Sustain-Owner project focused on sustainable design and total value of ownership for industrial assets.
University of Cincinnati
US research university contributing industrial asset management and theoretical computing expertise to European MSCA exchange programmes.
Their core work
The University of Cincinnati is a major US research university that contributes specialist expertise to European research networks through Marie Skłodowska-Curie mobility and exchange programmes. Their H2020 involvement spans two distinct domains: industrial asset management and lifecycle engineering, and theoretical computer science including computability and mathematical logic. As a third-party contributor in all projects, they provide complementary US-based research capacity to European consortia, particularly in staff exchange and global fellowship contexts.
What they specialise in
CID project (Computing with Infinite Data) covering computable analysis, exact real number computation, and complexity theory.
PADUA project on inclusive urban design grounded in perception-action research.
Wat-Qual project on drinking water quality in distribution networks.
How they've shifted over time
The university's early H2020 involvement (2015-2016) centred on applied engineering — industrial asset management, maintenance, and sustainable manufacturing through the Sustain-Owner and PADUA projects. The later projects (2017-2018) shifted markedly toward pure theoretical foundations: mathematical logic, topology, dynamical systems, and category theory via the CID project. This suggests the university's different departments engaged with EU programmes independently rather than following a unified institutional strategy.
Their H2020 activity ended in 2018 start dates with no newer projects, so future collaboration direction is uncertain — but their theoretical computing group showed the strongest recent engagement.
How they like to work
The University of Cincinnati participated exclusively as a third party across all four projects, meaning they were brought in by a consortium partner rather than applying directly. This is typical for non-EU institutions in MSCA programmes — they host visiting researchers or send their own staff on exchanges. With 47 unique partners across 21 countries from just 4 projects, they connected into large, diverse consortia rather than small focused teams.
Despite only 4 projects, UC connected with 47 partners across 21 countries, reflecting the large consortium sizes typical of MSCA-RISE actions. Their network is geographically broad, spanning Europe and beyond as a US-based third-party node.
What sets them apart
As a US-based research university, Cincinnati offers European consortia a transatlantic bridge — particularly valuable in MSCA exchange programmes that require non-EU partners. Their dual expertise in applied engineering (asset management) and pure mathematics (computability theory) is an unusual combination that could serve interdisciplinary projects. For consortium builders, they represent a proven third-party partner with experience navigating EU programme requirements from the US side.
Highlights from their portfolio
- CIDLongest-running project (2017-2023), addressing foundational questions in computing with infinite data across multiple branches of mathematical logic and topology.
- Sustain-OwnerMost applied project in their portfolio, directly relevant to manufacturing companies seeking better asset lifecycle and maintenance strategies.