TECHNOLOGY PLATFORM General Assumptions
At the Lisbon European Council in March 2000, a new strategic
goal was set for the European Union for the coming decade: “to become the
most competitive and dynamic knowledge-based economy in the world, capable of
sustainable economic growth with more and better jobs and greater social
cohesion.”
Given the key role, played by R&D in generating economic
growth, employment and social cohesion, the development of the European Research
Area (ERA) forms a key pillar of the Lisbon Strategy. The strengthening of this
pillar requires that R&D efforts must be better structured, optimised and
integrated into a larger process involving all actors crucial to achieving a
successful outcome in a given domain.
There is a pressing need, therefore, to define RTD priorities,
timeframes and budgets for a number of strategically important issues with high
societal relevance where achieving Europe’s future growth, competitiveness and
sustainable development objectives is dependent upon major research and
technological advances in the medium to long-term.
“Technology Platforms” are uniting stakeholders around a
common vision and approach for the development of the technologies concerned,
with specific focus on the definition of a Strategic Research Area and
the mobilisation of the necessary critical mass of research and innovation
effort.
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Key
Features Technology Platforms have the primary objective of
defining a coherent and unified approach to tackling major economic,
technological or societal challenges of vital importance for Europe’s
future competitiveness and economic growth. “The development of
effective European Technology Platforms can help ensure European
investment in R&D rapidly and effectively: delivers benefits to the
European citizens, creates competitiveness for our companies and ends
the situation in which high EU R&D investment often produces fewer
than expected benefits.”
Key factors for Success of Technology
Platforms:
- Industry-led with growth and competitiveness goals (Lisbon
objectives and beyond)
- Flexibility: no “one size fits all”
- Openness and transparency: clear rules of participation
- Wide stakeholder involvement (industry, public authorities,
research community, regulators, civil society, operators, users and
consumers)
- Real Community added value – significant benefits for a wide range
of policies (environment, transport, energy, information society etc.)
- Strong commitment of national authorities
- Operational focus from an early stage
- Consider financial aspects at an early stage
- Mobilisation of a range of public and private funding sources
(National, regional and private research funding, Community Framework
Programmes, Structural Funds, EUREKA)
- Education & Training; dissemination.
Role of the European Commission
In the course of the development of Technology
Platforms, the Commission services have clarified that:
- The Commission is not the “owner” of technology platforms, nor is
it directing the way in which they are undertaking their activities.
- The Commission is, however, encouraging this bottom-up,
industry-led approach to defining medium to long-term research needs
through:
- Its active participation as an observer in many of the
platforms; - Playing a guiding role, where necessary; -
Providing limited Community financial support for operational entities
(for example a Secretariat) to some of the platforms where their
objectives and activities correspond closely with he thematic areas of
the current 6th RTD Framework Programme; - Maintaining the
Community’s sponsoring role through the continued funding, where
appropriate, of collaborative research projects in many of the areas
concerned.
- Whilst not bound by the views of Technology Platforms, the
Commission services are closely co-ordinating their activities in this
area, monitoring developments on an ongoing basis and, where
appropriate, using their deliverables in the course of developing
research policy.
In the near term, Technology Platforms will
provide a significant input to developing the Commission’s proposal for
FP7, given that:
- The majority of the Strategic Research Agendas, defined within
Technology Platforms, are expected to be suitable for support through
the main, existing collaborative research instruments which will be
maintained under FP7.
- A specific new mechanism is envisaged to be introduced in FP7
which will enable coherent, large-scale structures, to be known as
“Joint Technology Initiatives” (JTIs) to be set up, in order to
support the implementation of a part of a limited number of research
agendas which are of such an ambitious scale that they will require
the mobilisation of a very high public and private investments, as
well as huge material and human research resources.
In the run up to FP7, specific, technological
challenges have been identified through their potential contributions to
a number of key policy objectives, which are vital for Europe’s future
competitiveness, including:
- New technologies leading to radical change in a sector, if
developed and deployed appropriately and in time (examples: Hydrogen
and Fuel Cells, Nanoelectronics);
- Reconcilation of different policy objectives with a view to
sustainable development (examples: Water Supply and Sanitation, Plant
Genomics and Biotechnology);
- New technology based public goods or services with high entry
barriers, uncertain profitability, but high ecomonic and social
potential (examples: Mobile and Wireless Communications, Innovative
Medicines for Europe);
- Ensuring the development of the necessary technology breakthroughs
to keep at the leading edge of technologies in high-technology sectors
which have significant strategic and economic importance for Europe
(examples: Aeronautics, Embedded Systems);
- Renewal, revival or restructuring of traditional industrial
sectors (examples: Steel).
Existing or planned Technology Platforms (at the
different stage of development): 1. The European Hydrogen and Fuel
Cell Technology Platform (HFP) 2. ENIAC – European Nanoelectronics
Initiative Advisory Council 3. NanoMedicine – Nanotechnologies for
Medical Applications 4. The Gas Cooled Reactors Technology
Platform 5. Plants for the Future 6. Water Supply and Sanitation
Technology Platform (WSSTP) 7. The European Technology Platform on
Photovoltaics 8. Technology Platform on Sustainable Chemistry 9.
Innovative and Sustainable Use of Forest Resources 10. European
Technology Platform for Global Animal Health (GAH) 11. ERTRAC
European Road Transport Research Advisory Council 12. ERRAC European
Rail Research Advisory Council 13. WATERBORNE Technology
Platform (Supported by ACMARE Advisory Council)
[364 KB] . 14. The Mobile and Wireless Communications Technology
Platform (eMobility) 15. Innovative Medicines for Europe 16.
Embedded Systems (ARTEMIS) 17. ACARE – Advisory Council for
Aeronautics Research in Europe 18. The European Space Technology
Platform (ESTP) 19. The European Steel Technology Platform 20. The
European Technology Platform for the Future of: Textiles and Clothing
(ETP-FTC) 21. MANUFUCTURE – Platform on Future Manufacturing
Technologies 22. The European Construction Technology Platform
(ECTP) 23. EuMaT – European Technology Platform for Advanced
Engineering Materials and Technologies 24. The European Technology
Platform on Industrial Safety 25. The NEM Initiative – European
Initiative on NETWORKED and ELECTRONIC MEDIA
The next steps:
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to further develop and support Technology Platforms
in the period leading up to the launch of FP7 and
-
in close collaboration with EU Member State
authorities, to further refine the methodology to identify and decide
upon those technological fields being explored within these platforms
which most merit to be supported with substantial Community funding
under FP7 through use of the new mechanism – Joint Technology
Initiatives.
For
further information on the development of technology platforms, please
visit: http://www.cordis.lu/technology-platforms/summaries.htm http://www.cordis.lu/technology-platforms/publication.htm

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