UNIVERSITY OF FLORIDA

Their core work

The University of Florida is a major US research university that serves as a transatlantic bridge for European research consortia, primarily through Marie Skłodowska-Curie staff exchange programs (MSCA-RISE). Its faculty contribute specialized expertise across a remarkably wide range of fields — from solid mechanics and nonlinear dynamics to virology, superconductivity, and cosmology — reflecting the breadth of a large multi-college institution. UF's main role in H2020 is hosting visiting European researchers and sending its own staff to EU partner labs, enabling knowledge transfer between American and European research groups. It has also participated directly in large-scale health and virus research infrastructure projects.

What they specialise in

How they've shifted over time

In the early phase (2015–2018), UF's H2020 involvement centered on life sciences — virus discovery through metagenomics (VIROGENESIS), Zika preparedness (ZIKAction), and nanofabrication chemistry (ELENA). From 2019 onward, participation shifted decisively toward physical sciences and engineering: solid mechanics, nonlinear dynamics, superconductivity, metamaterial design, and cosmological statistics. This reflects a broadening of which UF departments engage with European partners, moving from predominantly biomedical collaborations to physics and engineering-heavy consortia.

UF is increasingly engaged in computational mechanics, materials modeling, and data-driven engineering methods — making it a strong future partner for projects combining simulation with advanced manufacturing or materials science.

How they like to work

UF never coordinates H2020 projects — it exclusively joins as a third-party partner (16 of 19 projects) or participant, which is typical for non-EU institutions in MSCA programs. With 220 unique consortium partners across 38 countries, it functions as a high-connectivity node that connects European consortia to American research infrastructure and expertise. This broad, non-repeating partner base suggests UF is sought after by many different European groups rather than embedded in a single research cluster.

UF has collaborated with 220 unique partners across 38 countries, making it one of the most widely networked non-EU participants in H2020. Its connections span the full breadth of European research geography, with partnerships extending to Japan and other non-EU nations through trilateral programs like NEWS.

What sets them apart

As a top-tier US research university, UF offers European consortia something most partners cannot: direct access to American research infrastructure, student talent, and scientific networks outside the EU funding ecosystem. Its participation is almost entirely through MSCA mobility schemes, meaning it specializes in researcher exchange and cross-Atlantic knowledge transfer rather than project management. For consortium builders, UF adds international credibility and a proven track record of hosting European visiting researchers across disciplines from fracture mechanics to cosmology.

Highlights from their portfolio

• ZIKAction
  Largest single project (EUR 1.3M to UF) addressing the Zika public health emergency with a 30+ partner global consortium on maternal-paediatric transmission.
• ATM2BT
  Ambitious interdisciplinary project bridging atomistic modeling to bulk turbulence, combining bifurcation theory, stochastic methods, and nonlinear fluid dynamics across scales.
• EVA-GLOBAL
  UF contributes to Europe's central virus archive infrastructure — a critical resource for pandemic preparedness and response, demonstrating institutional trust in biosafety contexts.