PLM Lifecycle and Knowledge Management PROMISE 2004 2008

  • Slides: 17
Download presentation
PLM, Lifecycle and Knowledge Management § PROMISE 2004 -2008 § IMS 2020 2009 -10

PLM, Lifecycle and Knowledge Management § PROMISE 2004 -2008 § IMS 2020 2009 -10 § WISPR 2011 ? Bjørn Moseng SINTEF © April 2010 1

PROMISE Product Lifecycle Management and Information Tracking using Smart Embedded Systems EU FP 6

PROMISE Product Lifecycle Management and Information Tracking using Smart Embedded Systems EU FP 6 IP 507100 © April 2010 2

PROMISE Closing the information loops DESIGN PRODUCTION MOL EOL Proces s Process Resourc e

PROMISE Closing the information loops DESIGN PRODUCTION MOL EOL Proces s Process Resourc e Produc t Product Materials Service Re-use Re-mfg. Recycling Disposal © April 2010 3

Communicate with your product ? Design Manufacturing BOL Use Maintenance MOL • Where and

Communicate with your product ? Design Manufacturing BOL Use Maintenance MOL • Where and when is my car produced? • What are the specifications of the engine? • Which parts can be repaired or substituted? • How to improve the car by adding new functions? • etc BOL B • What has happened with my car before I bought it? B nnnnn • Which parts have been repaired and when? • When do I have to change/repair my brakes? • How to reduce service/maintenance cost of my car? • etc hhhhhh Reuse Recycling EOL • What is the residual value of my car? • Is this component worth remanufacturing? • How to handle different parts when recycling. • Which components contain hazardous materials? • etc sssssaa © April 2010 4

Closed loop PLM - concept -Knowledge agent -DFX agent PEID -Sensors -Tags -Memory -Data

Closed loop PLM - concept -Knowledge agent -DFX agent PEID -Sensors -Tags -Memory -Data Manufacturer’s Product data DB Data Product PLM Server Data Info Advice Info request PLM agent (reader with antenna) -Diagnosis -Decision making © April 2010 5

PROMISE delivers ü a new generation of PLM system that § uses smart embedded

PROMISE delivers ü a new generation of PLM system that § uses smart embedded IT systems § allows the seamless flow and transformation of data and information to knowledge ü which allow all actors in a product’s lifecycle to manage and control product information § at any moment of its lifecycle § at any place in the world © April 2010 6

What is the PROMISE? Innovation Closing information gap Improving environment © April 2010 7

What is the PROMISE? Innovation Closing information gap Improving environment © April 2010 7

What is the PROMISE? Innovation Closing information gap Improving environment Business Processes Adaptive Design/

What is the PROMISE? Innovation Closing information gap Improving environment Business Processes Adaptive Design/ Design for X … Production Effective Predictive Preventive Tracking & … Maintenance. Decommissioning Recycling Tracing Technologies PEID - Product Embedded Information Device DSS - Decision support systems PDKM - Product Data Knowledge Management Middleware Decision Support Applications Middleware PEID Management Product Data and Knowledge Management Notifications Read/ Write Semantic enrichment Dispatching RFID Products © April 2010 8 Embedded Systems

What is the PROMISE? Innovation Closing information gap Improving environment Technologies PEID - Product

What is the PROMISE? Innovation Closing information gap Improving environment Technologies PEID - Product Embedded Information Device DSS - Decision support systems PDKM - Product Data Knowledge Management Middleware Demonstrators Ten application areas © April 2010 9

What is the PROMISE? Innovation Closing information gap Improving environment Technologies PEID - Product

What is the PROMISE? Innovation Closing information gap Improving environment Technologies PEID - Product Embedded Information Device DSS - Decision support systems PDKM - Product Data Knowledge Management Middleware Demonstrators Ten application areas Business opportunities Business plans Standards © April 2010 10

Architecture and Standards PROMISE Architecture • • • User requirements drawn from 10 different

Architecture and Standards PROMISE Architecture • • • User requirements drawn from 10 different industrial applications Applications cover the complete product lifecycle and across different industrial sectors Specifications defined for each interface and component of the architecture PROMISE Standards • • Standard for product data representation Standard for product data exchange © April 2010 11

PROMISE applications © April 2010 12

PROMISE applications © April 2010 12

Predictive maintenance of machine tools MOL © April 2010 13

Predictive maintenance of machine tools MOL © April 2010 13

Application areas © April 2010 14

Application areas © April 2010 14

PROMISE figures Duration 42 months 2004 -08 Total cost of EU project is 14,

PROMISE figures Duration 42 months 2004 -08 Total cost of EU project is 14, 6 mill € EU part sponsored by EU Commission (8 mill €) Europe - IMS co-operation research project Ø Europe - Australia - Japan - USA - Korea © April 2010 15

PROMISE partners (Europe) © April 2010 16

PROMISE partners (Europe) © April 2010 16

For more information www. promise. no/ www. promise-plm. com/ © April 2010 17

For more information www. promise. no/ www. promise-plm. com/ © April 2010 17