Active across concentrated solar power (SFERA-III, HORIZON-STE, INSHIP), geothermal (GeoSmart, GECO), and CO2 storage (ENOS), with consistent participation from 2016 to 2024.
MIDDLE EAST TECHNICAL UNIVERSITY
Turkey's top research university bridging EU energy, archaeogenomics, and environmental science with 51 H2020 projects across 55 countries.
Their core work
METU is Turkey's leading English-language research university, based in Ankara, with deep strengths spanning archaeogenomics, concentrated solar power, geothermal energy, environmental sciences, and particle physics. The university brings strong computational and engineering capabilities to EU consortia, frequently contributing modeling, simulation, and experimental work. METU also runs significant public engagement and science communication activities across Turkey, bridging European research networks with the Eastern Mediterranean region. Their research spans from fundamental science (ERC-funded ancient DNA studies) to applied energy technologies (solar heat for industry, CO2 storage, geothermal systems).
What they specialise in
Led NEOGENE (EUR 2.5M ERC grant on Neolithic ancient DNA) and SPELEOTOLIA (Holocene climate from speleothems), plus EASTMED-PALEOTSUNAMI — all as coordinator.
Participated in AQUACOSM (mesocosm facilities), SeaDataCloud (ocean data management), MyOcean FO (Copernicus marine services), and Nature4Cities.
Coordinated SCIENCEatHOME, StART (Science through Art), and participated in MERSCIN and SHAPE-ENERGY, consistently organizing European Researchers' Night events in Turkey.
Participated in both JENNIFER and JENNIFER2 networks for neutrino and intensity frontier research connecting Japan and Europe.
Coordinated FLAMENCO (EUR 2M ERC grant) developing a fully-implantable MEMS-based autonomous cochlear implant — a high-value medical device project.
How they've shifted over time
In 2014–2018, METU's H2020 portfolio was broad and exploratory: traffic safety culture, doctoral training networks, science communication events, social inclusion, and early environmental infrastructure work. From 2019 onward, the focus sharpened considerably toward energy technologies (concentrated solar power, geothermal, CO2 utilization), archaeogenomics (with the flagship NEOGENE ERC grant), and ecosystem services research. The university also secured its highest-value grants in the later period, suggesting growing competitiveness and specialization in energy transition and paleoscience.
METU is consolidating around renewable energy systems (solar, geothermal) and deep-time environmental science, making them a strong future partner for energy transition and climate history projects.
How they like to work
METU balances leadership and partnership roles — coordinating 16 of 51 projects (31%), including two prestigious ERC grants (NEOGENE, FLAMENCO). As a participant, they typically join mid-to-large consortia (645 unique partners across 55 countries), suggesting they are well-networked and comfortable in complex multi-partner setups. Their high partner diversity indicates a hub-style connector rather than a closed-circle collaborator, making them accessible for new partnerships.
METU has collaborated with 645 unique partners across 55 countries — one of the broadest networks among Turkish universities in H2020. Their reach spans Western Europe, the Eastern Mediterranean, and Japan (via the JENNIFER neutrino physics network), positioning them as a key bridge between EU research and the wider Mediterranean and Middle Eastern academic ecosystem.
What sets them apart
METU occupies a rare position as Turkey's most internationally integrated research university, combining hard engineering and energy expertise with deep-time sciences (archaeogenomics, paleoclimate) — a combination almost no other institution in the region offers. Their two ERC grants (NEOGENE and FLAMENCO) signal individual researcher excellence that elevates the entire institution's credibility in consortium bids. For EU coordinators, METU provides a reliable gateway to the Turkish research ecosystem with proven capacity to manage EU-funded projects and navigate Widening Country dynamics.
Highlights from their portfolio
- NEOGENELargest grant (EUR 2.56M ERC Starting Grant) — groundbreaking archaeogenomic analysis of Neolithic Anatolian societies, combining ancient DNA with cultural interaction studies in a region uniquely suited to this research.
- FLAMENCOEUR 2M ERC grant to develop a fully-implantable MEMS-based cochlear implant — a high-risk, high-reward biomedical engineering project demonstrating METU's capacity for device-level innovation.
- GECOEUR 825K contribution to geothermal emission control — their largest participation-role project, combining CO2 capture, mineralisation, and geothermal energy in a commercially relevant energy application.