Coordinator of EWA-BELT (largest project, linking East/West African farming), plus SolAqua (solar irrigation), MASLOWATEN, TREASURE (local pig breeds), and INTACT (truffle cultivation).
UNIVERSITA DEGLI STUDI DI SASSARI
Sardinian university combining embedded AI, drone technologies, and sustainable agriculture research with strong African and Mediterranean field expertise.
Their core work
The University of Sassari is a mid-sized Italian university based in Sardinia with strong research activity in agri-food systems, environmental science, and embedded digital technologies. Their work spans sustainable agriculture in Mediterranean and African contexts, CO2 capture nanomaterials, computer vision and deep learning for heterogeneous computing, and health-related digital mobility assessment. They bring a distinctive combination of agricultural field expertise (irrigation, farming systems, truffles) with growing capability in AI/edge computing and circular economy analysis.
What they specialise in
Consistent participation in ALOHA (deep learning on heterogeneous architectures), CERBERO, FITOPTIVIS, COMP4DRONES, AIDOaRt (DevOps AI), and IMOCO4.E (motion control/digital twins).
Coordinated CO2MPRISE on CO2 capture via nanomaterials and minerals, with related work in CARBO-IMmap on carbon nanomaterial immune mapping.
Participation in MOBILISE-D, a large IMI-style project connecting digital mobility measurement to clinical outcomes for ageing, COPD, and hip fracture recovery.
WORLD project on waste oil recycling with LCA and value chain analysis, plus business plan development; EWA-BELT also includes value chain components.
EYE project applying AI and remote sensing to macroeconomic indicators, IDENTITY on multimedia forensics, and COMP4DRONES on autonomous drone frameworks.
How they've shifted over time
In the early period (2015–2018), UNISS focused on responsible research curricula, population data mining, water-energy nexus modelling, and began building capacity in computer vision and multimedia forensics. From 2019 onward, they shifted toward applied digital technologies — drones, DevOps automation, digital twins, and motion control — while deepening their agricultural work with a major coordinator role in African farming systems and truffle science. The circular economy and AI-for-earth-observation threads are the newest additions, signalling a move toward applied sustainability analytics.
UNISS is converging its agricultural and digital capabilities, moving toward precision agriculture, drone-based monitoring, and AI-driven sustainability assessment — making them a strong partner for digital farming and circular bioeconomy projects.
How they like to work
UNISS overwhelmingly participates as a partner (22 of 26 projects) rather than leading consortia, though their 3 coordinator roles show they can take the lead when the topic aligns with core strengths (CO2 materials, animal nutrition, African farming systems). With 413 unique partners across 54 countries, they maintain an exceptionally broad and non-repetitive network, suggesting they are valued as a flexible contributor who integrates well into diverse teams rather than operating within a closed circle of regular collaborators.
UNISS has collaborated with 413 distinct partners across 54 countries, an unusually wide network for a university of its size. Their geographic reach extends well beyond Europe into Africa (EWA-BELT, FLOWERED) and Asia (URBAN_CHINA), with strong Mediterranean and sub-Saharan connections.
What sets them apart
UNISS occupies an unusual niche as a Sardinia-based university that bridges Mediterranean agriculture with embedded digital systems — few partners can offer both drone/AI expertise and deep field knowledge in semi-arid farming. Their African agriculture connections (East and West Africa via EWA-BELT and FLOWERED) give them access to development-oriented consortia that most European technical universities cannot reach. For consortium builders, they offer a rare combination: digital technology implementation experience paired with real-world agri-food and environmental fieldwork capacity.
Highlights from their portfolio
- EWA-BELTTheir largest project (EUR 1.5M) and a coordinator role linking East and West African farming systems — shows leadership capacity and global agricultural ambition.
- MOBILISE-DLarge-scale clinical digital health project (EUR 429K to UNISS) connecting wearable mobility data to outcomes across multiple disease cohorts — their entry point into health technology.
- CO2MPRISECoordinator role in CO2 capture via nanomaterials and photocatalysis — demonstrates materials science capability distinct from their agri-food and digital work.