Central to TRIATLAS (climate-based marine predictions), EuroSea (ocean observing and forecasting), and PADDLE (marine spatial planning in tropical regions).
UNIVERSIDADE FEDERAL DE PERNAMBUCO
Brazilian federal university contributing tropical Atlantic marine science, ocean forecasting expertise, and emerging nanotechnology sensing to European research consortia.
Their core work
UFPE is a major Brazilian federal university based in Recife that brings tropical and South Atlantic expertise to European research consortia. Their H2020 contributions span marine ecosystem science, ocean observing systems, and advanced materials physics — particularly in climate-driven marine resource management and spintronics-based sensor technologies. They serve as a critical non-European partner providing data, field access, and scientific knowledge on tropical Atlantic ecosystems, marine spatial planning in developing countries, and photonics research mobility.
What they specialise in
TRIATLAS focused on South Atlantic climate-marine predictions; EuroSea on integrating European ocean observing systems with global coverage.
PADDLE addressed planning solutions from an EU-Africa-Brazil perspective with focus on nature conservation and sustainable development.
MULTIPLY programme supported international mobility and training in photonics, with UFPE as a non-European partner institution.
ULTIMATE-I (2021-2026) focuses on ultra-thin magneto-thermal sensors using spin Hall and spin Seebeck effects — a new direction for UFPE in H2020.
How they've shifted over time
UFPE's early H2020 involvement (2016-2017) combined photonics mobility training with marine spatial planning in tropical developing regions — two distinct threads reflecting the university's breadth. From 2019 onward, their focus consolidated heavily around ocean science: climate prediction, ecosystem services, ocean observing, and blue economy applications. The most recent project (ULTIMATE-I, 2021) marks a surprising pivot into advanced materials physics and nanotechnology sensing, suggesting the university's physics departments are increasingly engaging with EU programmes independently of the marine science groups.
UFPE is deepening its ocean/climate science role while branching into advanced materials sensing — expect future proposals combining environmental monitoring with nanotechnology sensor applications.
How they like to work
UFPE has never coordinated an H2020 project, participating exclusively as a partner or third party — consistent with their role as a non-EU institution providing complementary expertise and geographic access. They work in large consortia (151 unique partners across 40 countries), indicating they are well-integrated into major international research networks. Their value proposition is as a trusted non-European partner that brings tropical Atlantic knowledge and field infrastructure to European-led projects.
With 151 unique consortium partners across 40 countries, UFPE has a remarkably broad international network for a non-EU institution with only 5 projects — driven by participation in large-scale ocean science and mobility programmes. Their geographic connections span Europe, Africa, and Latin America, with particular strength in tropical Atlantic research partnerships.
What sets them apart
UFPE is one of the few Brazilian universities active in H2020, giving them a unique position as a gateway to South Atlantic and tropical research infrastructure. For consortium builders, they offer what European institutions cannot: direct access to tropical marine ecosystems, Brazilian research networks, and developing-country perspectives on ocean governance and sustainability. Their combination of marine science and emerging nanotechnology capabilities makes them a versatile partner for projects needing both environmental and advanced materials expertise.
Highlights from their portfolio
- TRIATLASThe only project where UFPE received direct EC funding (EUR 282,500), focused on tropical and South Atlantic marine ecosystem predictions — their core strength.
- EuroSeaA flagship EU ocean observing initiative where UFPE contributed tropical Atlantic data and perspectives to Europe's integrated ocean forecasting systems.
- ULTIMATE-IMarks a departure into spintronics and nanotechnology sensors (2021-2026), signaling new physics-based capabilities beyond their established marine science profile.