List of initiatives for Digitisation of Industry from Member States and Regions in Europe

Transcription

1 List of initiatives for Digitisation of Industry from Member States and Regions in Europe Member State/Regions Austria Belgium Belgium- Wallonia Belgium- Flanders Programme Objective Focus Priorities Method Funding Source Produktion der Zukunft (Production of the Future) MADE DIFFERENT Factories of the future Marshall 4.0 Flanders Make Increase innovation in Austrian production sector Increase the efficiency of the current R&D expenditure Improve cooperation and networks at European and international level Improve competitiveness of Austrian industry Increasing overall competitiveness of the manufacturing industry Structure an industrial policy based on innovation and growth. Strategic research centre Flanders digital Research & Incubation Institute Technological and process innovation Process innovation Innovating development Product & technology innovation Efficient production processes and systems; flexible manufacturing processes; value networks; methods and tools for planning, simulation and data-management; additive manufacturing; material science; biobased industries; Nano-technologies World-class production technologies; End-to-End Engineering; Simultaneous product and production development; Human-centred production; Networked factory; Eco-production; Smart production 5 axis. Human capital, innovating industries, infrastructures, energy efficiency and circular economy, digitization Factory of the Future; Vehicle of the future; Machine of the future; IoT; Data; Security RTD projects for cooperative applied research and development; Endowed professorships; Pilot factories; Open stakeholder platform; Competence centres; Basic programme bottom-up; Bridge (Transfer programme) partnerships Supporting innovative companies in competitiveness poles mixing industrial partners and university research Industry driven research projects carried out by a mix of industry partners and university research groups. Up to 125 Mn per year Up to 280 Mn by the end of 2015 (unclear proportion for digitasing industry) n 8.4 Mn per year e/ 2,5 billion on 5 years ( ) Mn for "digitization" axis lan-marshall e/ Belgium- Flanders iminds Czech Republic Průmysl 4.0/ Industry 4.0 Strategic research centre Flanders digital Research & Incubation Institute Technological prerequisites and vision, requirements concerning applied research, standardization, safety/security/reliability; Impacts on labour market, skills and social impacts, impacts on education system; regulatory framework Product & technology innovation Smart devices & technology innovation Factory of the Future; Vehicle of the future; Machine of the future; IoT; Data; Security The "Action Plan for the implementation of Industry 4.0" will include measures to support investment and standardization, applied research, human resources development and continuing education, cyber security and relevant legislation, application of innovative technologies in energy, transport and Smart Cities. To be submitted to the government in Spring 2016 Industry driven research projects carried out by a mix of industry partners and university research groups. The initiative is operated by Arburg nt html

2 Denmark Finland Academy of Denmark (MADE) FIMECC PPP Programmes MANU - Digital manufacturing technology & systems ( ) Support the manufacturing industry in Denmark and maintain its position as a leader of innovation To increase competitiveness of the Finnish manufacturing industry by means of digitalization. Demanding welded structures and their simulation; Digital design and manufacturing; Machining and its control through digitalization; information management; Execution System for SMEs; Research on 3D printing technologies Mn DKK PPP research programme 155M (Industry 45%, Tekes 45%, Universities & Research Institutes 10%) grams S-STEP - Smart technologies for lifecycle performance ( ) To create an industrial internet technology that enables superior services for the Finnish technology industry. Next level on machines and devices embedded intelligence; Capabilities to harness the industrial internet technologies for significant value creation; Industry specific simulation and prediction technologies; Empowered field service personnel with novel interaction & data analysis tools for easy access to situational relevant knowledge. SIMP - System integrated metal production ( ) To further increase its global competitiveness by integrating digitalisation and sustainability in a system integrated manner. Software development focusing on digitalizing complex process models and making them operable in real-time in a gate-to-gate systemic plant environment. Finland S4Fleet ( ) DIGILE (ICT Alliance with China) To improve profit creation of service business in technology-based firms by creating enablers for highvolume, dynamic and global service business Increase the know-how and develop the tools required by the Internet economy DIGILE creates digital business Cooperative national and international research programs to create new technological and Intelligence to enable strategic decision making over the global fleet and transformation towards service business; Capabilities to enable global operational excellence and dynamic service delivery over distributed fleet; Technological ICT solutions and algorithms for fleet management Research programs Communal development of service business Internationalization Funded by Tekes

3 Finland France TEKES Industrial Internet Nouvelle France Industrielle/ Industrie du Futur/ Alliance pour l'industrie du Futur ecosystems to enable new global growth business for DIGILE s owners and partners Renew the business operations of companies through the Industrial Internet and encourage companies from different fields to engage in new kinds of cooperation. Competitiveness Employment SME's development business innovations FORGE Service Lab SME's diagnostics and modernization incentives Development of the national offering Showcase pilot projects Eco projects Development of the advanced manufacturing techniques Refinement of big data masses to support business, business based on machine-to-machine communication and real-time service and production processes. Supply Chain optimization. as a Service (MaaS). SME's integration. Collaboration and execution hubs. Support of eco-investment. Digitalization, Design for, Intelligence. Support of flexibility and diversity. Advanced manufacturing techniques (additive manufacturing, composites, non-destructive inspection), and their dissemination. Man (augmented through Cobotics, Virtual Reality, on-line knowledge services) placed at the core of the factory of the future. in order to leverage his cognitive functions for innovation, excellence and continuous change. 'System of systems' vertical integration from Supply Chain down to IoT interfaces. continuous Industry projects and collaborative company-academia projects. An open, industry driven forum Finnish Industrial Internet Forum (FIIF, has been established catalyzes starting, testing, planning, breeding fast activities, which concretize the Industrial Internet visions into a good, sustainable business for Finnish companies, incl. speedingup new businesses enabled by the Industrial Internet; developing new business and growth for existing companies and their value chains; finding new seeds for SME growth through new products, services and markets and new markets for product, service and ICT companies. Regional Programs for the diagnostic of 2000 SMEs, and support of modernization projects Schemes for Eco performance projects Industrial pilot projects R&D projects 100 M (Tekes funding appr. 50 M ) rammes-and-services/tekesprogrammes/industrialinternet--businessrevolution/ 7,6 Md fr/vousorienter/industrie/nouvellefrance-industrielle om/industrie-dufutur v.fr/secteursprofessionnels/economienumerique

4 France Programme des Investissements d Avenir - Investments for the Future Programme Competitiveness Growth Employment SME s development Innovation Strategic initiatives which aim to boost French competitiveness by massively investing over the long-term in innovative projects which will eventually be a source of growth adaption through collaborative innovation. Research Higher education and vocational training Industry and SMEs Sustainable development Digital technology Biotechnology Nuclear energy The programmes takes the form of a series of calls for proposals designed to promote French excellence in fundamental research and industrial innovation, technology transfer, maturation, etc. 57 Md r/investissements-d-avenircgi v.fr/secteursprofessionnels/economienumerique France France/ Île-de- France Transition Numérique Plan Industries Île-de-France The program Transition Numérique aims at making sensitive and at accompanying the very small businesses and SME in their appropriation of the new digital tools. The Plan Industries Île-de- France integrates a specific Factory of the future program aiming at optimizing productive performance, improving the competitiveness of industrial SMEs, providing support for strategic and commercial/international development. Ile-de-France RIS 3 strategy: industries of the future is a transversal issue that concerns every Use of the digital technology for SME (down to 50 employees) Support measures targeting SMEs (strategy, sustainable development, digitalization, robotics, productive performance, etc.) Sustaining innovative collaborative projects about technologies and processes concerning FoF Three objectives: - structuring and developement of skills of the network of " advisers in the digital technology " who are the direct contact of the business managers; - the constitution of a knowledge base for these advisers, to help them in their actions with the business managers, in particular with SME : discovery and put work of the digital technology, on the tools which correspond to needs of SME (ecommerce, billing, marketing,.); - a better visibility on the digital practices in small companies, in particular on the brakes in the adoption of the digital tools and on their new needs. Modernisation of the production tool; Integration of digital and information systems; Vocational training and wellbeing in the workplace; Clean, energy sober and safe factory. Health; transport/mobility; energy/environment Advanced manufacturing processes; Adaptative and cognitive production systems; Digital technologies at the heart of resource efficient factories; Human centred manufacturing The last four thematic priorities are at the heart of the factories of the The program builds on the networks of public and semi-public counsellors which work daily with the SME: chambers of commerce and industry, tourist offices, approved centers of management. SME s diagnostics; accompanying measures to help SMEs elaborate strategic development scenarios and improve their production performance all along the product life cycle while reducing their environment impact (circular economy approach); support measures and technical assistance for first integration of a robot in the company; Training: Les ateliers du Bourget : 2 days training for aeronautics companies; 0,2 Mn per year About 4 Mn for 2 years for a start ( )

5 priority strategic area (medical devices, ecobuilding, complex systems, etc.) future roadmap implemented by the the ICT cluster Systematic Paris Region through a specific working group within the cluster. Support to collaborative R&D projects Federating regional players, encouraging public-private collaboration at regional scale; Support the creation and implementation of demonstration innovation platforms (such as AIGLE in Le Bourget) Germany Plattform Industrie 4.0 Prepare German industry incl. SME`s for the future of production aligning requirements of being leading in the market and capabilities of being leading suppliers. Germany Mittelstand 4.0 Support to small and medium-sized enterprises (SMEs) in improving their capacity for innovation, both in relation to new goods and services and the optimisation of business processes, by implementing and developing new digital technologies. Germany Smart Service World Innovative services for the digital economy Technological innovation based on the main pillars such as horizontal integration along value networks, end-to-end engineering, vertical integration including security aspects and considering new ways of working, education and legal aspects. Digitization, networking and introduction of industry 4.0 applications Integration of cross sectoral value networks Cross usage of data Based on the needs of future production such as efficiency, time to market and flexibility following use-case based approach with scenarios describing the future, implementation examples from SME`s/large industry describing the actual status and testinfrastructure to support esp. SME`s on way towards the future Establish the term "German Mittelstand" even more firmly around the globe as a concept and quality mark for small and medium-sized enterprises from Germany Present the "German Mittelstand" as a driving force for innovation and to spotlight the high number of 115,000 innovative firms and 34,000 companies engaged in research Help small and mid-sized firms to recruit the skilled labour they need Combination of CPS; data and services; Platform development The Plan Industries Île-de-France is driven by a clusters ecosystem: ASTech, MOV EO, RAVI, Comité mécanique Île-de-France, Finance Innovation, all partners of this initiative. High-level Industrie 4.0 advisory boards with all relevant stakeholders: government, trade union, industry, associations and scientific community. Strong working groups: Reference Architectures, Norms and Standardisation, Research and Innovation, Security of Interconnected Systems, Legal Framework and Employment, Apprenticeships and Learning Agency Cloud Agency Trade Agency Process (i.e. Cyber Physical Systems) Competence Centres and Competence Centre Hannover Up to 3 Mn for the Plattform Industrie 4.0 The German Mittelstand finances most of its investment from its own equity (54%) and bank loans (29%). en/mittelstand-4-0.html Innovation projects Up to 50 Mn. NDUSTRIE40/Navigation/EN/ Topics/smart-serviceworld.html

6 between different areas of daily life Germany Germany - Ostwestfalen- Lippe Germany Baden- Württemberg Greece Italy Autonomik for Industrie Production, Products, Services in the Internet of the Future It's OWL Allianz Industrie 4.0 Baden- Würtemberg Regional Operational Programme of Region of Western Greece for the Period Internet of Things and Industry 4.0 Foster autonomous systems and highly flexible production infrastructures that enable disruptive products Leading position for intelligent technical systems Enable all SMEs of Baden- Würtemberg to develop and use Indusrie 4.0 technologies and products Digital Technology as a Pillar for and Services in Region Western Greece National strategy to foster digital transformation of Industry, creating new jobs, increasing productivity Logistics, engineering models (i.e. decision making support schemes), working conditions (human-machine interaction, safety & security), service robotics Technological and Process Innovation for Production Technology Transfer to SME s by dedicated Transfer Projects (120) SME (down to 50 employees) Advance Materials, Nano Technology and Microelectronics supported by ICT New manufacturing technologies applications (CPS), integration of value chains, enabliement of new business models Skills, migration, standards, security Achieve a leading position for intelligent technical systems; Provide enabling technology for Industrie 4.0 applications; Innovation with main focus on SME s; Strengthen competitiveness of SME s; Combine strength of academia with entrepreneurial skills from industry; Secure existing and create additional employment; Attract talent (Industry and/or academia); Improve awareness, knowledge, enabling to develop own solutions Point to supporting bodies like center of commerce Strengthen of Research, Technological Development (RTD) & Innovation Improving access, quality and use of information and communication technologies (ICT) Improving the Competitiveness of manufacturing SMEs using among others ICT Investment in education, training and vocational training for skills acquisition and lifelong learning Accelerating investments in digital technologies applied in manufacturing (smart manufacturing), strenghening digital infrastructures and connectivity, addressing skills mismatch 19 R&I-projects, which aim to accelerate the process of transfering R&D findings into development of marketable technologies esp. in Industry and Smart Home / Building, supported by accompanying research on cross-cutting issues, conferences, workshops and trade fair appearances. Co-operation culture Specific program structure Symbioses of ICT, Robotics and Engineering skills in top quality available in Region Strong support from industry with Top Management commitment, financial contribution and active participation Dedicated transfer projects meeting the requirements of SME s Efficient governance structure Workshops; Demonstrators; Applications Centers; Joint R&D projects; Involving of already existing clusters in BW Research into a Regional Public Private Partnership (RWG PPP). partnerships, ultrabroadband coverage in PPP, Public investment in digital schools (Plan for digital school) 55 Mn Mn in 5 years (40Mn public funding, 70Mn private funding) 8.5 Mn up to max 15 Mn ( ) Up to 30 Mn (tbc) About 250 Mn in R&D projects ico.gov.it/index.php/it/

7 Italy Cluster Fabbrica Intelligente CFI (Intelligent Factories Cluster) To create and organize a long lasting Italian community able to propose research agendas generate research results and valorize research outcomes Products, Processes, System, networks Technologies and systems for personalized production; Strategies, methodologies and tools for sustainable production; Valorization of humans in Factories; High efficiency in production; Innovative manufacturing processes; Evolutive and adaptable manufacturing systems; Strategy and management for next generation manufacturing systems Roadmapping, strategic research agendas RTD projects for cooperative applied research and development Innovation projects Education projects 45 Mn (34 Mn public funding + 11 Mn private funding) nte.it/ Italy - Lombardia Latvia Cluster Fabbrica Intelligente Lombardia AFIL (Cluster Intelligent Factories Lombardy) Demola Latvia (Riga IT TechHub) Build, maintain and coordinate a stable Community in Lombardy expressing common priorities in manufacturing research Support Start-ups and SMEs in digitilising their activities Netherlands Smart Industry Dutch Industry fit for the Future Products, Processes, System, networks Innovative marketable products and services development Acceleration of introduction of ICT in manufacturing and adaption of business value chains Capitalising on existing knowledge Production with innovative processes; Evolutive and adaptable manufacturing systems; Highly efficient production processes; Production of personalized goods; Factories for the people; Systems for environmental sustainability; Networking of collaborative and dynamic enterprises Support Micro enterprise (<10 employees), Small enterprise (<50 employees), Medium-sized enterprise (<250 employees), Large enterprise (>250 employees), Other (Startups, fast growing companies, etc) Support university students in geting involved in development of innovative solution of industrial tasks Accelerating use of ICT at SME Leading fieldlabs in 2015, more to follow in 2016 Knowledge Skills ICT (security, big data, software) Roadmapping, strategic research agendas RTD projects for cooperative applied research and development Innovation projects Education projects By facilitating co-creation projects between university students and companies, either locally or internationally, with the aim to find innovative solutions to the needs of companies, institutions and organizations. Jointed program office (with Ministry Economic Affairs, FME (industrial association), TNO, Chamber of Commerce and ICT- Nederland) and per action line own teams and for fieldlab teams each running their own (regional) fieldlab program (tbc). Intelligent Factories is one of the top priorities of the RIS3 strategy for Lombardy Region Complex multi-project funding, mix of H2020 and regional EFRO ( Mn ) ut Poland INNOMED Increase of number of innovative technologies development and implementation in Poland Poland INNOLOT Long-term increase of competitiveness through development of new products and production processes; increase of aircrafts' safety New manufacturing technologies New and innovative solutions for aeronautics Generative technologies World-class production technologies; Smart production; Platform development partnerships partnerships About 75 Mn About 125 Mn my-krajowe/programysektorowe/innomed/ my-krajowe/programysektorowe/innolot/

8 Poland CuBR Development and implementation of innovative technologies, devices, materials and products in order to increase competitiveness of Polish non ferrous metals industry Technological innovation Poland BIOSTRATEG Increased food safety Innovative products and technologies in agriculture Portugal PRODUTECH Production Technologies Cluster Increase the Competitiveness of Industry by developing, demonstrating and promoting Advanced Technologies and Systems Advanced Systems Breakthrough technologies in mining World-class production technologies New business models; Intelligent Production systems; Performance, Flexibility and Efficiency Modelling and simulation; Operations Management and Logistics; Networked production systems; Advanced Technologies Energy and environmental efficiency Advanced tools for new products and systems development; Active and passive safety in production systems partnerships partnerships R&D and Innovation Projects (individual and cooperative) Dissemination and Demonstration Projects and Activities Cooperation Actions Internationalization Projects and Activities Up to 125 Mn About 125 Mn Period : > Core Activities and Projects [Up to 20 Mn ] + > Complementary Projects [ around 45 Mn ] Period : > Core Activities and Projects [Up to 40 Mn, to be confirmed] + > Complementary projects (tbc) s/art,3875,more-than-pln- 100-million-in-3rdcompetition-for-innovatorsin-non-ferrous-metalsindustry.html gramystrategiczne/srodowiskonaturalne-rolnictwo-ilesnictwo---biostrateg/ Slovakia Smart Industry To streamline existing industry initiatives by capitalising on existing knowledge and strengths, taking into account technological trends, globalisation, changes in the industrial fabric and emerging demands on the customer and consumer side. It aims to better adapt human resources to new business models, new technologies, and new ways of industrial production. Awareness Raising Adoption of Smart Industry Principles and On-boarding Innovation Hubs Basic Necessary Standardisation Fit-for-Purpose Research and Development Future of Funding Smart Industry Education, Skill and Labour Government Future-Proof Regulation By forming Slovakia s Smart Core," an interdisciplinary expert steering committee consisting of relevant experts, key stakeholders and government authorities. The Smart Core will also come up with guidelines and practical aids for developing and implementing a socio-technical approach, innovative approaches to participative work organisation and lifelong learning, and outline employee-oriented labour and training policies. It will be finalised and presented by end of July, (no site)

9 Spain Industria Conectada 4.0 Increase industrial added value and skilled employment in the sector; promote the Spanish model for the industry of the future and develop the local supply of digital solutions; develop differential competitive levers to favor the Spanish industry and boost exports. Industry upgrading for economic sustainability; efficiency for environmental sustainability; Quality employment for social sustainability Ensure knowledge of Industry 4.0 technologies and skills development of Industry 4.0 in Spain. Encourage collaboration between companies from various industrial sectors, technology companies, research centers and other entities in order to promote developing of 4.0 solutions adapted to the industrial needs. Promote the development of a Spanish digital enabler offer. Promote appropriate actions for the implementation of the Industry 4.0 in the Spanish industry. High-level board Connected Industriy 4.0 with industry leaders and hight ministerial deparments representatives. Advisory board and thematic public-private partnerships working-groups 2016 budget will be 97 Mn from the General Secretariat of Industry and SMEs. Amount from other units not quantified yet ada40.gob.es Spain/ Basque Country Basque Industry 4.0 Increase the Competitiveness of Industry by promoting the technology transfer of the results of R&D projects on INDUSTRY 4.0 (CPS, Ciber-security, Cloud Computing, Artificial vision, BIG DATA, Robotics, etc.) Sweden Produktion 2030 In 2030 Sweden is the primary choice for sustainable production United Kingdom High value Catapult Drive growth of manufacturing within UK Industry Develop Leadership and Skills in sustainable production Businesses in the field of high value manufacturing. i.e. a high level of R&D intensity, leading to significant growth. Customers include large multinationals to small spin-out companies and anything in between. Improving the Competitiveness of manufacturing industries implementing the results of R&D projects managed by Technological Centers. (projects on TRL5 to 9). Environmentally sustainable production; Flexible manufacturing processes; Virtual production development and simulation; Humancentred production systems; Product and production based services; Integrated product and production development Working with UK and international organisations looking to establish or grow UK R&D capability or UK manufacturing. Industrial scale up of new technologies and processes Support projects related to the implementation of R&D results on INDUSTRY 4.0 (CPS, Ciber-security, Cloud Computing, Artificial vision, BIG DATA, Robotics, etc.) Research and innovation projects; Knowledge and technology transfer to SMEs Invest equipment and skilled personnel in the HVMC s 7 Technology and Innovation centres around the UK which is then available on an open access basis for CR&D and industrial projects with companies of all sizes budget was 2,1 Mn 50 Mn Core funding from InnovateUK 30Mn per/annum supplemented by project funding and funds secured from other sources

10 United Kingdom Innovate UK Support and connect innovative businesses in UK to accelerate sustainable economic growth. United Kingdom United Kingdom - Scotland EPSRC the Future theme Action Plan for Invest in cutting-edge research and highly-skilled people that support the current manufacturing base in the UK providing opportunities for future development and growth. To grow and sustain a competitive manufacturing sector UK businesses UK academic community in partnership with business. Develop Leadership and Skills Supply Chain Capability Invest in research, development and innovation to make the UK the best place in the world to run an innovative business or service. Priority research areas: Informatics, Frontier, Innovative Production Processes Sustainable Industrial Systems Advanced pilot Enhancing SME capability through investment and innovation Wide range of funding programmes both single company and collaborative R&D projects, with both open and thematic calls. Innovate UK also manages a number of networks, including KTN (Knowledge Transfer Network) and the NCP and EEN networks within the UK. It also funds Catapults, a series of physical centres with the facilities and expertise to enable businesses and researchers to collaboratively solve key problems and develop new products and services on a commercial scale. A range of activities including: 16 Centres for Innovative, Calls in priority areas, investigator-led research, joint activities with Innovate UK and the HVM catapult, manufacturing and early career fellowships, 11 Centres for Doctoral Training and 5 Engineering Doctorate Centres. Research into public/private collaboration. 2013/14 budget was 440 Mn 80 Mn per annum invested in manufacturing research since Total portfolio value 387 Mn Mn leveraged from business. ment/organisations/innovat e-uk earch/ourportfolio/themes/ manufacturingthefuture/ s-manufacturing-action-plan