UNIVERSITY OF NORTH CAROLINA AT CHARLOTTE

Their core work

UNC Charlotte is a public research university in North Carolina, USA, with documented EU-facing expertise in two distinct scientific areas: micro/nano robotics for biomedical applications (specifically cancer cell manipulation at single-cell resolution) and mathematical analysis of dynamical systems, including bifurcation theory and systems with impacts. Their H2020 participation is exclusively through MSCA-RISE — the researcher exchange scheme — meaning they contribute by hosting visiting European scientists and sending their own researchers abroad, rather than receiving direct EU project funding. This positions them as a transatlantic research node that adds value through people and knowledge exchange rather than through budget management.

What they specialise in

How they've shifted over time

UNC Charlotte's early H2020-era involvement (2017) centred on applied biomedical engineering — specifically micro and nano robotics for cancer cell manipulation, a field sitting at the intersection of mechanical engineering, biology, and materials science. By 2018, a second research group at the university engaged in pure mathematical research on dynamical systems theory, bifurcations, and averaging methods. Rather than a single evolving research agenda, these two projects reflect two independent departments or labs within the university contributing to separate EU networks simultaneously.

UNC Charlotte's dual engagement suggests an institution with multiple independent research groups seeking European collaboration rather than a single focused strategy — future partners should identify which specific department or lab they want to engage with.

How they like to work

UNC Charlotte participates exclusively as a third party — they join consortia rather than lead them, and their MSCA-RISE role means they contribute through researcher mobility rather than project management. With 28 unique partners across 16 countries from just two projects, they are embedded in relatively large, internationally diverse consortia. There is no evidence of repeated partnerships, suggesting openness to new networks rather than a closed circle of recurring collaborators.

Despite only two projects, UNC Charlotte has touched 28 unique consortium partners in 16 countries — an unusually broad network for such limited participation, reflecting the large multi-partner structure typical of MSCA-RISE exchanges. Their geographic spread is transatlantic and likely European-led, with UNC Charlotte as the US anchor.

What sets them apart

UNC Charlotte is one of relatively few US universities with a documented track record in EU Horizon 2020 consortia, which is itself a differentiator for European project coordinators who need a credible non-EU research partner to satisfy international collaboration requirements. Their combination of applied biomedical robotics and theoretical mathematics under one roof makes them useful for consortia that span engineering and formal analytical methods. However, their third-party-only status means working with them requires structuring the collaboration as a staff exchange rather than a standard subcontract.

Highlights from their portfolio

• MNR4SCell
  A high-ambition biomedical engineering project applying micro and nano robotics to individual cancer cell manipulation — a technically demanding intersection of robotics, oncology, and microscale engineering.
• Dynamics
  A long-running mathematical research exchange (2018-2024) on bifurcation theory, unusually theoretical for an MSCA-RISE project and indicative of a strong applied mathematics research group at UNC Charlotte.