Industrie du Futur Industry of the Future ISIEM 2016 Padang, Indonesia, 21st September 2016

Transcription

1 Industrie du Futur Industry of the Future ISIEM 2016 Padang, Indonesia, 21st September 2016 Milko Papazoff, CETIM Asia Pacific Adviser

2 Industrie du Futur 1 transversal plan 9 thematic solutions Transports of tomorrow Smart objects New resources Medecine of the future Digital confidence Sustainable city Industrie du Futur Updating of production tools and transformation of business models Data saving Intelligent nutrition Green transport 2

3 Industrie du Futur State Quarterly management board chaired by the Minister of Industry Alliance Industrie du Futur French non-profit organization, open to new members Regional Level Technological Offer Led by Philippe Darmayan President of G.F.I. Grouping of French Industrial Federations Research and Education Co-Presidents Frédéric Sanchez President, Fives Bernard Charlès D.G., Dassault Systèmes 3

4 The Industry of the Future Alliance 12 partners, all rallying around a common ambition Created in July 2015: An association under French law 11 founder members One new member (October 2015) 4

5 Industrie du Futur The Industry of the Future Alliance is tasked with putting into practice the national Industry of the Future project launched by the French Government in April Capitalising on the gains achieved in the «Factory of the Future» plan, this project is designed to play a central role in the New Face of Industry, with : A broader ambition now encompassing industrial modernisation and the use of digital technologies, Reinforced means of assistance, A stronger international dimension, A system of governance that brings together the industrial stakeholders at national and regional levels. Industrie du futur : the same approach than Industrie 4.0 must be understood as a project of and for society as a whole requires a close alliance amongst the private sector, academia, politics, and trade unions 5

6 Industrie du Futur The Industry of the Future Alliance pursues two essential objectives: To modernize the french industrial equipment To support companies in the transformation of their business models The Alliance organises and coordinates, at national level, the initiatives, projects and work targeting the modernisation and transformation of industry in France, in particular with regard to the contribution of digital technologies. To do this, it draws on dedicated working parties. To provide support for the industrial SMEs, its actions are relayed throughout the territory by the regional platforms, with the support of : the networks of the Alliance members local authorities business clusters, to provide support for the industrial SMEs in the field. 6

7 Industrie du Futur To develop the technological offer To support the companies in this transformation To train the employees To reinforce the international cooperation on standards To promote the French Industry of the Future Rallying, Accelerating, Transforming Making France a leader in the world s industrial renewal 7

8 Industrie du Futur To develop winning technologies for the Industry of the Future Goal: to build projects and platforms for each challenge To reference the main technologies, especially for SME To develop a state of the art integrated French offer Multi-materials High cadence composite Working surfaces Virtual prototyping Cloud computing Big data Internet of Things Laser sintering Topological optimization Personnalisation Prototypes High productivity engins Smart Grid Energy efficiency Eco design Composite and materials Digitizing Additive manufacturing Energy efficiency Intelligent machines autonomous micro-factories Traceability Transitic & robotics Cobotique Increased reality Intuitive program Human role Preventive maintenance Smart Sensors Cyberphysical systems Monitoring and control 8

9 Industrie du Futur (4,300 M ) Support to SME In Regions Loans Industry of the Future Call for projects Industry of the Future Investment overdamping Grant for consulting services. Investment support. Technology platforms funding Up to 5 M garantee- free loans for SME with up to 2 years deferred credit. Grants and redeemable funds for very innovative projects & dissemination platforms. A tax reduction up to 13% of the investment value made before April M 1,500 M 100 M 2,500 M 9

10 Industrie du Futur To raise SME awareness to the importance of modernisation GOAL : > 2,000 SME supported 18 committed Regions accompanied by the Alliance. A network of 500 experts 1,200 companies have already benefited from the different regional programs 800 companies have received Flow of Funds loans for a total amounting to 630 M. 10

11 German-French Partnership 11

12 Topic German focus French focus Industry Offer Demand Platforms Supply Innovation Standards Machines Digital Training Technical Initial Automation Robots Man-Machine Interface Ontologies Devices Organizations Flows Foreword : German-French complementarities Smart Devices interconnection Supply Chain Systems of Systems 12

13 Future technologies for manufacturing Mission: Develop winning technologies for the Industry of the Future o o o o Develop strategic technologies to garantee industry sovereignty and competitiveness within societal challenges. Build bleeding edge integrated solutions among the various actors Develop a national technological integration platform network, in particular for SMEs at the local scale. Support the European level development of such network Develop (linked with the «social impact» WG) training programs adapted to new technologies, digital transition and job evolutions 7 key technologies from the strategic supply/demand analysis Digitizing the value chain Automatization Transitics Robotics Additive Manufacturing Composite, new materials and assembly Monitoring and testing Human centric manufacturing Energy Efficiency and environment Dedicated WG for each key technology Specific analysis and mission statements (goal, bottleneck, offer, demand, ) 13

14 Maturity level Future technologies for manufacturing Actions Support Projects emergence: o o Recurrent promotions of success stories through highly visible events as «international innovation challenges for industry» Support and structure of ongoing project initiatives (linked with local and national support structures) o Emergence and setup of projects, mainly around the key technologies, linked to corresponding technological platforms Support Technological Platforms emergence: o o Definitions and typologies (at national, local, etc. levels), census and structuration of «technological platforms» Performed at both local and national scale Insertion into a «AIF platforms network» Indentification and/or creation of national technological platforms to support the 7 key technologies (networked with local platforms along the value chain) 14

15 DIGITAL INTENSITY Digital Production : focus on different problems at different tiers 0- Demand Market adherence, mass customization, customer-designed products Product Families, modularity Services, fly by hour Supply Chain Agile business recomposition (MaaS) and digital Intimacy with customers (Hubs) Logistics optimization SME integration into local competency networks 2- Facility Mastering and tracing ecological and energy flows General services & equipement readiness 3- Line Line optimization in the virtual world (BT, RT) Line flexibility to master diversity and global evolutions of products 4- Station Industrialization of advanced manufacturing techniques, such as : Additive Manufacturing, Composites, Non-destructive Inspection Design For Manufacturing, Manufacturing-based Design, Operations Intelligence 5- Resource (Man, Machine, Material) 6- Interface Automation, Robotics, Cobotics, intelligent Tools. devices plug & play interop. Augmented-Man capabilities (Planning, Processes, Training, VR, Intelligent Tools, Empowerment Tools to bring Man at the core of the manufacturing system & innovation) Real-time federation of product life, processes and diversity information thanks to the Internet of Things (IoT) coupled with the Cloud 15

16 Platform Platform Platform Platform Platform Platform 16

17 The Germany case The Working Groups Five thematic priorities, with goals and focus in 2016 Working Group 1: Reference architectures, standards and norms Chair : Dr. Peter Adolphs, Pepperl + Fuchs Further development of the RAMI 4.0- Model (Reference Architecture Model Industrie 4.0) Standardisation and international cooperation Working Group 2: Research and innovation Chair : Johannes Diemer, Hewlett Packard 2x Industrie 4.0 scenarios Research & Development-Roadmap and innovation strategies Working Group 3: Security of networked systems Chair : Michael Sandner, Volkswagen AG IT-Security for SMES IT-Security within education and training Working Group 4: Legal Framework Chair : Dr. Hans-Jürgen Schlinkert, ThyssenKrupp Highlighting the fields where legislative action is needed Focus on the following fields of law : Civil Law and Civil Procedure Law, ITand Data Protection Law, Product Liability Law, IP-Law, Labour Law Working Group 5: Work, education and training Chair : Dr. Constanze Kurz IG Metall Work, education and training for Industrie

18 Virtual Map Industrie 4.0 German exercise 207 examples of application of Industrie 4.0 within small, medium and large sized enterprises from various branches. Number of employees within the enterprises More than employees 28% 28% employees employees 29% 15% employees [multiple answers possible] Only available in German 18

19 Virtual Map Industrie du Futur French exercise examples of application 100% SME s from various branches Only available in French 19

20 Some comparisons Germany : - High Tech Strategie projects of the future, including Industrie 4.0 Italy : - Cluster Tecnologici Nazionali : Fabbrica Intelligente Plan - Fabbrica del Futuro Plan Volume of robotics in Italy : 2.5 times less than in Germany, 2 times more than in France. United Kingdom : - High Value Manufacturing Catapult Programme - Digital Catapult Programme - Various initiatives linked to the Industry of the Future 20

21 Some comparisons China : - Master Plan XII : 7 strategic emerging sectors = hi-tech industrial machinery, ICT (cloud based), object internet, new materials, ecological production, new energies, pollution less new vehicles. - Made in China 2025 Plan, including priorities to marine, railways and Agriculture sectors. South Korea : - Manufacturing Industry Innovation 3.0 Strategy - Industrial Innovation Committee, with focus on intelligent vehicles and clothing, robotics and medicine of the future + digitalisation of SMEs. Volume of robotics in South Korea : now World No1, ahead of Japan and Germany. U.S.A. : - National Network for Manufacturing Innovation, with 45 new Research Institutes by Material Genome and National Robotics Initiatives 21

22 Milko Papazoff, CETIM ASIA PACIFIC 22