Coordinated or participated in five Researcher's Night projects (EXPERIM, CREATIVITY, STORIES, LINCS, VOYAGES) spanning 2014-2021, organizing participatory events and dialogue between researchers and the public across France.
UNIVERSITE BOURGOGNE EUROPE
French university in Dijon with strong science communication expertise, expanding into energy transition, biomedical research, and European university network governance.
Their core work
Université Bourgogne Europe is a French university entity based in Dijon that serves as a bridge between academic research and the general public, with a strong track record in organizing European Researcher's Night events and science communication activities across France. Beyond public engagement, the university contributes specialized expertise in biomedical imaging, rare disease research, biomolecular archaeology, and energy transition projects. Their role is often as a third-party contributor providing domain knowledge or regional coordination within larger European consortia, rather than leading large-scale R&D programs directly.
What they specialise in
Contributed to IB4SD-TRISTAN on imaging biomarker validation (PET, MRI) for drug safety and Solve-RD on data-driven approaches to unsolved rare diseases via European Reference Networks.
Participates in RESPONSE, a large-scale project on integrated solutions for energy positive districts, covering decarbonisation, grid flexibility, and coal region transformation.
Coordinated BIJOU, applying biomolecular identification techniques to historical ornaments, linking shell biomineralisation to mobility and identity studies.
Participated in FIT FORTHEM, developing joint R&I strategies, open science practices, and shared research infrastructures across European university networks.
How they've shifted over time
In 2014-2018, Université Bourgogne Europe focused almost exclusively on science communication and public engagement, coordinating multiple editions of the European Researcher's Night in France with emphasis on participatory dialogue, entertainment, and creativity. From 2019 onward, their portfolio diversified significantly into applied research domains — energy positive districts (RESPONSE), biosensor platforms (GRACED), health screening for vulnerable populations (CBIG-SCREEN), and European university reform (FIT FORTHEM). This shift suggests a deliberate move from a public engagement hub toward a more research-active institution embedded in multidisciplinary European consortia.
Moving from a predominantly outreach-oriented role toward substantive research contributions in energy transition and health, making them increasingly relevant as a partner for applied R&D consortia.
How they like to work
UBE primarily joins projects as a third party (7 of 12 projects), suggesting they are often brought in for specific expertise or regional coordination rather than driving the research agenda. Their three coordinator roles are all in the Researcher's Night series — a domain where they clearly have organizational leadership. With 158 unique partners across 23 countries, they maintain a very broad but relatively shallow network, characteristic of an institution that participates in large consortia without deep bilateral ties.
UBE has collaborated with 158 unique partners across 23 countries, reflecting wide European reach through large consortium projects. Their network is broad rather than deep, with connections spanning health, energy, and digital sectors primarily through their third-party contributions.
What sets them apart
UBE's distinctive strength is their dual capability: deep experience in science-to-society communication paired with growing technical research capacity in energy, health, and digital domains. For consortium builders, this makes them a practical choice when a project needs both genuine research contribution and strong public engagement or dissemination in France. Their FORTHEM university network membership also provides access to a broader alliance of European universities for future collaborations.
Highlights from their portfolio
- BIJOUCoordinated an interdisciplinary project applying biomolecular techniques to archaeological ornaments — an unusual intersection of hard science and cultural heritage.
- RESPONSETheir entry into large-scale energy transition research, addressing positive energy districts and coal region transformation — signals their expanding research ambitions.
- FIT FORTHEMLargest single EC contribution (EUR 286,250) and directly tied to transforming how European university alliances coordinate R&I strategy and open science.