Title: PELC 2005 Den Haag, 11 April 2005
1PELC 2005Den Haag, 11 April 2005
Options for Process Industry Collaboration within
the European Research Programmes Dr Erastos
FilosEuropean Commission, Brussels
2 Presentation Outline
- The Lisbon Agenda EU Policies for Growth Jobs
- The European Framework Programme for Research
- How Can the Process Industries Get Involved ?
3How to Address Europes Challenges
- Globalisation ?
- Outsourcing ?
- Brain drain ?
- Skills gap ?
- Invest in RD
- Facilitate ICT take-up
- Improve Europes innovation culture
- Streamline regulatory framework
4Key Policies to Achieve Lisbon Goals
5More than 20 Years of EU Framework Programme for
Research
FP evolution in last 20 years
growing, but only 5 of public RDspending in
Europe
EU activities require
- Collaboration cross-disciplinarity
- Consensus partnership(funding levels 50 of
industrial, 100 of academic participation)
Integrated Projects
Focused RD
66th Framework Programme for Research
(2003-2006) 17.6 bn
- Focusing Integrating Community Research mn
- Life sciences, genomics, biotech 2,255
- Information Society Technologies 3,625
- Nanotechnologies, knowledge-based materials, new
processes 1,300 - Aeronautics and space 1,075
- Food quality safety 685
- Sustainable development, ... 2,120
- Citizens governance 225
- ST needs, SMEs, Intl Co-operation 1,300
- JRC non-nuclear research 760
- Structuring the European Research Area
- Research innovation 290
- Human resources 1,580
- Research infrastructures (Géant/GRID, ) 655
- Science society 80
- Strengthening the foundations of the European
Research Area - Support to co-ordination 270
- Support to policy development 50
- Nuclear research (mainly fusion) 1,230
7Industrial Challenges
Complexity products,supply chains
Managing partnershipsresource optimisation,
risk sharing, focus on core competencies
The boundary-lessorganisation organisational
networking, managing distributedresources
operations
Innovationrelating to products,
services,processes, supply chains,marketing
Managing knowledgeinformation, skills, customer
relationships, innovation
Securitydigital rights assets,
cybercrime,infrastructure vulnarabilities
8Information Society Technologies (IST) Priority
Themes in FP6
Communications, Computing Software
Components Microsystems
Budget 3.625 bn
9IST Work Programme 2005-2006
Call 4end Nov04 mid Mar051,120 M
Call 5May 05 mid Sept 05638 M
IST Websitehttp//www.cordis.lu/ist/
FET
10Who is Involved in IST
- Attractive RD
- High subscription success rate 16
- Industrial focus
- Multi-stakeholder collaboration
- Pan-European
- Large small companies academic research
11Proposed Elements of Future Research (FP7)
6
- Collaborative research
- continuation of FP6
- European technology initiatives
- private-public partnerships aiming at world
leadership in certain RD domains - Basic research
- competition of individual researchers/teams
- Making Europe more attractive to best researchers
- Researcher mobility schemes
- Research infrastructures
- Research networking infrastructures
- European Research Area
- Improving coordination of natl research programs
2
- Security research
- Space research
Doubling resources for research
COM(2004)101 final of 10 Feb 2004 Policy
challenges and budgetary means of the Enlarged
Union 2007-2013
Communication COM(2004)353 final, 16 June 2004
Science Technology the key to Europes future
12European Technology PlatformsTechnological or
Sectoral
- Providing the means to foster effective
public-private partnerships - between the research community, industry,
financial institutions, users policy-makers - to mobilise the research and innovation effort
and facilitate the emergence of lead markets in
Europe
http//www.cordis.lu/technology-platforms
Communication COM (2003)226 final, 4 June 2003
Investing in Research. An Action Plan for Europe
13Road Transport Research
14Road Transport Research Agenda 2020
Structureof StrategicResearch Agenda
http//www.ertrac.org
Membership
15Nanoelectronics Technology Platform
- Identified
- Need to contribute to a European nanoelectronics
strategy with a vision 2020 - Need to establish a roadmap broader than the
existing ITRS - Need to make recommendations to policy
1
1st High-Level Meeting June 2003
2
Define a Strategic Research Agenda
Goal set To establish a long-term vision for
nanoelectronics in Europe
identify major challenges, objectives,
stakeholders, resources, implementation paths,
timetables, socioeconomic impact ethical issues
3
http//www.cordis.lu/ist/eniac
16Embedded Systems Technology Platform
- Objective
- To achieve world leadership in intelligent
systems - powered and enabled by state-of-the-art embedded
IT - common framework for strategy, policy and RD
- Challenges
- Technology
- Complexity, design productivity, programmability,
interoperability - Business and society
- Open new markets (products, applications,
services) - Society-scale applications
- Structural
- Co-ordinated approach to funding (incl. Eureka)
- Education and training, multidisciplinarity in
skills (h/w, s/w, control, networking, ) - Research infrastructure (Centres of Excellence,
Centres of Competence) - Standards, certification, open source
http//www.cordis.lu/ist/artemis
17Preparing for FP7
5 Workshops on ICT for Manufacturing
- 9 Feb 2005 New intelligent networked products
- 10 Feb 2005 The agile, wireless manufacturing
plant - 21 Feb 2005 Strategies for the design
manufacturing of new products - 22 Feb 2005 New manufacturing technologies for
miniaturised ICT - 23 Feb 2005 ICT to support management of
industrial IPR - 15 March Final consolidation workshop
ICT forManufacturing Report
FP7SpecificProgramme
18Intelligent Manufacturing SystemsA
Multilateral, Global Collaboration
http//www.ims.org
19For Further Information
- European Research
- http//www.cordis.lu/era/fp7.htm
- http//www.cordis.lu/technology-platforms
- http//www.cordis.lu/ist
- http//europa.eu.int/comm/research/
- http//www.cordis.lu/calls
- Information Society Media
- http//europa.eu.int/information_society/
- http//europa.eu.int/eeurope
- E-mail
- erastos.filos_at_cec.eu.int