UNIVERSITY OF VIRGINIA

Their core work

The University of Virginia is a major US public research university that engages with European H2020 consortia primarily as a non-EU third-party partner in Marie Skłodowska-Curie training and mobility actions. Its European footprint centers on advanced materials chemistry — particularly atomic and molecular layer deposition for functional thin-film coatings — alongside contributions to nanoelectronics and astrophysics. UVA's value to consortia is providing specialized lab access, doctoral supervision, and complementary scientific expertise that EU partners cannot easily source inside Europe.

What they specialise in

How they've shifted over time

The earliest engagement (NANOxCOMP, 2015-2019) sat at the device-physics end of nanoelectronics, with no detailed keyword footprint in the dataset. By 2018 the focus shifted decisively toward materials chemistry, with HYCOAT establishing UVA as a training host for molecular layer deposition, hybrid coatings and biomedical/encapsulation applications. The most recent project, InAndOut (2020-2023), adds an unrelated astrophysics fellowship, suggesting UVA's H2020 footprint is opportunistic across departments rather than a single growing programme.

Future European collaborations are most likely in advanced thin-film coatings and MLD/ALD chemistry, where UVA already has an established MSCA-trained pipeline of European fellows.

How they like to work

UVA participates exclusively as a third-party partner in MSCA training instruments rather than leading consortia, which is the standard pathway for non-EU universities under H2020 rules. Across just three projects they connect with 34 distinct partners in 12 countries, indicating broad rather than repeat collaboration — each project draws a fresh European network. Working with them realistically means hosting or sending researchers, not co-leading EU-funded work packages.

A wide and shallow European network: 34 unique partners across 12 countries from only three projects, with no repeat partner pattern visible. The geographic spread is pan-European rather than tied to any single member state.

What sets them apart

UVA offers something most EU partners cannot: a US R1 university willing to act as a training and mobility host inside MSCA frameworks, giving European fellows access to American labs and supervision without the consortium having to negotiate access from scratch. Their strongest distinct asset on the European side is the MLD/ALD coatings expertise channelled through HYCOAT. Partner with them when a project specifically needs transatlantic researcher exchange or specialist deposition chemistry, not when you need an EU-eligible beneficiary.

Highlights from their portfolio

• HYCOAT
  The clearest expression of UVA's H2020 expertise — a European Training Network built around molecular layer deposition for hybrid coatings, encapsulation and biomedical applications.
• NANOxCOMP
  An early MSCA-RISE staff-exchange project anchoring UVA in European nanoelectronics research on switching nano-crossbar computing.
• InAndOut
  An individual fellowship in protoplanetary disk astrophysics, showing UVA's H2020 footprint extends beyond materials science into fundamental astronomy.