SciTransfer
Organization

REGENTS OF UNIVERSITY OF MINNESOTA

Major US research university contributing medical imaging, ICT policy, and social science expertise to European consortia as a transatlantic partner.

University research grouphealthUSNo active H2020 projectsThin data (2/5)
H2020 projects
5
As coordinator
0
Total EC funding
€19K
Unique partners
19
What they do

Their core work

The University of Minnesota is a major US public research university whose various departments have engaged in EU-funded collaborations across medical imaging, ICT policy, education research, and astrophysics. Their H2020 participation reflects the university's breadth — from MRI-based brain damage characterization and metabolic imaging for cancer treatment, to transatlantic ICT policy dialogue on 5G and IoT. They serve primarily as a US-based knowledge partner brought into European consortia for their specialized research capabilities.

Core expertise

What they specialise in

Advanced medical imaging (MRI/metabolic)primary
2 projects

MICROBRADAM focused on MR methods for brain microstructural damage, while MIRACLE developed metabolic imaging with RF antennas to predict chemotherapy efficacy.

EU-US ICT policy and collaborationsecondary
1 project

PICASSO addressed transatlantic ICT collaboration spanning 5G, Big Data, IoT, and cyber-physical systems.

Education inequality and policy researchsecondary
1 project

DetEdIn examined micro-, meso-, and macro-level determinants of educational inequalities across multiple policy levels.

Computational astrophysicssecondary
1 project

Cosmo Plasmas involved cosmological simulations of radio-bright plasmas.

Evolution & trajectory

How they've shifted over time

Early focus
Fundamental research and ICT policy
Recent focus
Applied health and social sciences

Early participation (2015–2016) centered on fundamental research — cosmological plasma simulations, brain imaging methods, and ICT policy. Later projects (2018–2021) shifted toward applied societal topics: educational inequality determinants and metabolic imaging for cancer treatment prediction. The trajectory suggests a move from purely academic research partnerships toward work with clearer societal and clinical impact.

Their most recent project (MIRACLE, 2019–2021) targets clinical cancer imaging, suggesting growing interest in translational medical research collaborations with European partners.

Collaboration profile

How they like to work

Role: third_party_expertReach: Global9 countries collaborated

The University of Minnesota never coordinated an H2020 project — they consistently joined as a third party (3 projects) or participant (2 projects), reflecting their role as a non-EU knowledge contributor invited for specific expertise. With 19 unique partners across 9 countries, they connect broadly rather than deeply, which is typical of a large university where different departments join unrelated consortia independently. Expect them as a specialized contributor rather than a project driver.

Collaborated with 19 unique partners across 9 countries, indicating a wide but shallow European network. Their connections span multiple disciplines and geographies rather than concentrating in a single cluster.

Why partner with them

What sets them apart

As a top US public research university, Minnesota brings transatlantic perspective and access to American research infrastructure that most European consortium members cannot provide. Their participation in PICASSO specifically addressed EU-US ICT collaboration, making them a natural bridge for projects requiring transatlantic dimensions. For consortium builders needing a credible US partner with H2020 experience, they are a proven choice.

Notable projects

Highlights from their portfolio

  • MIRACLE
    Their only funded project (EUR 18,750), focused on metabolic imaging to predict chemotherapy efficacy — the most clinically translatable work in their portfolio.
  • PICASSO
    Directly addressed EU-US ICT collaboration across 5G, Big Data, and IoT, positioning Minnesota as a transatlantic bridge in digital policy.
  • DetEdIn
    Interdisciplinary approach combining education, inequality, and multilevel policy analysis — unusual topic diversity for a university primarily known for STEM.
Cross-sector capabilities
digitalsocietyspace
Analysis note: Low confidence due to minimal H2020 footprint: only 5 projects with EUR 18,750 total funding, mostly as third party. The diverse topics likely reflect independent departmental participations rather than a coherent institutional EU strategy. This profile captures their H2020 activity but vastly underrepresents the university's actual research capacity, which is among the top 10 US public universities.