Fifth Framework Programme
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| Fifth Framework Programme | |
|---|---|
| Name | Fifth Framework Programme |
| Start | 1998 |
| End | 2002 |
| Predecessor | Fourth Framework Programme |
| Successor | Sixth Framework Programme |
| Budget | €13.2 billion |
| Area | Research and Technological Development |
| Supranational | European Union |
Fifth Framework Programme The Fifth Framework Programme was the European Union research funding cycle covering 1998–2002 that supported transnational collaboration in science and technology across Member States of the European Union, associated countries, and international partners. It aimed to strengthen competitiveness, foster innovation, and address societal challenges by co-financing projects involving institutions, industry, and academia. The programme built on prior Framework Programme experience and informed later initiatives such as the Sixth Framework Programme and Horizon 2020.
Background and Objectives
Designed after the Treaty of Amsterdam and amid enlargement discussions with countries such as Poland and Hungary, the programme responded to policy drivers including the Lisbon Strategy and the need to integrate research across the European Research Area. Objectives emphasized enhancing scientific excellence, promoting industrial competitiveness in sectors linked to Information Society Technologies, supporting sustainable development objectives aligned with Rio de Janeiro outcomes, and fostering international cooperation with partners like the United States and Japan. The work programme reflected priorities set by the European Commission Directorate-General for Research and inputs from advisory bodies including the European Parliament committees and national research ministries in France, Germany, and Italy.
Structure and Programmes
The Fifth Framework Programme was organized into major "programme" clusters: Quality of Life and Management of Living Resources, User-friendly Information Society Technologies, Energy, Environment and Sustainable Development, Industrial and Materials Technologies, and Promotion of Innovation and Encouragement of SME Participation. Each cluster comprised thematic priorities, networks of excellence, and specific targeted calls managed through instruments such as Integrated Projects and Shared-cost actions. Cross-cutting activities included support for Human Resources and Mobility, links with the European Cooperation in Science and Technology (COST) framework, and thematic coordination with the European Molecular Biology Organization and agencies like the European Space Agency for space-related research.
Funding and Budget
The overall budget allocated to the programme was approximately €13.2 billion, distributed across thematic programmes, transnational networks, and policy-driven actions coordinated with the European Investment Bank and national funding agencies such as the Deutsches Zentrum für Luft- und Raumfahrt, Centre national de la recherche scientifique, and the Conseil national de la recherche equivalents. Funding instruments ranged from small and medium-sized enterprise (SME) targeted grants linked to the European Association of Craft, Small and Medium-Sized Enterprises to large collaborative projects involving multinationals and research centres like the Max Planck Society and CNRS. Budget oversight involved the European Court of Auditors and reporting to the Council of the European Union and the European Parliament.
Implementation and Management
Implementation relied on competitive calls for proposals evaluated by independent peer review panels composed of experts from institutions like the Royal Society, Academia Europaea, and national academies such as the Pontifical Academy of Sciences. Administrative management was handled by the European Commission services and delegated to Executive Agencies and national contact points in capitals including Brussels, Paris, and Berlin. Project selection and contract negotiation followed procedures influenced by precedents set during the Framework Programme 4 and incorporated rules derived from directives and decisions made by the European Council. Compliance, audit, and intellectual property arrangements were governed by framework-specific model grant agreements and involved legal offices such as the Court of Justice of the European Union when disputes arose.
Participants and Beneficiaries
Consortia typically combined universities, research centres, large firms, and SMEs from countries including Spain, Sweden, Netherlands, Belgium, and associated states such as Norway and Switzerland. Beneficiaries included academic groups linked to the University of Oxford, University of Cambridge, Università di Bologna, and technical institutes like the Delft University of Technology and ETH Zurich. Participants ranged from non-profit organisations and public research organisations to corporate R&D units within firms such as Siemens, Philips, Nokia, and Airbus, while intermediary bodies such as the European Science Foundation facilitated networking and capacity building.
Key Projects and Outcomes
Notable projects addressed topics from genomics collaborations involving partners like the European Molecular Biology Laboratory to information society projects that influenced standards adopted by organisations such as the International Telecommunication Union and European Telecommunications Standards Institute. Energy and environment projects fed into policy instruments linked to the Kyoto Protocol commitments, while industrial research contributed to advances in composite materials used by aerospace consortia including Airbus and suppliers like Rolls-Royce Holdings. Outcomes included hundreds of scientific publications indexed by institutions such as the European Research Council predecessors, patents filed with national offices, and technology transfers to regional clusters promoted by entities like the European Regional Development Fund.
Evaluation and Legacy
Evaluations by independent panels and reports to the European Parliament and the European Commission highlighted strengths in promoting transnational collaboration and weaknesses in administrative complexity noted by stakeholders including national academies and SME associations. Lessons learned influenced design changes implemented in the Sixth Framework Programme, the eventual creation of the European Research Area policies, and contributed to the architecture of later funding mechanisms such as Horizon 2020 and the European Innovation Council. The programme's legacy persists in networks, infrastructures, and policy frameworks maintained by organisations like the Joint Research Centre and in cooperative ties among research communities across Central Europe and Mediterranean states.