UNIVERSITE D'AIX MARSEILLE

Their core work

Aix-Marseille University is one of France's largest research universities, with deep strengths in neuroscience and brain research, infectious disease response, and atmospheric and environmental sciences. They operate major virus archives and research infrastructures (EVAg), contribute to the Human Brain Project's simulation and neuroinformatics efforts, and train the next generation of European researchers through extensive Marie Skłodowska-Curie networks. Their applied work spans from epidemic preparedness (Ebola, Zika, COVID-19) to precision metrology and advanced manufacturing processes.

What they specialise in

How they've shifted over time

In their early H2020 period (2014–2018), AMU's work centered on brain science (Human Brain Project, neuroinformatics, neuromorphic computing), atmospheric research, and emergency infectious disease response to Ebola and Zika outbreaks. By the later period (2019–2022), their focus shifted notably toward research ethics and governance, open science and FAIR data practices, epilepsy-specific clinical research, and COVID-19 response — reflecting both the pandemic's influence and a broader institutional move from fundamental simulation toward responsible, data-sharing-oriented science. The emergence of metrology and manufacturing keywords signals a quiet expansion into applied industrial research.

AMU is moving from pure computational and fundamental research toward responsible data governance, open science infrastructure, and translational health applications — making them an increasingly strong partner for projects requiring ethical frameworks and FAIR-compliant data management.

How they like to work

AMU operates as a versatile large university that both leads and contributes across project types — coordinating 30% of their projects while serving as a reliable consortium partner in most others. With 1,353 unique partners across 62 countries, they function as a major European research hub rather than a closed network, comfortable in both large flagship consortia (EUROfusion, Human Brain Project) and focused bilateral collaborations. Their 19 third-party participations also indicate they are frequently pulled into projects by other French institutions who need their specialized facilities or expertise.

AMU maintains one of the broadest collaboration networks among French universities, with 1,353 unique consortium partners spanning 62 countries — a truly global reach anchored in European research but extending well beyond. Their Mediterranean location and virus archive work give them particularly strong connections to North African and Middle Eastern research communities.

What sets them apart

AMU's rare combination of world-class virology infrastructure (they coordinate Europe's global virus archive), deep computational neuroscience capability, and atmospheric science expertise makes them unusually versatile for a single institution. Their Mediterranean location gives them a strategic advantage for climate, marine, and cross-Mediterranean cooperation that Paris-based universities cannot match. For consortium builders, AMU offers both the research mass of a top-10 French university and niche specializations that are hard to find elsewhere in a single partner.

Highlights from their portfolio

• EVAg
  AMU's largest coordinated project (€3.7M) — built Europe's global virus archive, which became critical infrastructure during the COVID-19 pandemic.
• HBP SGA1
  Part of the €1B Human Brain Project flagship — AMU contributed to brain simulation, neuroinformatics, and high-performance computing components.
• HOLOGRAM
  ERC-funded project (€1M) connecting pure mathematics (complex dynamics, Mandelbrot set) to computational root-finding — showcasing AMU's strength in fundamental research.