UNIVERSITE DE BORDEAUX

Their core work

Université de Bordeaux is a major French research university with deep strengths in neuroscience, high-performance computing, and advanced materials. Their neuroscience work spans brain imaging, Alzheimer's and dementia research, neuromorphic computing, and computational brain modeling — bridging clinical medicine with simulation science. They run significant training programs through Marie Skłodowska-Curie networks, developing next-generation researchers in functional materials, nanomedicine, and sustainable polymers. Beyond health and computing, they contribute to laser science, glass research, and biomaterials, often as part of large European research infrastructure consortia.

What they specialise in

How they've shifted over time

In the early H2020 period (2014–2018), Bordeaux concentrated on neuroscience fundamentals — brain simulation, dementia, stroke, neuroinformatics, and neuromorphic computing — alongside molecular biology topics like transcriptomics and fruit quality. By the later period (2019–2022), the focus shifted toward research infrastructure, exascale computing co-design, cardiac modeling (atrial fibrillation), and applied materials science (glass, lasers, biomaterials, energy efficiency). The trajectory shows a university moving from basic neuroscience and biology toward more infrastructure-oriented, application-ready research with stronger computational and materials engineering components.

Bordeaux is increasingly positioning itself as a computational research infrastructure hub, merging its neuroscience and simulation roots with exascale computing, cardiac modeling, and advanced materials — expect growing capacity in digital twin and simulation-based approaches.

How they like to work

Bordeaux operates as both a consortium leader (46 coordinated projects) and a frequent third-party contributor (41 projects), reflecting a dual role: they lead training networks and focused research while also plugging into large flagship initiatives like EUROfusion and Human Brain Project through institutional affiliations. With 1,195 unique partners across 57 countries, they are a highly connected hub rather than a loyal-partner organization. This makes them easy to approach for new collaborations — they are accustomed to working with diverse teams and managing international consortia.

With 1,195 unique consortium partners spanning 57 countries, Bordeaux has one of the widest collaboration networks among French universities in H2020. Their reach is genuinely global, though heaviest in Western Europe, with significant participation in pan-European infrastructure and training networks.

What sets them apart

Bordeaux's distinctive strength is the intersection of neuroscience, high-performance computing, and advanced materials — few European universities combine all three at this scale. Their heavy involvement in MSCA training networks (over 30 fellowship and doctoral projects) means they are also a talent pipeline, producing researchers trained across disciplines. For consortium builders, Bordeaux offers both scientific depth and proven project management experience from coordinating 46 H2020 projects.

Highlights from their portfolio

• SEGWAY
  Their largest coordinated grant (EUR 1.5M) studying brain structural changes as early Alzheimer's predictors — shows their neuroscience leadership at scale.
• EJD-FunMat
  Coordinated European Joint Doctorate in Functional Materials (EUR 789K), exemplifying their role as a cross-border doctoral training hub in materials science.
• SENSE-Cog
  Major health project (EUR 826K) on sensory impairment and dementia in the elderly, combining clinical research with quality-of-life outcomes across Europe.