Digitizing European Industry

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Digitizing European Industry Bern 31.10.

Materials & Manufacturing & Processing (NMBP) Cornelia.Spycher@euresearch.

1 Digitizing European Industry Bern Cornelia Spycher, National Contact Point (NCP) for Nanotechnologies, Advanced Materials & Manufacturing & Processing (NMBP) Francesco Kienzle, National Contact Point (NCP) Information & Communication Technologies (ICT)

Where to find topics on Digitizing European Industry in Horizon 2020? Example of (fictious) SME Sensor AG : Optical sensors for production Where do I find sensors in the Horizon 2020 Work Programme?

2 Where to find topics on Digitizing European Industry in Horizon 2020? Example of (fictious) SME Sensor AG : Optical sensors for production Where do I find sensors in the Horizon 2020 Work Programme? ICT photonics technology aspect of sensor sensors data: Big Data, IoT NMBP in-line measurememnts of a production line? Health biocompatible sensors? Climate sensors for water quality and quantity 2 Image sources:

3 Digitizing European Industry: Where to Find Topics? Three categories: 1 Contribute to Technology 2 Integrating Technologies 3 Harnessing the European Ecosystem But there are grey overlapping zones 3

4 Digitising Europ. Industry: Topic Preview Structured in 3 Categories 1 Contribute to Technology 2 Integrating Technologies 3 Harnessing the European Ecosystem Title of Topic with Topic Identifier Area of Work programme it originates Contact Person at Euresearch End of Document: Link to all Areas of Work Programme 4

Important to Know (I) Technology Readiness Level (TRL) 3/4-7 1 2 3 4 5 6 7 8 9 (big)

5 Important to Know (I) Technology Readiness Level (TRL) 3/ (big) collaborative projects, approx 10 partners Industry/SME participation wanted Newcomers wanted! 5

6 Important to Know (II) Impact: European solutions for European Problems (1/3 Evaluation points) Aspects to be considered: standardisation, safety, interoperability, European solutions Proximity to market reduce time to market business model relevant metrics and indicators, with baseline values How to find partners? Partnering events, Info days, area-specific partnering platforms, Euresearch Horizon 2020 is not fast money, not lean money, and its positive effect will be beyond the duration of the project. 6

7 Contribute to the Technologies 7

8 What is it about? Development of technology building blocks Push the technology beyond the state of the art 8

9 ICT NMBP 5G Network opto-electrical Human-Robot Robotics Wearables, cyberphysical systems Electronic smart systems Photonics Advanced materials Cybersecurity 9

10 Big Data & disease threat in-silico medicine testing Health Personalised Diagnostics 10

11 EXAMPLE Big Data technologies and Extreme-scale Analytics Leadership in European software, high performance and cloud computing ICT EUR 3-6 Mio Task: Seek new big data methods addressing industrial or societal challenges Impact: Big Data Software architecture & tools to increase software quality and productivity Speed of data throughput Update of extreme scale analytics and prediction 11

EXAMPLE Effective Industrial Human-Robot Collaboration DT-FOF-02-2018 TRL 4-6 EUR 6-8 Mio Challenge: extend the current state of the art of

novel human-centred designed smart mechatronic systems Implementation of novel artificial intelligence technologies capable of massive information

12 EXAMPLE Effective Industrial Human-Robot Collaboration DT-FOF TRL 4-6 EUR 6-8 Mio Challenge: extend the current state of the art of individual HRC to work environments where robots and workers function as members of the same team throughout the factory. HOW? novel human-centred designed smart mechatronic systems Implementation of novel artificial intelligence technologies capable of massive information processing [ ] EXPECTED IMPACT? Demonstrating the potential to bring back production to Europe 15% increase in Job Quality Index through work environment and safety improvement [ ] 12

13 Integrating the Technologies 13

14 What is it about? Usage (use cases) of digital technologies in different areas and/or integration of various digital technologies Keep in mind the value chain (preceeding and following steps) 14

15 Health Food Smart environments Personalized nutrition for healthy diet Cybersecurity Standard Health Record Water data for life-cycle management Climate 15 Image sources:

16 ICT Cybersecurity for citizens & SME Language Technologies Demand driven Customised production NMBP Physical + digital for new services Precision, efficiency reliability Artificial Intelligence Upscaling Security Prevent & manage cyberattacks 16

17 Transport Space Digital applications with European Global Navigation Satellite System Autonomous ship & vehicles Drones Virtual & collaborative design for aircrafts Safety & Regulation 17

18 Social Sciences Humanites Big Data for public services & policy making Migration Cultural digital assets 18

19 EXAMPLE Digital technologies for improved performance in cognitive production plants DT-SPIRE TRL 5-7 EUR 6-8 Mio Raw materials shortage, energy prices and environmental constraints requires increase in industry performance Scope: realise cognitive production plants using networked sensors, data streams self-organizing processes with full digitalization Impact: increased production performance, reduce consumption and waste and environmental impact 19

20 EXAMPLE Personalized Nutrition DT-SFS TRL 5-6/7 EUR 7 Mio Scope: personalized nutrition for a healthy diet when tailored to individual parameters [ ] deliver innovative solutions for personalized nutrition advice and/or support that will help consumers to achieve their optimal health and well-being address all levels of personalization: from food choice in the shop, to customised production /delivery, to specific advice/warning systems e.g. new, smart digital/ict applications [ ] Impact: Empowered consumers able to make healthy and sustainable dietary choices [ ] 20

21 Harnessing the European Ecosystem 21

22 What is it about? Innovation ecosystem for the design, development, testing, and upscaling of advanced materials, nanotechnologies [ ] Open Innovation: access to everyone Addressing whole value chains The impact is often beyond the consortium, and its existence beyond the duration of the projects Pan-European networks Allowing innovators to overcome the technological and regulatory barriers. 22

Health The smart hospital of the future Digital Health in the context of Single Digital Market open service platforms in the Active and Healthy

23 Health The smart hospital of the future Digital Health in the context of Single Digital Market open service platforms in the Active and Healthy Ageing domain ehealth Interoperability roadmap ehealth Innovation ecosystems in Europe 23 International Scope: digital transformation of health and care

24 Food Sustainable European aquaculture 4.0 Digital Innovation Hubs for Agriculture Agricultural digital integration platforms 24

NMBP ICT digital plug-and-produce platforms Open Innovation for collaborative production engineering (IA) Digital Manufacturing Platforms for Connected Smart Factories Open Innovation Test Beds -

25 NMBP ICT digital plug-and-produce platforms Open Innovation for collaborative production engineering (IA) Digital Manufacturing Platforms for Connected Smart Factories Open Innovation Test Beds - Smart anything everywhere - DIH on Robotics, Photonotics, Big Data European Ecosystem for SMEs to Upscale technologies - Platforms: connected smart factories, agriculture, digital services for rural economies, homes & grids, big data 25 & Energy

Transport Seamless integration of computational tools across the entire value chain shared mobility solutions using connected and cooperative automated vehicles

26 Transport Seamless integration of computational tools across the entire value chain shared mobility solutions using connected and cooperative automated vehicles highly automated driving functions in various traffic scenarios, including cross-border travelling 26 Image source:

EXAMPLE DT-ICT-02-2018 EUR 16 Mio Robotics - Digital Innovation Hubs European network of hubs to accelerate the uptake of robotics in digitising european industry

27 EXAMPLE DT-ICT EUR 16 Mio Robotics - Digital Innovation Hubs European network of hubs to accelerate the uptake of robotics in digitising european industry Areas: robotics for Healthcare, infrastructure inspection & maintenance, Agri-food, Agile Production 27 Horizon 2020: Digitizing the European Industry * Bern *

28 EXAMPLE Open Innovation Test Beds (OITBs) for Lightweight nano-enabled multifunctional composite materials and components OITB should upgrade or develop materials facilities and make available (to industry, SME ) services for the design, development, testing, safety assessment, and upscaling of specific materials compositions, including nano-particle/objects DT-NMBP TRL 4-7 EUR 7-15 Mio IOTB are expected to form European networks of competences along the entire value chain(...). These networks should reach out to all regions of Europe and create a sustainable ecosystem. 28

Use the keyword search on the participant portal and/or contact Found a topic?

29 Next Steps Read topic preview (presented topics were not exhaustive) Found no topic? Don t give up! Use the keyword search on the participant portal and/or contact Found a topic? Download Work Programme, read full text; Read the Impact section: How to address every aspect? Still convinced? Contact the respective National Contact Person 29

Industrial Innovation Information Days Brussels 3-4 October 2017

Industrial Innovation Information Days Brussels 3-4 October 2017 NMBP Programme 2018 TOPICS FACTORIES OF THE FUTURE (FOF) DG RTD & DG CNECT DT-FOF-05-2019: Open Innovation for collaborative production