UNIVERSITE MARIE ET LOUIS PASTEUR

Their core work

Université Marie et Louis Pasteur (formerly Université de Franche-Comté) is a French public university in Besançon with a distinctive dual profile in EU research: strong applied energy research — particularly hydrogen and fuel cell systems — combined with sustained investment in science-public engagement through France's European Researcher's Night programme. Their energy labs contribute modelling, simulation, and diagnostics expertise to hydrogen-wind integration and fuel cell hybrid systems, while a separate stream of activity focuses on mathematics, photonics, and environmental chemistry. They also serve as a regional access point for photonics innovation support via PhotonHub Europe.

What they specialise in

How they've shifted over time

In the early period (2014–2018), the university focused heavily on science engagement events (Researcher's Night) and entered the hydrogen-energy space through the Haeolus wind-hydrogen project. From 2019 onward, their energy portfolio expanded significantly into fuel cell diagnostics (RUBY), fuel cell simulation (VIRTUAL-FCS), and positive-energy district solutions (RESPONSE), while they maintained their engagement activities. A new thread in photonics/plasmonics and environmental chemistry emerged post-2020, suggesting a broadening research base beyond their traditional strengths.

Moving from general public engagement toward deeper technical contributions in hydrogen/fuel cell R&D and energy system integration, making them increasingly relevant for clean energy consortia.

How they like to work

Primarily a contributing partner rather than a consortium leader — 12 of their roles are as participant and 7 as third party, while their 3 coordinator roles are all for Researcher's Night events (a nationally distributed format). With 243 unique partners across 28 countries, they operate within large, diverse consortia typical of energy and MSCA projects. Their frequent third-party appearances suggest they often bring specialized lab capabilities or regional reach to projects led by others.

A well-connected European university with 243 unique consortium partners spanning 28 countries, reflecting both the broad reach of MSCA training networks and the large consortia typical of energy innovation actions. Their network is pan-European without strong concentration in any single region.

What sets them apart

Their combination of hydrogen/fuel cell modelling expertise and deep experience in science-public engagement is unusual — most energy-focused labs do not also run national-scale public outreach programmes. For consortium builders, this means they can contribute both technical work packages and dissemination/communication activities, filling two roles that are normally assigned to separate partners. Their Besançon location in eastern France also places them close to the Swiss and German research ecosystems.

Highlights from their portfolio

• RESPONSE
  Their largest single grant (EUR 661K) in an ambitious energy-positive districts project running until 2026, signalling deep commitment to urban energy transition.
• VIRTUAL-FCS
  Contributed EUR 358K worth of fuel cell simulation and emulation expertise, central to their growing hydrogen technology profile.
• STORIES
  One of their coordinator-led projects for the European Researcher's Night in France, demonstrating their national role in science engagement.