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Organization

DOKUZ EYLUL UNIVERSITESI

Turkish university in Izmir with H2020 expertise in marine biology, fuel cell technology, geothermal energy assessment, and cancer immunology research.

University research groupenvironmentTR
H2020 projects
8
As coordinator
1
Total EC funding
€665K
Unique partners
146
What they do

Their core work

Dokuz Eylul University is a major Turkish public university in Izmir with research strengths spanning life sciences, energy technology, and marine sciences. Their H2020 work covers fuel cell development, algal biology, cancer immunology, geothermal energy assessment, and Black Sea environmental research. They bring particular value in bridging European research networks with Turkish scientific capacity, contributing applied research in aquaculture systems, renewable energy environmental impact, and biomedical cell biology.

Core expertise

What they specialise in

Fuel cell technologyprimary
1 project

Coordinated FEDMFC, developing high-performance flowing electrolyte-direct methanol fuel cell stacks — their only coordinator role and largest funded project.

Marine and algal biologyprimary
3 projects

Participated in ALFF (algal microbiome), IMPAQT (multi-trophic aquaculture management), and DOORS (Black Sea research support).

Cancer immunology and cell death signallingsecondary
1 project

DISCOVER project focused on death receptor signalling (Fas ligand, TRAIL) in tumour immune editing, with EUR 144,000 funding.

Geothermal energy and environmental assessmentsecondary
1 project

GEOENVI project addressed environmental concerns of geothermal energy deployment using life cycle assessment methodology.

Biobanking and health data infrastructuresecondary
1 project

Participated in ADOPT BBMRI-ERIC, supporting biobank collection, biospecimen data, and biomolecular analyses across Europe.

Evolution & trajectory

How they've shifted over time

Early focus
Algal biology and fuel cells
Recent focus
Marine environment and energy

In the early period (2015–2017), the university focused on fundamental biological research — algal microbiome interactions, biobanking infrastructure, and fuel cell engineering. From 2018 onward, the focus broadened significantly toward applied environmental and marine themes: geothermal energy impact assessment, aquaculture management, Black Sea ecosystem research, and public science engagement. The shift suggests a move from lab-focused biological and chemical research toward interdisciplinary environmental and marine applications with stronger societal relevance.

Dokuz Eylul is increasingly positioning itself in marine and environmental research with a Black Sea focus, making them a strong candidate for blue growth and climate-related consortia.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European33 countries collaborated

Overwhelmingly a participant rather than a leader — they coordinated only 1 of 8 projects, with the rest as participant or partner roles. With 146 unique partners across 33 countries, they connect widely rather than deeply, joining diverse consortia rather than building tight clusters. This makes them an accessible, low-friction partner who integrates well into large European consortia without competing for leadership.

Extensive network of 146 partners across 33 countries, indicating broad European and international connectivity. As a Turkish university, they serve as a natural bridge between EU research networks and the Eastern Mediterranean / Black Sea region.

Why partner with them

What sets them apart

Dokuz Eylul combines marine biology, energy technology, and biomedical research under one roof — an unusual breadth for a Turkish university in H2020. Their Izmir location on the Aegean coast gives them direct access to marine research environments and geothermal resources, making them a practical partner for field-based environmental and energy studies. For consortium builders, they offer a reliable Turkish partner with proven H2020 experience across multiple thematic areas.

Notable projects

Highlights from their portfolio

  • FEDMFC
    Their only coordinator role and highest single-project funding (EUR 145,846), focused on direct methanol fuel cell stack development — demonstrates independent research leadership in energy technology.
  • DOORS
    Most recent project (2021–2025) with EUR 140,000 funding, focused on Black Sea research support — signals their current strategic direction toward marine and environmental sciences.
  • DISCOVER
    Well-funded MSCA fellowship (EUR 144,000) in cancer immunology, showing the university attracts individual researchers in competitive biomedical topics like death receptor signalling.
Cross-sector capabilities
energyfoodhealth
Analysis note: With 8 projects spanning very different domains (fuel cells, algal biology, cancer immunology, geothermal energy, marine research), the profile reflects a large university with multiple independent research groups rather than a coherent institutional strategy. Individual project-level expertise is real but the breadth makes it hard to identify a single defining strength. The relatively modest total funding (EUR 664K across 8 projects) and predominantly participant roles suggest a university that joins consortia selectively rather than driving large-scale programmes.