Core contributor to the Human Brain Project (HBP SGA1), LUMINOUS (consciousness studies), MEDIT-AGEING (ageing and neuroimaging), and multiple projects on sleep, cognition, and disorders of consciousness.
UNIVERSITE DE LIEGE
Belgian research university strong in neuroscience, brain simulation, bioinformatics, and biomedical engineering with growing AI capabilities across 133 H2020 projects.
Their core work
Université de Liège is a major Belgian research university with deep strengths in neuroscience, brain research, and computational biology. Their teams contribute to large-scale brain mapping initiatives (Human Brain Project), study consciousness and sleep disorders, and develop bioinformatics tools for genomic and transcriptomic analysis. Beyond life sciences, they maintain active research lines in astrophysics (exoplanet detection), energy-efficient buildings, microalgae bioenergetics, and IoT/smart systems — making them a versatile academic partner across multiple scientific domains.
What they specialise in
Strong presence in genomic annotation (ZENCODE-ITN), transcriptomics, mouse brain reconstruction, and recent keywords show deep learning and data science applied to biological systems.
Coordinated PV-COAT (prosthetic valve bioactive coatings, EUR 2.37M) and participated in TREGeneration (graft-versus-host disease), ZIKAlliance, and BIOCYCLE (Crohn's disease).
Coordinated BEAL (microalgae bioenergetics, EUR 1.84M), participated in ACCEPT (energy-efficient buildings), Phoenix (bioenergy), and ISOMET (atmospheric methane isotopologues).
Participated in AHEAD (high-energy astrophysics) and recent keywords highlight exoplanet research as a growing focus area.
Recent-period keywords prominently feature neuromorphic computing, artificial intelligence, deep learning, and machine learning — indicating a clear pivot toward computational methods.
How they've shifted over time
In the early H2020 period (2014–2018), ULiège focused heavily on researcher mobility, SME innovation support, and foundational neuroscience — keywords like training, career development, sleep, disorders of consciousness, and neuroimaging dominated. By the later period (2019–2022), the university shifted decisively toward computational and data-driven research: artificial intelligence, deep learning, neuromorphic computing, bioinformatics, and precision medicine became prominent. This mirrors a broader transition from descriptive biological research toward quantitative, AI-augmented science.
ULiège is rapidly building capacity in AI and machine learning applied to life sciences and neuroscience — expect them to seek partners at the intersection of computing and biology.
How they like to work
ULiège operates primarily as an active consortium partner (88 of 133 projects), but takes the lead when it has clear domain ownership — coordinating 38 projects including some of their highest-funded work like PV-COAT and BEAL. With 1,379 unique partners across 82 countries, they function as a broad networking hub rather than a closed-circle institution. This makes them easy to approach for new collaborations and experienced at integrating into diverse consortia.
ULiège has collaborated with 1,379 distinct partners across 82 countries, placing them among the most internationally connected Belgian universities in H2020. Their network spans all of Europe with significant reach into Africa (Central African mining research) and global health initiatives.
What sets them apart
ULiège stands out for its rare combination of deep neuroscience expertise and growing AI/computational capabilities — they bridge wet-lab brain research with high-performance computing and neuromorphic systems. Their Wallonia base gives them strong connections to Belgian SME and Enterprise Europe Network support services, making them an effective bridge between fundamental research and regional innovation. Few universities match their breadth across neuroscience, astrophysics, and bioenergetics while maintaining genuine depth in each.
Highlights from their portfolio
- PV-COATLargest single grant (EUR 2.37M) as coordinator — developing bioactive coatings for prosthetic heart valves to reduce thrombosis, showing their biomedical engineering leadership.
- HBP SGA1Part of the flagship Human Brain Project, contributing to mouse/human brain simulation, neuroinformatics, and high-performance computing — their most visible international collaboration.
- BEALCoordinated EUR 1.84M project on microalgae bioenergetics bridging photosynthesis and fermentation — demonstrates their unique capability in fundamental energy biology.