Methods and Tools for Effective Knowledge Life-Cycle-Management

KM Needs and Concepts.- An Overview on Knowledge Management.- Manufacturing Knowledge Work: The European Perspective.- Building a Knowledge Share Culture in a Virtual Organization. Case Study for VRL-KCiP NoE.- Influence of Multi-Culturality in Virtual Teams.- A Web and Virtual Reality Based Paradigm for Collaborative Management and Verification of Design Knowledge.- Knowledge Management in the Virtual Enterprise: Web Based Systems for Electronic Manufacturing.- EDEN(TM).- Misunderstandings in Global Virtual Engineering Teams: Definitions, Causes, and Guidelines for Knowledge Sharing and Interaction.- A Knowledge Network Approach Supporting the Value Chain.- Formulating an Expertise Map in the VRL-KCiP.- Representation and Navigation Techniques for Semi-Structured Knowledge in Collaborating Communities.- The Use of Conceptual Maps for Competencies Mapping and Knowledge Formalization in a Virtual Lab.- Production Paradigms Ontology (PPO): a Response to the Need of Managing Knowledge in High-Tech Manufacturing.- KM Models, Methods and Tools.- Compatibility Knowledge in Fuzzy Front End.- Development of a Conceptual Reference Framework to Manage Manufacturing Knowledge Related to Products, Processes and Production Systems.- FBS-PPRE, an Enterprise Knowledge Lifecycle Model.- Knowledge Management for Industrial Heritage.- The Role of Knowledge Management in Supporting a Radical Innovation Project.- Improved Utilisation of Organisational Documents Using a Conceptual Framework.- Applications of Knowledge Engineering Approaches for Design.- Generation of Design Knowledge from Product Life Cycle Data.- Reference Architectures as Knowledge Management Tools Guiding and Supporting Enterprise Engineering.- Knowledge Networks, Methods and Tools Analysis for Information Validity: CaseStudy Feed Back.- Case in Manufacturing Knowledge Management.- Knowledge Management in a Virtual Lab Collaborative Training Project: A Mini-Formula Student Car Design.- Case Study in Design:

Prof. A. Bernard was graduated in 1982 at ENS Cachan. He contributed to LURPA laboratory since 1983 and obtained his PhD in 1989, on 3D feature-based manufacturing of forging dies. Then, as an assistant professor, he worked in Ecole Centrale Paris on product, technology and process modelling. He also created, in 1993, the rapid prototyping and reverse engineering platform of Ecole Centrale Paris, the CREATE. From September 1996 to October 2001, he has been Professor in CRAN laboratory in Nancy, where he managed a research group on mechanical and production engineering. Since 2001, he has been Professor in Ecole Centrale de Nantes. He was the Head of the "Industrial products and systems engineering" department for three years and he is now Deputy Director for Research of Ecole Centrale de Nantes. Concerning his recent research activities, he founded and was the Head of the "Virtual Engineering for industrial engineering" research team in IRCCyN laboratory for four years.

Prof. A. Bernard has been the vice-president of AFPR (French Rapid Prototyping Association) and its representative in GARPA (Global Alliance of Rapid Prototyping Associations) for 15 years. Since July 2003, he has been one of the members of the delegation for scientific evaluation at the French Ministry of Research for four years.

Prof. A. Bernard is member of national scientific committees and of professional and scientific international organizations. He is also member of the editorial board of six journals (Rapid Prototyping J, IJ PLM (Guest Editor Europe), IJ Product Development, IJ Numerical Engineering, Virtual and Physical Prototyping J, Academic J Manufacturing Engineering) and reviewer for others (CAD, Computers in Industry, CERA, Robotics and CIM, IJ CIM, J Engineering Manufacture, Engineering Applications of Artificial Intelligence, IEEE Transactions on Automation Science and Engineering, ASME Transactions Journal of Computing information Science in Engineering, IJ Design and