplinary Product, Manufacturing and Service Engineering

Virtual Validation and Integration

Mobility for

tomorrow

Mobile

Wearables

4 Disruptive Changes of the Technical IT Infrastructure through Engineering 4.0 | Dr. Fabrice Mogo Nem und Prof. Martin Eigner

Product & Service Requirements as inputs

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Introduction and Motivation

Smart Engineering impacts Engineering Data Management and IT Infrastructure


1Integration of Processes

2

Integration of Data and IT‐Systems

3IT‐Solution Delivery Time

Illustrativ!

4

IT‐Solution Delivery Costs (TCO)

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Agenda





Different Integration Technology


integrated

Bimodal

Data Exchange vs. Data Linkage (OSLC)


Exchange Linkage (REST/OSLC)

Tool 1

Tool 2

Tool 1

Tool 2

Exchange of a copy

‐ mostly document‐based‐ often one‐way‐ asynchronous‐ between organizations

Exchange of Links

‐ bidirectional‐ synchronous‐ inside organizations

Components of an Model Based Repository


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

Tabular Representation

Links instead of data exchange!

REST – Representational state transfer: Access resources using stateless operations, everything neededis encoded in the messages (as with URLs / "clicking a link")

OSLC – Open Services for Lifecycle Collaboration Provides the required semantics Based on the principles of Linked Data

• Use URIs as names for things• Use HTTP URIs so that people can look up those names.• When someone looks up a URI, provide useful information,

using the standards (RDF*, SPARQL)• Include links to other URIs. so that they can discover more things.

Open Standards and Web Technologies

Source: wikipedia

Abbreviations:URI: Uniform Resource IdentifierURL: Uniform Resource Locator, a kind of URIRDF: Resource Descriptor Framework


From PLM Items to RDF Triples / Graph Nodes

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...> <Part BOM> <9876...>

//triple elements contain links to respective data

Triple representation

1AB34… 9876…Part BOM

Visual Representation13 Disruptive Changes of the Technical IT Infrastructure through Engineering 4.0 | Dr. Fabrice Mogo Nem und Prof. Martin Eigner

Realization of a Graph- and Repository-based ECMResearch Project VPE University of Kaiserslautern


Graphical GUIwith embeddedWEB Services

Graph BasedVisualization

Link Repository (WEB Services OSLC)

vis.js

Current Visualisation and Search


Graph Based Presentation of ‘Affected Items’ for ECM

RequirementsFunctionsLogical ElementsItems and Assemblies (BOM)ProcessesTools and ressourcesDocumentsSupplier


Vision: Digital Models along the Product Lifecycle


Authoring

System

sTD

M and

PLM

/SysLM

Integration on Authoring System LevelIntegration on Authoring System Level

Integration on TDM/PLM LevelIntegration on TDM/PLM Level

Digital M

odel

The Digital Thread (Traceability)

© Institute of Virtual Product Engineering // 2017 Slide 16

SYSLM Backbone Federated Backbone based on Data Linkage

Service

MCAD

TDM

Digital FactorySystem Architectur

Simulation/Test

Electrik/Elektronic

MechanicSoftwareRequirements

MRP/ERP

Team DataManagement

AuthoringSysteme

MRP/ERP

RM Sy

sML,

…

CA

SE

MC

AD

1 DiF

a

MC

AD

2

ECA

D

2

SIM

2

ECAD TDM

Sim PDM

ECA

D 1

SIM

2

System Lifecycle Management (SYSLM)Engineering

Backbone

Serv

ice

Enterprise ServicePlatform

SIM

1

MES

Authoring Systems via TDM integrated TDM SystemsAuthoring Systems direct integriert

OSLC / REST Technology API/Web Servic based Integration via Data Exchange Linked Data

Disruptive Changes of the Technical IT Infrastructure through Engineering 4.0 | Dr. Fabrice Mogo Nem und Prof. Martin Eigner

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Agenda





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Integration of Processes IT‐Solution Delivery Time

Schaeffler approaches and Solutions

IT‐Solution Delivery Costs (TCO)Integration of Data and IT‐Systems

Smart Engineering impacts Engineering Data Management and IT Infrastructure


Illustrativ!

1 3

2 4



The Engineering Cockpit integrates Processes, Data & Systems

OGPOGP

Role Based Views

Schaeffler Business Processes

PEPPEP OFPOFP ……

EngineeringCockpit

Authoring‐Tools

Engineering Cockpit APPs

TDM/PDM‐Tools

Change Management

Service Request

ManagementReporting

Search and Browse

ConfigurationManagement

……

…

…

ProjectManagement

SystemsEngineering

SoftwareEngineering

Virt. & Phys.Validation

MechanicalEngineering

E/EEngineering

Industrial Engineering

Sales/Service

Req. & Test Engineering

Domains …

Engineering Cockpit Functions

Maintain a cross‐discipline engineering data model

Configure products & systems with multiple baselines at any time

Initiate & monitor changes end‐to‐end across systems

Query & search and generate views and reports

Process & monitor engineering service request and delivery

19

1 2

…

Schaeffler Semantic Information Model



CorporateCockpit

CorporateService

CorporateAnalytics

CorporateOntology Service

Schaeffler Digital PlatformMDM

Manufacturing Cockpit

Sales Cockpit … and other Backbones

Data Lake Schaeffler Data & Application Archive

Digital Customer Experience

Digital Product & Service

The Digital Platform connects Cockpits with domain‐specific Data & Systems

Connected Products

Engineering Cockpit

The Digital Platform…

provides analytics & search services within or across domains

integrates the engineering processes in order to develop & operate connected products

provides field product data to the Engineering Cockpit

utilizes the Schaeffler Semantic Information Model in order to link data across domains

20

1 2

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Bimodal Engineering IT based on Solution Lab


1. From organizational viewpoint

‐ Bringing pre‐developed solutions to a higher maturity for rollout‐ Business Change Management‐ Training and Data Migration‐ Support and Bug‐fixing

‐ Exploration of new capabilities‐ Identification of quick‐wins ‐ Pre‐development of solutions ‐ Governance for IT‐Architecture, Data models and IT‐Interfaces

Traditional

Solution Lab

2.From technological viewpoint

‐ Software stack with the actual versions of productive R&D Tools‐ 4‐stages (D, I, Q, P) are supported‐ Implementation of ITIL processes

‐ Software stack with the newest releases of strategic R&D Tools‐ 3 stages (D, I, S) are supported‐ No productive usage of solutions is planned

ID

QP

ID

S

Traditional

Solution Lab

4.From innovation viewpoint

‐ IT‐centric and evolution‐driven‐ Group intelligence (CCB Board approval required)

‐ Business‐centric and innovation‐driven‐ Swarm intelligence (comparableto crowd engineering)

Traditional

Solution Lab

3. Frommethodological viewpoint

‐ Scope, Time and Costs are fixed‐ Waterfall currently still dominant‐ Agile and Devops in evaluation /preparation

‐ Scope is not fixed, Time and Costsare fixed‐ Waterfall is not feasible‐ Incremental & agile development are dominant

Traditional

Solution Lab

3 4

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Modern repository Technic (All‐inclusive) Premium Subscription Model & Open PLM Community


Modern repository Technic and Subscription Model


3 4

1. Aras Innovator relies on an object‐oriented, integrated repository concept which is self‐describing an easy customizable

2. The repository technology in Aras Innovator can handle external links, BOMs and their configuration logics and any related objects

3. Aras Innovator supports OSLC and other technologies like Web‐services, REST and proprietary connectors

4. Aras Innovator has huge potential to be used for others use‐cases (e.g. E/E TDM, Order Management, Solution Lab, etc.)

1. Free Upgrades for all Major and Minor Releases of Aras Innovator (Including Customizations)

2. Maintenance, Training and Support Incidents

3. Service Packs with Security Updates, Hot Fixes and New Features

4. Productivity Tools including Data Load Tool and Vault Recovery Utility

5. Collaboration and re‐use/exchange of solutions

6. Etc.

Image‐source: Aras Corporation Image‐source: Aras Corporation

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Agenda





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Digitalization strategy @ Schaeffler is fully supported by Smart Engineering (Engineering 4.0)

Smart Engineering highly impacts Engineering IT Infrastructure and Product Lifecycle Management

The Engineering Cockpit is a new backbone solution which enables Smart Engineering and connects Engineering with the Schaeffler digital platform

The Solution Lab approach allows speeding up IT Solution Delivery, reducing costs and increasing business involvement and satisfaction

Modern repository technics and subscription models are strong foundations for fastening development and reducing IT Costs

Summary & Outlook


Summary – Key messages