UNIVERSITA DEGLI STUDI DI UDINE

Their core work

The University of Udine is a mid-sized Italian research university with strong interdisciplinary reach across life sciences, food science, materials engineering, and medical research. Their H2020 portfolio shows active contributions to aquaculture disease control, olive oil quality assurance, autoimmune disease research (particularly Sjögren's Syndrome), and advanced materials including nanotechnology and wastewater treatment. They combine fundamental research (quantum gravity, mathematics) with applied work in food safety, pharmaceutical pollutant removal, and smart protein development, making them a versatile partner for both curiosity-driven and industry-oriented consortia.

What they specialise in

How they've shifted over time

In the early period (2015–2018), Udine focused heavily on life sciences and food: aquaculture parasitology (ParaFishControl), olive oil authenticity (OLEUM), and digital health literacy (IC-Health), alongside individual Marie Curie fellowships in social science and biomedicine. From 2019 onward, a clear shift toward nanotechnology, advanced materials, and computational methods emerged — with projects on nanocomposite membranes (RECOPHARMA), neuromorphic devices (BeFerroSynaptic), ionic neuromodulation (IN-FET), and multiphase flow modeling (COMETE). The university also deepened its medical research profile with clinical trial-focused projects on Sjögren's Syndrome and sickle cell disease.

Udine is pivoting from traditional food and agricultural research toward materials science, nanotechnology, and health-tech convergence — making them an increasingly relevant partner for projects bridging physical sciences with biomedical applications.

How they like to work

Udine operates mostly as a contributing partner (18 projects) rather than a lead, but has coordinated 7 projects — primarily Marie Curie fellowships and focused research actions. Their 519 unique consortium partners across 47 countries indicate a broad, non-exclusive network; they readily join large international consortia (e.g., HBM4EU, PoshBee) while also leading smaller training-focused projects. This makes them an accessible and experienced consortium member who can both follow and lead depending on project scope.

With 519 unique partners across 47 countries, Udine has one of the broadest collaboration networks for a university of its size, reflecting participation in large pan-European consortia in health, food, and materials science. Their reach extends well beyond Europe, with African partnerships (ARISE on sickle cell disease) demonstrating global engagement.

What sets them apart

Udine's unusual strength lies in bridging food and agricultural sciences with advanced materials and nanotechnology — a combination rare among Italian universities of comparable size. Their portfolio shows genuine depth in both Sjögren's Syndrome clinical research and aquaculture health, two niche areas where they contribute to major European reference projects. For consortium builders, Udine offers the flexibility of a mid-sized university that can deploy specialists across multiple disciplines without the bureaucratic overhead of a large research university.

Highlights from their portfolio

• EMoBookTrade
  Largest single EC contribution (EUR 705,876) — an ERC-funded project on early modern book trade economics, showing Udine's strength in humanities research alongside STEM.
• HarmonicSS
  Major European Sjögren's Syndrome cohort harmonization effort (EUR 362,500) — positions Udine as a key node in autoimmune disease research networks.
• COMETE
  Coordinator of a Marie Curie training network on multiphase flow modeling (EUR 261,500), demonstrating leadership in computational engineering education.