Core contributor to AtlantOS, ATLAS, EMSODEV, SPICES, and multiple ocean observation and fisheries management projects spanning the full H2020 period.
UNIVERSITAET BREMEN
Major German research university strong in marine science, open science infrastructure, graphene materials, and ERC-funded interdisciplinary research across 58 partner countries.
Their core work
The University of Bremen is a major German research university with deep strengths in marine and ocean sciences, materials research (particularly graphene), social sciences, and open science infrastructure. It operates as a key node in European ocean observation networks and environmental research infrastructures, while also hosting significant ERC-funded fundamental research in fields ranging from biogeochemistry to computational social science. The university trains early-career researchers through multiple Marie Skłodowska-Curie networks and contributes substantially to EU policy on open access and research data management.
What they specialise in
Participated in OpenAIRE2020, THOR, ENVRI PLUS, COOP_PLUS, and multiple CSA projects building European open access and data-sharing infrastructure.
Consistent involvement in the Graphene Flagship (GrapheneCore1 and subsequent phases), contributing materials research expertise.
Recent projects show growing focus on explainable AI, computational social science, ethics, and societal engagement (STARBIOS 2, BIGSSS-departs).
Contributed to MACC-III, GAIA-CLIM, and recent greenhouse gas monitoring projects, with keywords shifting toward ecosystem and atmospheric modelling.
Won multiple ERC grants as coordinator including ZOOMecular (EUR 3M), GermanSlavery, CODA, TFL, and bi-BLOCK — spanning biogeochemistry to legal theory.
How they've shifted over time
In the early H2020 period (2014–2018), Bremen focused heavily on biodiversity, climate change, fisheries policy, and building open access infrastructure — classic environmental and research-governance work. From 2019 onward, the profile shifted noticeably toward open science practices, graphene materials, oceanographic modelling, and a new cluster around explainable AI, computational social science, and ethics. This evolution signals a university broadening from traditional environmental observation into data-intensive methods and responsible innovation.
Bremen is moving toward data-driven environmental science and responsible AI, making it an increasingly relevant partner for projects combining ocean/climate data with computational methods and ethical frameworks.
How they like to work
Bremen primarily operates as an active partner (72% of projects), but demonstrates strong coordination capability with 24 projects led — most of these being prestigious ERC grants in the EUR 1.5–3M range. With 1,166 unique consortium partners across 58 countries, they are clearly a network hub rather than a loyal-to-few partner. This means they bring extensive connections and are experienced in large, diverse consortia, but prospective partners should expect a professional rather than exclusive relationship.
With 1,166 unique consortium partners across 58 countries, Bremen operates one of the most extensive collaboration networks among German universities in H2020. Their reach spans all of Europe and extends globally, with particularly dense connections in marine science and open science communities.
What sets them apart
Bremen stands out for its rare combination of marine/ocean science excellence with strong open science and research infrastructure expertise — they don't just do the science, they build the systems for sharing it. Their portfolio of ERC grants across wildly diverse topics (from ancient slavery to plant biology to paleoenvironmental chemistry) reveals genuine interdisciplinary depth, not just breadth. For consortium builders, Bremen offers a partner that can credibly contribute to both the core research and the open data/ethics dimensions that EU evaluators increasingly demand.
Highlights from their portfolio
- ZOOMecularLargest single grant (EUR 3M ERC), investigating paleoenvironmental processes through molecular methods — demonstrates Bremen's capacity for ambitious fundamental research.
- AtlantOSFlagship Atlantic ocean observing system project where Bremen contributed ocean modelling, sensors, and fisheries expertise within a major international consortium.
- BIGSSS-departsBremen-coordinated MSCA doctoral programme in social sciences with international partnerships, showcasing the university's role in training the next generation of researchers.