PREPARATORY ACTION ON DEFENCE RESEARCH

Similar documents
PREPARATORY ACTION ON DEFENCE RESEARCH

Cooperative Research through EDA

PREPARATORY ACTION ON DEFENCE RESEARCH

Robotics: from FP7 to Horizon Libor Král, Head of Unit Unit A2 - Robotics DG Communication Networks, Content and Technology European Commission

How to identify and prioritise research issues?

WhyisForesight Important for Europe?

Whole of Society Conflict Prevention and Peacebuilding

ASD EUROSPACE RESEARCH AND TECHNOLOGY COMMITTEE (SRTC)

SCAR response to the 2 nd Foresight Expert Group Report

Challenging the Situational Awareness on the Sea from Sensors to Analytics. Programme Overview

16502/14 GT/nj 1 DG G 3 C

PPP InfoDay Brussels, July 2012

Brief presentation of the results Ioana ISPAS ERA NET COFUND Expert Group

A new role for Research and Development within the Swedish Total Defence System

EUROPEAN GNSS APPLICATIONS IN H2020

OSRA Overarching Strategic Research Agenda and CapTech SRAs Harmonisation. Connecting R&T and Capability Development

Using Foresight and Scenarios for Anticipation of Skill Needs

MILITARY RADAR TRENDS AND ANALYSIS REPORT

Common Features and National Differences - preliminary findings -

Please send your responses by to: This consultation closes on Friday, 8 April 2016.

GUIDE TO SPEAKING POINTS:

Strategic Foresight Initiative 2011 Summary Briefing

Engaging UK Climate Service Providers a series of workshops in November 2014

Framework Programme 7

Social Innovation and new pathways to social changefirst insights from the global mapping

Korean scientific cooperation network with the European Research Area KORANET. Korean scientific cooperation network with the European Research Area

Scoping Paper for. Horizon 2020 work programme Leadership in Enabling and Industrial Technologies Space

Towards a common strategic European Technology non-dependence ETnD Conference, April, Budapest EDA Key Note, by Adam Sowa

Christina Miller Director, UK Research Office

Terms of Reference. Call for Experts in the field of Foresight and ICT

HORIZON 2020 BLUE GROWTH

Foresight at Assurant. October 9, 2015

Tolga Artan

Written response to the public consultation on the European Commission Green Paper: From

OPEN BOARD MEETING! Barcelona, 2 July 2015! 17:00 18:00!!

Combining Regional Innovation Strategy and Foresight: Experiences with the FOR-RIS approach

SKILLS FORESIGHT. Systematic involving a welldesigned approach based on a number of phases and using appropriate tools

Using foresight techniques in the implementation of innovation policies

A SYSTEMIC APPROACH TO KNOWLEDGE SOCIETY FORESIGHT. THE ROMANIAN CASE

A4BLUE - Adaptive Automation in Assembly For BLUE collar workers satisfaction in Evolvable context

Building a foresight system in the government Lessons from 11 countries

Publishable summary. 1 P a g e

Horizon 2020 and Photonics

Foresight in Public Service

Raw materials topics in Horizon 2020 Societal Challenge 5 Work Programme 2016

FET Flagships in Horizon 2020

(Non-legislative acts) REGULATIONS

Factory 4.0 & Beyond Factories of the Future. Speaker: Maurizio Gattiglio Chairman

Space. Electric Propulsion Technology SRC Call. EPIC PSA Jorge Lopez Reig

Foresight for Canadian Animal Health. Shane Renwick DVM MSc Canadian Food Inspection Agency (CFIA)

Societal engagement in Horizon 2020

COST FP9 Position Paper

Data users and data producers interaction: the Web-COSI project experience

The main FP7 instruments. Aurélien Saffroy. 6 Dec

Project presentation Lampros Stegioulas. NEM General Assembly, Brussels 1 April 2014

COMMITTEE ON COMMODITY PROBLEMS

Factory of the future, enabling KETs. Advanced Manufacturing Systems as transversal KET. Speaker: Paolo Calefati Prima Industrie SpA

Strategic Research Cluster on Electric Propulsion H2020 Space call text 2016 & related Guidelines document

Citizens' Observatories & Crowdsourcing Novel ways to engage citizens in science and environmental policy-making

Joint Programming Initiative Healthy and Productive Seas and Oceans

PROJECT FINAL REPORT Publishable Summary

EU RESEARCH Nanotechnologies and Advanced Materials and beyond. Safe Nanotechnology. Dr. Georgios Katalagarianakis European Commission

Horizon Work Programme Leadership in enabling and industrial technologies - Introduction

Fact Sheet IP specificities in research for the benefit of SMEs

THEFUTURERAILWAY THE INDUSTRY S RAIL TECHNICAL STRATEGY 2012 INNOVATION

An introduction to the 7 th Framework Programme for Research and Technological Development. Gorgias Garofalakis

Socio-Economic Sciences and Humanities. First Call for proposals. Nikos Kastrinos. Unit L1 Coordination and Horizontal Aspects

OPEN PARTIAL AGREEMENT ON THE PREVENTION OF, PROTECTION AGAINST, AND ORGANISATION OF RELIEF IN MAJOR NATURAL AND TECHNOLOGICAL DISASTERS

Presentation of the results. Niels Gøtke, Chair of the expert group and Effie Amanatidou, Rapporteur

Ex-post Evaluation of the Preparatory Action on Security Research (PASR) Interim Evaluation of FP7 Security Research.

Conclusions concerning various issues related to the development of the European Research Area

Expression Of Interest

Use of forecasting for education & training: Experience from other countries

Taking Europe forward

Refining foresight approaches to crisis, inertia and transition

Why Foresight: Staying Alert to Future Opportunities MARSHA RHEA, CAE, PRESIDENT, SIGNATURE I, LLC

Towards a Taxonomy: Classifying Design Innovation Policies in Europe DeEP: Design in European Policy

FP7-INFRASTRUCTURES

HORIZON Leadership in Enabling and Industrial Technologies (LEIT)

12808/16 PG/cb 1 DG G 3 C

European Robotics Research: Achievements and challenges

International Cooperation in Horizon 2020

FP7 Funding Opportunities for the ICT Industry

Enhancing and focusing EU international cooperation in research and innovation: A strategic approach. Policy Research and Innovation

IDEAS BEHIND HORIZON 2020

ASD Considerations on a Scoping Paper for the EU Preparatory Action on Defence Research 29 July 2016

10246/10 EV/ek 1 DG C II

Applying Regional Foresight in the BMW Region A Practitioner s Perspective

The Social Sciences in Horizon 2020: Societal Challenge 6 - Europe in a changing world - inclusive, innovative and reflective societies

Il programma di lavoro SSH 2013

RAHS: A Systematic Process of Foresight

Work Programme Fostering the innovation potential of RIs

Impact and Innovation in H2020 Proposals and projects

An Introdcution to Horizon 2020

E-URAL. European Union and RussiA Link for S&T cooperation in the area of the environment

Mobilisation and Mutual Learning (MML) Action Plans on Societal Challenges

Towards EU-US Collaboration on the Internet of Things (IoT) & Cyber-physical Systems (CPS)

The Role of the EU Regions in Supporting Robotics

ICT 29 : Development of novel materials and systems for OLED lighting

Frontier Technology Futures: Support to the DFID Bangladesh Country Office

Transcription:

PREPARATORY ACTION ON DEFENCE RESEARCH SESSION Technology Foresight INFODAY AND BROKERAGE EVENT 12 APRIL 2018

PREPARATORY ACTION ON DEFENCE RESEARCH Call Text presentation CSA Topic Call PADR-STF-02-2018 The European Defence Research Runway Part II

PADR-STF-02-2018 - Challenge (1/2) The European Defence Research Runway Part II Technology non-dependence essential for strategic autonomy and freedom of action of EU Member States; Uninterrupted supply from trusted sources of key materials, components and technologies; Technologies subject to ITAR and EAR limit freedom of action; Foreign-sourced components and materials not trustable for sensitive functions. 3

PADR-STF-02-2018 - Challenge (2/2) The European Defence Research Runway Part II Strategic technology foresight is challenging but needed in view of: preventing long term critical defence technology dependencies; avoiding staying behind from global competitors; ensuring the independent development of cutting edge capabilities; identifying and prioritising components and materials desirable to be available in Europe in the future; providing proposals for research topics for a follow on defence research programme. 4

PADR-STF-02-2018 - Scope (1/3) The European Defence Research Runway Part II The action needs to address at least the following activities: Mapping of ITAR and other non-eu sourced components and materials; Identify critical technology building blocks and possibly components for future systems and disruptive capabilities for which European technology non-dependence will be crucial; Develop a methodology to assess the supply risk of technologies and components of point a) and b) and their criticality for armed forces and the defence industry; Prepare technology roadmaps, ideally including cost substantiated predictions, and suggest business models for selected technologies, taking into account supply risk and criticality. 5

PADR-STF-02-2018 - Scope (2/3) The European Defence Research Runway Part II Activities should benefit and when appropriate complement or incorporate existing works, and in particular: the European Defence Technology Runway Part I; the study Study on the dual-use potential of dual-use potential of Key Enabling Technologies (KETs) ; the study Raw materials in the European defence industry and relevant activities of the Joint Research Centre; relevant work of the European Defence Agency, the Leadership in Enabling and Industrial Technologies - Space research programme under Horizon 2020 and the European Space Agency (ESA), and in particular the Critical Space Technologies nondependence actions for identified in the frame of the Commission- ESA-EDA Joint Task Force. 6

PADR-STF-02-2018 - Scope (3/3) The European Defence Research Runway Part II Proposals should include elements to ensure continued monitoring and updating beyond the action's lifetime. EU contribution: EUR 1 500 000 to 2 000 000. This topic is complementary with topic "PADR-STF-01-2017: The European Defence Research Runway part I". Grant agreements under this topic will therefore include the options for 'complementary grants. No more than one action will be funded. Deadline for applications: 28/06/2018 7

PADR-STF-02-2018 - Expected impact The European Defence Research Runway Part II Make the EU and the Member States understand the dependencies for defence technologies and the ways to prioritise and address them; Underpin coordination of defence research activities at the European and national level and improve synergies with space and other civil technology research activities addressing non-dependence needs; Provide input for the long term agenda for defence research in the EU in the area of critical defence technologies; Explore themes for a future European Defence Research Programme. Type of Action: Coordination and Support Action (CSA) 8

PREPARATORY ACTION ON DEFENCE RESEARCH Information on PADR-STF-2017 PYTHIA Project

Strategic Technology Foresight 2017 / 2018 The European Defence Research Runway PADR-STF-02-2018 is complementary to PADR-STF-01-2017 Grant Agreements under this topic will therefore include options for complementary grants - Including, in particular additional Access Rights to background and results for the purposed of the complementary grant PADR-STF-02-2018 should benefit from PADR-STF-01-2017: - Identifying technologies - Sharing methodology 10

Strategic Technology Foresight 2017 - Challenge (1/2) The European Defence Research Runway Rapid changes in many domains with huge impact on the global security situation Monitor important trends and their defence and security implications Includes Horizon Scanning & Technology Watch: - Signalling of emerging threats - Identification of emerging technologies - Potential opportunities + analysis of relevant technological developments 11

Strategic Technology Foresight 2017 - Challenge (2/2) The European Defence Research Runway Strategic technology foresight is challenging but needed in view of: the added value of a common European approach in properly covering the full range of technologies and sources; the need to build a common understanding of future technology and its impact on defence trends in order to plan and coordinate accordingly our actions; the need for an innovative approach with respect to the way these activities traditionally are conducted; the growing relevance of the civil technologies for defence and the need to include the developments in the civil sector in the exercise; identifying new technologies. 12

Strategic Technology Foresight 2017 Awarded Project Deliver a methodology for improving civil and defence technology foresight. - Devise an innovative methodology for strategic technology foresight, - Starting from a study of the cognitive factors influencing analysts ability to perform accurate forecasting, - Leverage big data analytics techniques for automatically analysing large volumes of technology information Identify future disruptive technologies and recommend themes for European defence research. Duration: 18 months EU grant: 1 million approx. Predictive methodology for TecHnology Intelligence Analysis Consortium: Engineering Ingegneria Informatica S.p.A. (IT), Zanasi & Partners (Italy), Expert System France (France), Hawk Associates Ltd (UK), the Military University of Technology of Poland, the Bulgarian Defence Institute, Fondazione ICSA from Italy and Romania s National Defence University. 13

Questions? PREPARATORY ACTION ON DEFENCE RESEARCH Thanks for your attention 14

PREPARATORY ACTION ON DEFENCE RESEARCH Back-up slides

Strategic Technology Foresight - Scope (1/3) The European Defence Research Runway Performing joint technology foresight activities supported by methodologies such as horizon scanning, technology watch, scientometric tools, expert consultation activities. Identifying emerging defence research areas for potential exploration in the next Multi-annual Financial Framework. Propose and validate a methodology and process for strategic technology foresight activities to be carried out cyclically. Take into account similar activities conducted in EDA, NATO and other military and/or civil organisations. 16

Strategic Technology Foresight - Scope (2/3) The European Defence Research Runway Activities that should be considered could include, amongst others: Collection of information (national sources, EU research programme, occidental and non-occidental sources); Analysis (geopolitical trends, defence and security trends, technology, industrial trends); Engagement with European industry trade bodies; Evaluation/assessment for defence and security (future scenario-based evaluations such as Disruptive Technology Assessment Games, consultations of technology and military experts, input from unconventional groups with an outside view, more creative thinking, ); Defining and setting up strategic trends for the medium and long term; Management and controlled dissemination of results (secure web-based access with public and restricted dissemination). 17

Strategic Technology Foresight - Scope (3/3) The European Defence Research Runway The strategic technology foresight should be coupled to a process and method for scoping EU-funded defence research based on scenarios to illustrate potential future conflicts. Proposals should include elements to ensure continued monitoring and updating beyond the action's lifetime. EU contribution: EUR 0.95 million. No more than one action will be funded. Deadline for applications: 21/09/2017 18