NANOSTEM (neural stem cell drug delivery, largest grant at EUR 525K) and in3 (nanomaterial safety assessment) both center on nanomaterial research.
UNIVERSITE D'ARTOIS
French university with research strengths in nanomaterials for drug delivery, neuroscience, and an emerging focus on trustworthy AI.
Their core work
Université d'Artois is a French public university based in Arras (Hauts-de-France region) with research groups spanning life sciences, materials engineering, computer science, and digital humanities. Their H2020 participation reveals active labs in nanomaterials for biomedical applications, neuroscience, chemical safety assessment, and more recently artificial intelligence and trustworthy AI. The university contributes specialist expertise to large international training networks and research consortia rather than leading them, functioning as a reliable knowledge partner across surprisingly diverse domains.
What they specialise in
BtRAIN focused on brain barrier training and NANOSTEM on neural stem cell delivery, indicating a strong neuroscience cluster.
TAILOR (2020-2024) focuses on integrating reasoning, learning, and optimization for trustworthy AI — their most recent and forward-looking project.
VILB developed very high temperature HVDC busbar technology (180-240°C) under the Clean Sky 2 initiative.
in3 project developed integrated interdisciplinary approaches to animal-free safety assessment methods.
How they've shifted over time
In the early period (2015-2017), the university focused on biomedical and life science research — brain barriers, digital cultural heritage preservation, and chemical safety. From 2018 onward, two threads emerged: deeper investment in nanomaterials for drug delivery (their largest-funded project NANOSTEM) and a clear pivot toward artificial intelligence with the TAILOR project on trustworthy AI. The recent keyword profile — trustworthy AI, learning, optimization, reasoning — signals a deliberate move into the AI space that complements rather than replaces their materials science base.
Moving toward AI and machine learning while maintaining strength in nanomaterials — positioning themselves at the intersection of AI-driven materials science and biomedical research.
How they like to work
Université d'Artois operates exclusively as a participant, never leading consortia — a pattern consistent across all six projects. With 115 unique partners across 28 countries from just six projects, they join large, internationally diverse consortia (averaging ~19 partners per project). This profile suggests a university that is well-connected and easy to collaborate with, but should not be expected to take on coordination responsibilities.
Despite modest project volume, Artois has built a remarkably wide network of 115 partners across 28 countries, reflecting the large MSCA training networks they participate in. Their geographic reach is truly pan-European with no obvious regional clustering.
What sets them apart
What distinguishes Artois is the breadth of its research portfolio from a relatively small H2020 footprint — spanning neuroscience, nanomaterials, AI, electrical engineering, and digital heritage. This makes them a versatile partner who can contribute specialist knowledge across multiple work packages. For consortium builders, they offer the reliability of a public university with niche expertise that larger institutions might not prioritize.
Highlights from their portfolio
- NANOSTEMTheir largest-funded project (EUR 525K), developing nanomaterials for neural stem cell drug delivery — sits at the intersection of their nanomaterials and neuroscience strengths.
- TAILORTheir most recent project and a strategic pivot into trustworthy AI, part of a major EU network on AI foundations integrating reasoning, learning, and optimization.
- VILBUnusual departure into aerospace-grade electrical engineering under Clean Sky 2, demonstrating unexpected materials expertise in high-temperature HVDC busbar technology.