Themenschwerpunkt Nanowissenschaften, Nanotechnologien, Werkstoffe und neue Produktionstechnologien. Gerald Kern

Transcription

1 Themenschwerpunkt Nanowissenschaften, Nanotechnologien, Werkstoffe und neue Produktionstechnologien Gerald Kern Europäische & Internationale Programme FFG Österreichische Forschungsförderungsgesellschaft Seite 1

2 Overall objective : improve the competitiveness of EU industry (including SMEs) and ensure its transformation through: the effective transition from a resource-based to knowledge-based industry generation of new breakthrough, applicable, knowledge strengthening EU leadership in nano, materials and production technologies validated integration of different technologies and disciplines that demonstrates industrial change Seite 2

3 Four activities: Nanosciences and nanotechnologies Materials New production Integration of technologies for industrial applications Seite 3

4 Das Arbeitsprogramm (Work Programme) Enthält jene Themen die zur Förderung ausgeschrieben sind Je Thema ist der Projekttyp vorgegeben Von der Europäischen Kommission festgelegt Definierte Calls mit vorgegebenen Deadlines Ihr Projekt muß zum vorgegebenen Thema und Projekttypen passen!!! Seite 4

5 Development of NMP work programme FP 6 project portfolio (including specific roadmapping/ foresight studies) Technology Platform SRAs Other foresight material + requirements of other stakeholder groups A N A L Y S I S & D I A L O G U E Proposal for a multi annnual implement ation plan Advisory Group FEEDBACK Programme Committee Agreed call topics for 200X + indicative priorities for future calls Seite 5

6 Projecttypes Large scale integrating projects, LA (in FP6 IP) Small or medium-scale focused research projects, SM (in FP6 STREP) SME -targeted projects, LA for SMEs (in FP6 IP SME) Coordination and support actions, CA, SSA Seite 6

7 Projecttypes Large Scale Integrating Projects, LA (in FP6 IP) Purpose Ambitious objective-driven research dealing with different issues through a programme approach Target audience Industry, including SMEs, Research institutes, Universities, (Possibly) Potential end-users Activities covered by EU contribution One or more of: Research, Demonstration, Training, Innovation linked activities, Management of the consortium Indication on value of EU contribution 10 million 4 (-25) million Average duration months Optimum size of consortium participants Specific characteristics Programme approach, focussing on multiple issues, As a rule several components, Often multidisciplinary Seite 7

8 Example : 24. Project Nov Management Structure of a Large Scale Integrating Project, LA (FP6-Integrated Project IP) IP CellPROM Seite 8

9 Projecttypes Small or Medium-Scale Focused Research Projects (in FP6 STREP) Purpose Objective-driven, research more limited in scope than IPs and usually focussed on a single issue Target audience Industry, including SMEs, Research institutes, Universities Activities covered by EU contribution One or more of: Research, Demonstration, Innovation linked activities, Management of the consortium Indication on value of EU contribution 1.9 million million Average duration months Optimum size of consortium 6-15 participants Specific characteristics Project approach, focussing on a single issue, As a rule one component, Often mono-disciplinary Seite 9

10 Example : Project Management Structure of a Small or Medium Sacled Research Project, SM (FP6-STREP) European Commission Co-ordinator Advisory Group Steering Committee Dissemination, Etc. WP1 WP2 WP3 WP4 WP5 WP6 N.N N.N N.N N.N N.N N.N Seite 10

11 Wichtige Links : Infos zu FP7 FP6 geförderte Projekte : Seite 11

12 Timetable & Budget of 1st Call in NMP FP7 - PRELIMINARY Call publication Dec Large scale integrating projects 1st Deadline April 07, 2nd Deadline Oct M For Small or medium-scale focused research projects 1st Deadline April 07, 2nd Deadline Oct M SME -targeted projects 1st Deadline April 07, 2nd Deadline Oct M Coordination and support actions Deadline Sep M Seite 12

13 preliminary Nanotechnologies and converging technologies example 1/2 Pilot lines to study and develop nanotechnology-based components Technical content/scope: The transfer of promising nanotechnology research into new industrial technologies still represents a bottleneck. The expected projects should be focused on the scale up of innovative nanotechnology-based and laboratory-scale processes to pilot-linescale for industrial application. The expected projects should include modelling to design and predict processes and production lines. The goal is thus to facilitate the transfer from lab-scale activities to larger scale processes that would open the way for industrial production lines thereby enhancing competitiveness. Economic aspects of the proposals are therefore crucial and possible solutions should present a strong link to market needs. The projects could include an assessment regarding consumption of resources, impact on environment and occupational health regulations and consumer protection. Funding scheme: Large scale collaborative projects Seite 13

14 preliminary Nanotechnologies and converging technologies example (2/2) Pilot lines to study and develop nanotechnology-based components Specific features: Additional activities other than research should be included as appropriate, such as safety issues, specific education modules or the analysis of existing and required regulations. Expected impact: The expected activities will stimulate the industrial viability of promising results beyond laboratory scale. Establishing innovative, efficient and economic industrial processes based on a reduced consumption of raw materials is expected as well as increasing the spectrum of commercially available, nanotechnology-based products and services within the coming years. Traditionally, large scale industries in Europe such as steel, machine manufacturing and automotive industry, chemical industry in a wider sense, pharmaceutics industry and textile industry, have been for more than a century the motor for wealth and a guarantee for long term competitiveness of our society in the world economy. With the transformation of global business this motor has to be transformed as well. After the recent years of considerable research efforts in Europe performed within academia and industry - strongly stimulated by the policy of the European Commission - nanosciences have at date produced a wealth of innovative results presenting a strong potential for future nano-based products with high added value at volume Seite production. 14

15 Vielen Dank für Ihre Aufmerksamkeit und viel Erfolg im 7.EU-Rahmenprogramm!!! Seite 15

16 Kontakt: Österreichische Forschungsförderungsgesellschaft DI Gerald Kern Europäische & Internationale Programme T: / 4301 Gerald.Kern@ffg.at Seite 16