THE TRUSTEES OF INDIANA UNIVERSITY

Their core work

Indiana University is a major US public research university whose European engagement spans an unusually broad range of disciplines — from mathematical physics and environmental chemistry to nanotechnology, toxicology, and Renaissance intellectual history. Their H2020 participation is almost entirely through MSCA mobility and staff exchange programs, reflecting the university's role as an international knowledge exchange hub rather than a technology developer. Their most substantial EU commitment is in precision toxicology (PrecisionTox), where they contribute systems-level approaches to chemical safety assessment. Across projects, they provide deep disciplinary expertise that European consortia access through researcher mobility.

What they specialise in

How they've shifted over time

Early H2020 participation (2015–2018) centered on environmental monitoring, analytical chemistry, digital education, and distributed sensor networks — practical, applied topics. From 2019 onward, the portfolio shifted toward fundamental science (particle physics, mathematical physics, nanoelectrochemistry) and humanities (history of science, Renaissance philosophy), while adding their largest commitment in precision toxicology. The pattern suggests individual research groups joining EU networks independently rather than a coordinated institutional strategy, with the toxicology engagement marking their deepest EU investment.

Their PrecisionTox participation signals growing commitment to regulatory toxicology and alternative testing methods — the one area where they moved beyond staff exchange to full project partnership.

How they like to work

Indiana University never coordinates EU projects and participates overwhelmingly as a third party (9 of 11 projects), meaning individual researchers join MSCA exchange networks rather than the institution driving consortium formation. With 166 unique partners across 42 countries, their network is exceptionally wide but shallow — characteristic of a large university where many departments independently engage with European counterparts. Working with them means accessing specific research groups through mobility schemes rather than engaging the institution as a strategic partner.

Remarkably broad network of 166 partners across 42 countries, driven by participation in multiple MSCA-RISE staff exchange programs that each involve large international consortia. The geographic spread is truly global, reflecting the university's role as a US-based node in European research mobility networks.

What sets them apart

As one of the few US universities with consistent H2020 participation, Indiana University offers European consortia direct access to American research capacity without the overhead of bilateral agreements. Their extraordinary disciplinary breadth — from particle physics to Renaissance history — means different departments can be tapped for very different projects. For toxicology specifically, their PrecisionTox role positions them as a serious transatlantic partner in regulatory science reform.

Highlights from their portfolio

• PrecisionTox
  Their only directly funded project (€1.5M) and only full participant role — signals genuine institutional commitment to precision toxicology and alternative testing methods.
• INTERWASTE
  Five-year environmental chemistry collaboration addressing emerging contaminants (flame retardants, pharmaceuticals) with direct relevance to EU regulatory frameworks like REACH.
• Glueballs at BESIII
  Unusual topic for H2020 — searching for exotic hadron states at the BESIII detector, representing fundamental physics rarely seen in EU framework programme portfolios.