COLORADO SCHOOL OF MINES

Their core work

Colorado School of Mines is a US public research university in Golden, Colorado, specializing in engineering, applied science, and earth resources. In the H2020 context, CSM served exclusively as a third-party host institution for Marie Skłodowska-Curie fellows — meaning EU-based researchers traveled to CSM to conduct part of their research, rather than CSM leading or formally participating in projects. Their known research strengths span materials science, geosciences, environmental engineering, and advanced photonics, which explains their involvement in both an arctic algae metabolism study and a chiral metamaterials/terahertz project. For a collaborator, CSM offers access to specialized US laboratory infrastructure and academic expertise as a non-EU host within MSCA mobility schemes.

What they specialise in

How they've shifted over time

CSM's two H2020 appearances sit at opposite ends of the scientific spectrum: the 2017–2020 project concerned arctic algae biology, while the 2021–2026 project concerns chiral metamaterials and terahertz photonics — a pivot from life sciences toward advanced photonic materials. This likely reflects different research groups at CSM hosting different MSCA fellows, rather than a single evolving research programme. The trajectory toward metamaterials and graphene-based nanostructures is the more technically distinctive signal and arguably the more coherent fit with CSM's engineering identity.

CSM's most recent H2020 engagement points toward advanced photonic materials — metamaterials, graphene, carbon nanotubes — suggesting future collaboration opportunities are strongest in electromagnetic materials, nanoscale engineering, and terahertz applications.

How they like to work

CSM has participated in H2020 solely as a third-party host, meaning it does not coordinate EU projects and is not a formal project partner receiving EC funding — it opens its laboratories and academic supervision to incoming MSCA fellows. This is a passive but valued role: European research teams select CSM specifically for its facilities or expertise, then fund a researcher to spend time there. Organisations looking for a US-based academic collaborator reachable via MSCA Global Fellowship schemes would find CSM an accessible entry point, provided the research topic matches one of CSM's active groups.

CSM connected with 13 unique consortium partners across 9 countries through just two projects, reflecting the broad international consortia typical of MSCA-RISE schemes. As a US institution, it provides a transatlantic node in otherwise EU-centric networks.

What sets them apart

CSM is one of the few US engineering universities with a documented record of hosting H2020 MSCA fellows, making it a tested transatlantic mobility partner for European research consortia. Its specialist identity in earth resources and materials engineering — rather than a broad multidisciplinary mandate — means incoming fellows get a focused research environment rather than a generic university setting. For European teams building MSCA proposals that require a non-EU outgoing phase, CSM represents a credible and technically specialised host option, particularly in photonic materials or environmental engineering.

Highlights from their portfolio

• CHARTIST
  The most technically specific project CSM has been linked to — chiral metamaterials and THz polarisation control represent a niche high-value intersection of photonics and nanomaterials that runs through 2026, suggesting an ongoing active research group.
• MONSTAA
  Demonstrates CSM's range beyond engineering into environmental biology, hosting research on arctic algae metabolism — an unusual pairing that signals cross-disciplinary hosting capacity.