Fabrice Mogo Nem. Engineering Networks Holistic approach for multidiscipiinary Product Lifecycle Management. Band 9

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1 / TECHNISCHE UNIVERSITÄT Lehrstuhl für Virtuelle Produktentwicklung KAISERSLAUTERN Prof. Dr.-lng. Martin Eigner Fabrice Mogo Nem Engineering Networks Holistic approach for multidiscipiinary Product Lifecycle Management Schriftenreihe VPE Band 9 Herausgeber: Prof. Dr.-lng. Martin Eigner

Martin Eigner Fabrice Mogo Nem Engineering Networks Holistic approach

2 Contents 1 Introduction Motivation Problem Statement, Product-data-related problems Process-related problems IT-System related problems Contributions and Goals Structure of this work 9 2 Preliminaries and State of the Art Introducing product lifecycle Product Engineering in mutation Mechatronics Increasing product complexity Increasing process complexity Illustrating scenario Product Lifecycle Management Benefits of applying PLM IT-Systems involved in a PLM-Solution PLM also for Small-&Medium-Sized Enterprises Fundamentals of data modeling Product Data Management Product and Document Structures Product Family and Variant Management Product Configuration Management Configuration Management in general Software Configuration Management Business Process Management Terminologies around BPM 35 iii

2.3 Increasing process complexity 18 2.2.4 Illustrating scenario 19 2.3 Product Lifecycle Management 21 2.3.1 Benefits of applying PLM 21 2.3.2 IT-Systems involved in a PLM-Solution 21 2.3.3 PLM also for Small-&Medium-Sized Enterprises 22 2.

3 iv Contents Benefits of BPM Business processes in context of PLM Engineering Processes and Engineering Workflows Modeling Business Processes Dealing with Process Variability Dealing with Process Flexibility Multidisciplinary product lifecycle management Standard for the exchange of product data (STEP) Leveraging the standard STEP Product Ontologies Summary 60 3 Requirements Analysis Supporting scenarios Scenario 1: Mechatronic product engineering Scenario 2; Product and Engineering processes Requirement specification Summary 75 4 Customization of PDM-Systems PDM-Systems at the heart of PLM-Solutions Functionalities in PLM-Solutions Architecture concepts for PLM-Solutions Architecture for multidisciplinary PLM-Solutions Customization of PDM-Systems When a PDM-System becomes a product Some scenarios for customizing PDM-Systems Discussion and Targets Leveraging Product Line Engineering Introducing Product Line Engineering Benefits and difficulties applying PLE Holistic approach using Engineering Networks PDM-System architecture Vision in Engineering Networks Summary 95 5 Conceptual foundation of Engineering Networks Introduction 97

9 Summary 60 3 Requirements Analysis 65 3.1 Supporting scenarios 65 3.1.1 Scenario 1: Mechatronic product engineering 65 3.1.2 Scenario 2; Product and Engineering processes 69 3.

4 Contents v 5.2 The concept of Engineering Object Theoretical foundation Distinction from theoretical foundation Properties of Engineering Objects View-based data modeling in EN The notion of Views on product data The notion of View of Engineering Objects Views of Engineering Objects and Properties Views of Engineering Objects and Relationships Types of Relationships between Engineering Objects Organization Structure and Access Control Modeling organization structures Access control using Viewpoints Lifecycle evolution in Engineering Networks Introducing object lifecycle modeling Issues when considering lifecycle models of EOs Approaches for synchronizing object lifecycle models Lifecycle Synchronization in EN Process modeling philosophy in EN Basic modeling elements for Engineering Processes Specializations of basic modeling elements Engineering Processes and Lifecycle Models Supporting Engineering Process Variability Solution overview Modeling process families Definition of parameters and configuration rules Process configuration Discussion Holistic change management support in EN Version Management Change management for Engineering Objects Change management for Engineering Processes Summary and Related approaches Metamodel for Engineering Networks Introduction The ENObjectModel metamodel The ENCore metamodel 151

4.5 Types of Relationships between Engineering Objects 108 5.5 Organization Structure and Access Control 112 5.5.1 Modeling organization structures 112 5.5.2 Access control using Viewpoints 113 5.

5 vi Contents The ENRelationships metamodel The ENProcess metamodel The ENLifecycle metamodel The ENExpression metamodel Summary Implementation and Validation Prototypical Implementation Architecture of the prototype Some preliminary screen-shots of the prototype Description of validation scenarios The vehicle overhead console Product-related data of the overhead console Process-related data of the overhead console Validation Definition of an organization structure Definition of a mechatronic product data model Definition of lifecycle models Definition of variant-rich engineering processes Instantiation of the product data model Summary Summary and Outlook Summary Outlook 183 List of Figures 185 Nomenclature 189 Bibliography 193

2 Description of validation scenarios 162 7.2.1 The vehicle overhead console 162 7.2.2 Product-related data of the overhead console 163 7.2.3 Process-related data of the overhead console 165 7.

An Approach for a Model Based Development Process of Cybertronic Systems. Martin Eigner, Christian Muggeo, Thomas Dickopf, Karl-Gerhard Faißt

URN (Paper): urn:nbn:de:gbv:ilm1-2014iwk-145:5 58 th ILMENAU SCIENTIFIC COLLOQUIUM Technische Universität Ilmenau, 08 12 September 2014 URN: urn:nbn:de:gbv:ilm1-2014iwk:3 An Approach for a Model Based