FP7 (Framework Programme)
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| FP7 (Framework Programme) | |
|---|---|
| Name | Seventh Framework Programme |
| Abbreviation | FP7 |
| Type | Research funding programme |
| Established | 2007 |
| Ended | 2013 |
| Budget | €50.521 billion |
| Succeeded by | Horizon 2020 |
| Administered by | European Commission |
| Region | European Union |
FP7 (Framework Programme) The Seventh Framework Programme for Research and Technological Development (FP7) was the European Union's principal research funding instrument from 2007 to 2013, designed to support research, technological development and demonstration across member states and associated countries. It aimed to strengthen European Research Area coherence, boost competitiveness for European industry, and address societal challenges through transnational collaboration among universities, research centres, small and medium enterprises, and multinational corporations. FP7 operated alongside initiatives in Euratom activities, fostering links with national agencies, regional authorities and international partners.
Background and Objectives
FP7 emerged from policy debates in the European Council and the European Parliament following the Sixth Framework Programme, framed by strategic documents including the Lisbon Strategy and the concept of a unified European Research Area. Objectives included increasing investment in research to reach the Barcelona European Council 2002 target, enhancing scientific excellence in institutions such as Max Planck Society, CNRS and CERN, and promoting technology transfer between research performers and industrial actors like Siemens and Airbus. The programme sought to align with initiatives from bodies including the European Commission, the European Investment Bank, and national ministries responsible for research and innovation.
Structure and Budget
FP7 had a consolidated budget of approximately €50.5 billion, apportioned across four main blocs: Cooperation, Ideas, People and Capacities, plus activities managed by Euratom. The Cooperation programme supported thematic collaborative research across fields such as health, information and communication technologies, and energy, while the Ideas programme funded frontier research via the European Research Council. The People programme encompassed the Marie Curie Actions for researcher mobility, and Capacities aimed to develop infrastructure and regional research potential. Financial management involved the European Commission Directorate-General for Research and Innovation and auditing through the European Court of Auditors with funding instruments subject to rules under the Financial Regulation and grant agreements negotiated with beneficiaries across the European Union and associated states.
Programmes and Funding Instruments
Key FP7 programmes included Cooperation themes: Health (FP7), Information and Communication Technologies (FP7), Nanosciences, Energy (FP7), Environment (FP7), Transport (FP7), Socio-economic Sciences and Humanities (FP7), and Security Research (FP7). The Ideas programme operated the European Research Council grants (Starting, Consolidator, Advanced). The People programme implemented Marie Curie Actions like Initial Training Networks and Individual Fellowships. Capacities supported Research Infrastructures, Regions of Knowledge, and Research for the Benefit of SMEs, linking to actors such as EUREKA and European Institute of Innovation and Technology. Funding instruments included Collaborative Projects, Networks of Excellence, Coordination and Support Actions, and Individual Grants managed through calls for proposals and evaluated by independent experts drawn from institutions such as Imperial College London, ETH Zurich and University of Oxford.
Participation and Eligibility
Participation was open to legal entities from EU member states, European Economic Area countries, and many third countries under association agreements, including Switzerland, Israel, and Turkey. Eligibility rules required consortia composition typically involving multiple participants from different countries; participation by small and medium-sized enterprises affiliated with networks like EUREKA and multinational companies was common. Research organisations including Max Planck Society, Fraunhofer Society, Barcelona Supercomputing Center and universities across France, Germany, Italy, Spain and United Kingdom were frequent beneficiaries. Criteria for funding considered excellence, implementation capacity and impact, with ethics reviews informed by committees linked to European Group on Ethics.
Evaluation, Monitoring and Impact
Project proposals underwent peer review by panels of experts from institutions such as European Research Council boards and national research councils. Monitoring used milestones, deliverables and periodic reporting overseen by project officers in the European Commission. Impact assessment employed indicators related to publications, patents, standards and market uptake, and evaluations by entities including the European Court of Auditors and independent consultancies. FP7 contributed to increased cross-border co-authorship among researchers affiliated with Karolinska Institute, University of Cambridge, Université PSL and enhanced links between academia and industry exemplified by partnerships with Thales and Philips. Criticisms addressed administrative complexity, time-to-grant and unequal participation across newer member states such as Poland and Romania.
Notable Projects and Outcomes
Prominent FP7 projects spanned diverse fields: biomedical consortia addressing HIV/AIDS and Alzheimer's disease; ICT initiatives like collaborative work involving European Space Agency partners; energy projects targeting renewables and smart grids with participants including Iberdrola; and large infrastructure projects connecting facilities such as ESRF and EMBL. The programme supported flagship achievements like advances in nanomaterials, high-performance computing collaborations involving PRACE partners, and breakthrough basic research funded by the ERC laureates. Outcomes included thousands of peer-reviewed publications, patent filings by institutions including Siemens AG and university spin-offs, and strengthened networks later leveraged in programmes run by Horizon 2020.
Transition to Horizon 2020
FP7 concluded in 2013 and its architecture, lessons and beneficiaries informed the design of the successor programme, Horizon 2020, which consolidated research and innovation funding with a stronger emphasis on market uptake, societal challenges and simplification of administrative procedures. Continuity was maintained through instruments transferred to Horizon 2020 such as ERC grants and Marie Skłodowska-Curie Actions, and strategic orientations aligned with policy frameworks negotiated by the European Council, European Commission and European Parliament. FP7 legacy networks and infrastructures continued to inform EU research priorities and contributed expertise to subsequent initiatives including the European Research Area reinforcement and international collaborations with partners like United States Department of Energy institutions and National Science Foundation counterparts.