Coordinated AGRELITA (EUR 1.6M ERC grant on ancient Greek reception in French literature) and TOSSIBERG (ERC on Berkovich geometry), showing strong fundamental research leadership.
UNIVERSITE DE CAEN NORMANDIE
French university contributing specialist expertise in CO2 capture, applied mathematics, nuclear science, and ERC-funded humanities across large European consortia.
Their core work
Université de Caen Normandie is a French public university with research strengths spanning humanities, applied mathematics, and energy-related materials science. In H2020, it contributed specialized expertise — often as a linked third party to larger consortia — in areas ranging from classical literary studies and manuscript analysis to nonlocal mathematical methods for data science and CO2 capture technologies using metal-organic frameworks. The university also maintains capabilities in nuclear research, coastal observation infrastructure, and health-related radiation studies.
What they specialise in
Contributed to MOF4AIR (metal-organic frameworks for carbon capture), PIONEER (plasma catalysis for CO2 recycling), and METHASOL (CO2-to-methanol photocatalysis).
Participated in NoMADS, working on nonlocal methods, spectral decomposition on graphs, and machine learning for biomedical imaging and point cloud processing.
Involved in MYRTE (transmutation research), SANDA (nuclear data for energy applications), and HARMONIC (health effects of paediatric radiation exposure).
Third-party contributor to both JERICO-NEXT and JERICO-S3, the pan-European coastal observatory research infrastructure.
Contributed to MEDIT-AGEING (meditation and mental health in ageing) and EuroNeurotrophin (neurotrophin drug discovery for neurodegenerative diseases).
How they've shifted over time
In the early H2020 period (2015–2018), UNICAEN's involvement centred on health and neuroscience — meditation, ageing, Alzheimer's biomarkers, and neural reconnection — alongside fundamental mathematics. From 2019 onward, the portfolio shifted markedly toward energy and environmental themes: CO2 recycling, carbon capture with MOFs, photocatalytic methanol production, and plasma catalysis. The university also deepened its mathematical and data science profile through the NoMADS project, while its largest recent grant (AGRELITA, 2021) anchored continued strength in digital humanities.
UNICAEN is building a cluster of energy-transition expertise around CO2 valorisation and catalysis, while maintaining its distinctive strength in ERC-funded humanities research.
How they like to work
UNICAEN overwhelmingly participates as a third party (11 of 16 projects), meaning it typically provides specialised lab or research group contributions channelled through a lead partner institution. It has coordinated only twice — both ERC grants where individual PI excellence drives the award. With 244 unique partners across 36 countries, its network is wide but largely inherited through the large consortia it joins rather than built through project leadership.
UNICAEN has collaborated with 244 distinct partners across 36 countries, reflecting broad European and international reach. This extensive network is primarily a result of participation in large-scale RIA consortia and research infrastructure projects rather than repeated bilateral partnerships.
What sets them apart
UNICAEN's unusual combination of ERC-level humanities scholarship, applied mathematics for data science, and growing energy-transition research makes it a genuinely multidisciplinary partner — rare for a mid-sized regional French university. Its strength as a third-party contributor means it can plug specific research group expertise into consortia without demanding a leadership role, making it a low-friction addition to proposals. For consortium builders, it offers access to Normandy-based labs with capabilities in CO2 catalysis, nuclear data, and coastal science alongside strong fundamental research credentials.
Highlights from their portfolio
- AGRELITALargest grant (EUR 1.6M ERC Advanced Grant) — coordinated study of ancient Greek reception in pre-modern French literature, demonstrating PI-level research excellence in digital humanities.
- MOF4AIRIndustrially relevant project on metal-organic frameworks for CO2 capture in power production — positions UNICAEN in the carbon capture technology supply chain.
- PIONEERPlasma catalysis for CO2 recycling into hydrogen and green chemicals — links UNICAEN to emerging green chemistry and Power-to-X value chains.