EC projects usually require partners, with the number and geographical location varying for each call. A useful tip to remember when considering your partner options is that a consortium should include a good balance of sectors industry, academia, user groups etc) and that all partners should be well-matched to the activities in the proposal.
You can find partners through your existing contacts, by reviewing previously awarded FP6 and FP7 projects, by searching/ advertising on the UKRO website ,by seeking the assistance of the relevant UK National Contact Point and by attending EU conferences and project evaluations, by scanning the CORDIS website.
The best and most effective way to become involved in FP7 consortia however, is to join European Technology Platforms (ETPs). These are groups of industry-led stakeholder forums who explore Europe’s key challenges. ETPs define the EU Strategic research agenda and then bid for European Commission funds (through FP7 etc) to address these. The biggest players in the field across Europe belong to these groups and obviously as they set the research agenda, they are increduibly successful at winning FP7 funds for research. Joining these groups will not only open you to a plethora of partners but also will allow you to contribute in shaping the research agenda of Europe (which you can then address through funding). Some of the major ETPs are listed below with hyperlinks to their webpages:
Advanced Engineering Materials and Technologies
Advisory Council for Aeronautics Research in Europe
Embedded Computing Systems
European Biofuels Technology Platform
European Construction Technology Platform
European Nanoelectronics Initiative Advisory Council
European Rail Research Advisory Council
European Road Transport Research Advisory Council
European Space Technology Platform
European Steel Technology Platform
European Technology Platform for the Electricity Networks of the Future
European Technology Platform for Wind Energy
European Technology Platform on Smart Systems Integration
European Technology Platform on Sustainable Mineral Resources
Farm Animal Breeding and Reproduction Technology Platform
Food for Life
Forest based sector Technology Platform
Future Manufacturing Technologies
Future Textiles and Clothing
Global Animal Health
Industrial Safety ETP
Integral Satcom Initiative
Mobile and Wireless Communications
Nanotechnologies for Medical Applications
Networked and Electronic Media
Networked European Software and Services Initiative
Photonics21
Photovoltaics
Plants for the Future
Robotics
Sustainable Nuclear Technology Platform
Sustainable Chemistry
Water Supply and Sanitation Technology Platform
Waterborne ETP
Zero Emission Fossil Fuel Power Plants


Congratulations to BU’s 


Seminar groups are multi-institutional groups of academic researchers, postgraduate students and non-academic users who meet regularly to exchange information and ideas with the aim of advancing research within their fields. Where appropriate, seminar group members should be drawn from the public sector, commercial private sector, third sector and other relevant organisations as well as from academic institutions. We would particularly encourage seminar groups designed to bring together leading researchers from across disciplines to identify new research agendas or capacity building priorities. These grants are non-fEC and are limited to £15,000. This covers:
Following the announcement by the Vice Chancellor in August 2011 that CRE would move from Finance & Commercial Services I am delighted today to formally launch the Research & Knowledge Exchange Office (R&KEO) with the remit of supporting all research and knowledge exchange (formally enterprise) activity at BU.
Vitae
Professor Martin Kretschmer’s
The first closing date for the current round of the BU Fusion Fund competition is 1 November 2011.
The role of a university has been debated since the nineteenth century. In 1852 Cardinal Newman wrote that the sole function of a university was to teach universal knowledge, embodying the idea of ‘the learning university’. Newman believed that knowledge is valuable and important for its own sake and not just for its perceived use to society (this is very different from the current thinking on the importance of research impact, public accountability and the value of research findings to society at large, issues which I imagine Newman would have thought of as irrelevant!). There was not a great deal in Newman’s work about the importance of research in a university, but research was beginning to play the starring role in mainland Europe where Prussian education minister Wilhelm von Humboldt wrote of the concept of ‘the research university’ and eventually set up the Humboldt University of Berlin. After the Napoleonic Wars, von Humboldt’s view was that the research university was a tool for national rebuilding through the prioritisation of graduate research over undergraduate teaching. This model soon became the blueprint for the rest of Europe, the United States and Japan. Arguably the Russell Group universities are today still structured in a similar way to that envisaged by von Humboldt two hundred years ago.
Moving into the twentieth century and we come across American educationalist Abraham Flexner who wrote of ‘the modern university’. In Flexner’s view universities had a responsibility to pursue excellence, with academic staff being able to seamlessly move from the research lab to the classroom and back again. The pursuit of excellence features in many universities strategies, and sounds very similar to the message conveyed by the REF team as part of the REF2014 guidance. The union of research and education also sounds similar to the current structure of many UK universities.
The creation and sharing of new knowledge and new ideas has become the principal purpose of many modern universities. In Northern and Western Europe and North America the university has become the key producer of knowledge (through research) and the key sharer of knowledge (through teaching). The University of Bristol’s Vice-Chancellor Professor Eric Thomas claims that universities are the knowledge engines of our society having produced the vast majority of society’s breakthroughs and innovations, such as: the computer, the web, the structure of DNA, Dolly the Sheep, and the fibre optic cable. Where would we be without these breakthroughs, and would they have come about so quickly without university research?











Research highlighted at the UN in New York
Poverty in the UK: book launch today at BU
BU contributions to successful Global Health conference
New paramedic science paper by BU’s Dr. Ursula Rolfe
Horizon Europe Cluster 3 (Civil Security for Society) 2026 Calls Now Open
MSCA Doctoral Networks 2026 Call Information Webinar
ESRC Festival of Social Science 2026: Application Deadline Extended to Thursday 25 June 2026
Reminder: Register for the ESRC Festival of Social Science 2026 Information Session
ECR Funding Open Call: Research Culture & Community Grant – Apply now
ERC Advanced Grant 2025 Webinar
Update on UKRO services
European research project exploring use of ‘virtual twins’ to better manage metabolic associated fatty liver disease