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Nanotechnologies and Nanosciences, Knowledge based Multifunctional Materials, and New Production Pro

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UKRO Annual Conference. 27 - 28 June 2002. Nicholas Hartley Head of Unit DG RTD ... genomics and biotech for health 2255. information society technologies 3625 ... – PowerPoint PPT presentation

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Title: Nanotechnologies and Nanosciences, Knowledge based Multifunctional Materials, and New Production Pro


1
UKRO Annual Conference 27 - 28 June 2002

Nanotechnologies and Nanosciences, Knowledge-base
d Multifunctional Materials, and New Production
Processes and Devices
A2 Nanotechnologies and Nanosciences, Knowledge
based Multifunctional Materials, and New
Production Processes and Devices in FP6
Nicholas Hartley Head of Unit DG RTD
2
FP6 2002 - 2006 - (Excl. EURATOM)
  • Focus. Integ. Community Research 13345
  • genomics and biotech for health
    2255
  • information society technologies 3625
  • nanotech, intelligent mat, production
    1300
  • aeronautics and space
    1075
  • food safety and health risks
    685
  • sustainable dev global change 2120
  • citizens and governance
    225
  • - anticipating needs (INCO, CRAFT, JRC, etc)
    2080
  • Structuring the ERA
    2655
  • research innovation, human resources,
    infrastructures, science society
  • Strengthening the Foundations of ERA 320
  • coordination of activities, development of
    policies
  • TOTAL
    16270

3
A changing role for the EUs Framework Programme
  • Objective Lisbon to become the most
    dynamic and most competitive knowledge-based
    economy
  • Objective Göteborg sustainable development
    (environment, economy, employment)
  • Objective Barcelona education and
    training, innovation
  • ERA Integrating, reinforcing, structuring

4
This means ...
  • Stimulating research activities
  • Need to reconsider industrial products
    processes (more knowledge based than resource
    intensive)
  • Adaptation of research stakeholders to new
    contexts sustainable development (think
    differently)
  • Support to radical innovation through
    breakthrough oriented RTD

5
Thematic Priority 3 (2002-06)
Aiming at a EU knowledge-based and sustainable
industry
6
Nanotechnologies and nanosciences
Europes strong position in nanoscience needsto
be translated into industrial competitivenessPro
posed RTD priorities
  • understanding phenomena (long-term)
  • nano-biotechnologies (e.g. lab-on-a chip)
  • nano-engineering of materials and devices
  • handling and control devices and instruments
  • applications (e.g. energy, optics, chemistry)

7
Knowledge based multifunctional materials
Towards new sustainable materials incorporating
intelligence, functionality and
autonomyProposed RTD priorities
  • Fundamental knowledge for mastering materials
  • Production and transformation of knowledge-based
    multifunctional materials and biomaterials
  • Engineering support for materials development

8
New production processes and devices
to substantially improve knowledge content,
quality, safety and resource efficiencyProposed
RTD priorities
  • Development of new processes and flexible and
    intelligent manufacturing systems
  • Systems approach and hazard control
  • Optimising the life-cycle of industrial systems,
    products and services

9
How will this be implemented?
  • through different actions aiming at integrating
    and structuring research addressing long term
    objectives to strengthen competitiveness or to
    contribute to solve societal challenges or to
    develop highly creative research at the frontiers
    of knowledge, mainly
  • Targeted Research Activities
  • around multidisciplinary themes
  • making use of the new instruments
  • Research at the Frontiers of Knowledge
  • making use of the more traditional instruments

10
How will the Targeted Research Activities be
designed?
by considering the role of future industry,
and by identifying the main industrial challenges
To respond to societal needs providing
product-services and solutions to individuals
and to society as a whole, respecting and
contributing to a sustainable development
11
A wider range of different instruments...
...should ensure high European impact on
technical and socioeconomic issues
Integrated projects
Networks of excellence
Coordination actions
Targeted projects
Support measures
Art. 169
12
Existing activities in FP5 (e.g. TRAs) are
going in the right direction but
  • Improvements should be considered
  • Thematic integration, ensuring multidisciplinary
    approaches and life-cycle added value,
  • Integration of activities, with e.g. sub-projects
    ensuring consideration of the overall value
    chain, education and training or stimulation of
    mobility, dissemination public awareness,
  • Financial integration, ensuring coordination with
    MS AS activities and international cooperation

13
From FP5 (Targeted Research Actions) to FP6
Lisbon Göteborg objectives
Sustainability
RTD requirements
Competitiveness
RTD ISSUES e.g. new processes for new
products, control monitoring, knowledge-based
enterprise, new robotics,safe
infrastructure,etc...
RTD priorities
RTD instruments
Processes
IPs NoEs
Devices
Materials
Nano
Stairways of Excellence
Towards ERA ...
14
Research activities need to support changes in
production consumption patterns (1)
  • Supporting breakthrough clean solutions,
    renewed vision to improve life-cycle approaches
    and optimisation of resources, e.g. co-processing
  • From resource-based to knowledge-based
  • Highlighting everyones responsibility, industry,
    public authorities, users and consumers, and
    supporting radical changes in production and
    consumption organisation

15
Research activities need to support changes in
production consumption patterns (2)
  • Expanding integration aspects, increasing
    leverage radical innovation
  • Multidisciplinary approaches
  • Complementing research with innovation related
    tasks
  • Joining forces and resources
  • Towards structuring long-term impacts
  • Reinforcing EU ST base
  • Stimulating critical mass (industry, research,
    society)

16
Research activities need to support changes in
production consumption patterns (3)
  • Development of knowledge (and tools) and use of
    new technologies to stimulate changes
  • e.g. nanotechnology 30 increase of budget
    according to FP5
  • New and more eco-efficient materials
  • Towards improved monitoring / process control
  • Cleaner solutions and life-cycle approaches
  • generating real breakthroughs in industry

17
Research activities need to support changes in
production consumption patterns (4)
  • Integrated Projects, to support e.g. full life
    cycle approaches and optimisation of resources,
    e.g. co-processing
  • Networks of Excellence, to support e.g.
    harmonised development of knowledge on
    nanotechnology and creation of European Virtual
    Research and Competence Centres
  • Coordination between EC and Member States
    stimulating increased support to research (3)
    as well as international cooperation

18
Possible tasks (modules) showing integration of
activities around RTD
  • Validation, Demonstration, Studies,
  • Training, Mobility of researchers, Education,
  • Support to Infrastructures, as well as spin-offs
  • International cooperation,
  • Standardisation / Legislation,
  • Information, communication,
  • IPR protection Technology Transfer
  • Breakthrough-oriented research should remain the
    core objective of the proposed activity

19
Support to SMEs
  • General activities (also in TP3 Collaborative
    research)
  • At least 15 of the total budget allocated to
    SMEs
  • Specific regional economic and social situations
  • Support for the technological needs of SMEs
  • Specific activities
  • Co-operative research by RTD centres for SMEs
    or by high-tech SMEs in collaboration with
    research centres and universities (CRAFT)
  • Collective research by research centres for
    industrial associations or industry groupings in
    entire sectors of industry dominated by SMEs

20
Cooperation with Third Countries
  • Participation for countries with
    cooperation agreement in activities outside
    the integration part
  • Todays examples refer to IMS, and
    collaboration EU/USA or EU/China
  • Tomorrow maybe also with Russia/CIS, MEDA,
    and other geographic areas ...
  • Through normal calls (e.g. in IPs) but also
    in dedicated calls (e.g. IMS)
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