Led WiMUST (mobile underwater sonar), contributed to DexROV (dexterous ROV operations), ROBUST (subsea exploration with AUVs and LIBS spectroscopy), and HOLISHIP (ship design optimization).
UNIVERSITA DEGLI STUDI DI GENOVA
Italian research university strong in marine robotics, turbomachinery, energy systems, and computational modelling, based in the port city of Genoa.
Their core work
The University of Genoa is a broad-spectrum Italian research university with particular depth in marine robotics, underwater systems, turbomachinery, and energy engineering — fields shaped by Genoa's industrial heritage as a major port and shipbuilding city. Their H2020 portfolio spans from autonomous underwater vehicles and subsea exploration to culturally-aware assistive robots, dance/movement computing, and atmospheric simulation. They bridge fundamental research (MSCA, ERC-level fellowships) with applied innovation actions in transport, energy, and digital technologies, frequently contributing computational modelling, sensor integration, and control systems expertise to large European consortia.
What they specialise in
Energy sector projects including Bio-HyPP (biogas hybrid power), MefCO2 (CO2-to-methanol synthesis), and recent keyword clusters around turbomachinery (3 projects), energy storage (2), and energy efficiency (2).
Coordinated CARESSES (culturally-aware robots for elderly care), contributed to AUTOSTEM (robotic stem cell manufacturing), and movement analysis projects WhoLoDancE and TELMI.
Recent keywords highlight multi-scale modelling (2 projects), turbulence simulation (2), and computational models; supported by atmospheric simulation infrastructure (EUROCHAMP-2020) and satisfiability checking (SC-square).
Coordinated RISEWISE (women with disabilities in social engagement), contributed to YOUNG_ADULLLT (lifelong learning policies), and GLORIA (clinical health study).
Recent keywords include marine forest, coastal restoration, rocky intertidal, macroalgae, trophic diversity, and MPA management — indicating a new research line in marine biology.
How they've shifted over time
In the early H2020 period (2014–2018), UNIGE focused on subsea exploration technologies (seabed mapping, underwater robotics), fundamental mathematics (arithmetic, symbolic computation), and broad sustainability topics including environmental protection and energy saving. From 2019 onward, the portfolio shifted decisively toward turbomachinery and energy systems (efficiency, storage, flexibility), neuroscience and movement analysis, and marine ecology — signalling a move from ocean engineering hardware toward energy transition and bio-environmental research. Safety remained a constant thread throughout, appearing in both periods.
UNIGE is pivoting from ocean engineering toward energy transition technologies and marine environmental science, making them an increasingly relevant partner for green energy and blue economy consortia.
How they like to work
UNIGE operates primarily as an active partner (68 of 107 projects), but coordinates a notable share — 27 projects, about 25% — showing genuine leadership capacity, especially in robotics and social inclusion topics. With 1,409 unique consortium partners across 51 countries, they function as a high-connectivity hub rather than a closed-circle institution, comfortable in both large innovation actions (18 IAs) and focused Marie Curie fellowships (10 MSCA-IFs). This breadth means they bring an extensive network to any new consortium.
UNIGE has collaborated with 1,409 distinct organizations across 51 countries, making them one of the most broadly connected Italian universities in H2020. Their network spans all of Europe with strong ties to Mediterranean and Western European partners, plus global reach through marine and energy programmes.
What sets them apart
UNIGE's location in Genoa — Italy's largest port city — gives them a natural laboratory for marine robotics, ship engineering, and coastal ecology that few European universities can match. They combine this maritime strength with serious capability in energy systems and turbomachinery, a pairing that is rare and directly relevant to the green shipping and offshore energy transition. Their ability to coordinate both technical robotics projects and social science initiatives (disability inclusion, lifelong learning) also signals unusual interdisciplinary range for a single institution.
Highlights from their portfolio
- WiMUSTCoordinated project on scalable mobile underwater sonar — directly showcases UNIGE's leadership in marine autonomous systems.
- CARESSESCoordinated a culturally-aware eldercare robotics project bridging AI, nursing science, and cross-cultural design — an unusual and high-visibility combination.
- BioMNPLargest single EC contribution (EUR 1.13M) as coordinator, investigating nanoparticle-membrane interactions — demonstrates capacity for ambitious fundamental research.