THE UNIVERSITY OF EXETER

Their core work

The University of Exeter is a research-intensive UK university with deep strengths in climate and earth system science, advanced materials physics, and biomedical research. Their teams model carbon cycles and ocean systems, engineer metamaterials and graphene-based devices, and run clinical networks for disease prevention — particularly type 1 diabetes. They also maintain significant capacity in social science, studying EU governance, migration policy, and gender equity. Exeter functions as both a fundamental research powerhouse (strong ERC and Marie Curie portfolio) and an applied partner in large environmental monitoring and health consortia.

What they specialise in

How they've shifted over time

In the early H2020 period (2014–2018), Exeter's work centred on ecosystems, climate change, education, raw materials policy, and biological systems like sex chromosomes and freshwater microbial ecology. By the later period (2019–2023), a clear shift emerged toward computational and materials-driven research: machine learning, terahertz sensing, graphene, metamaterials, and advanced earth system modelling became dominant keywords. The university also expanded its social science engagement around EU integration and gender, while maintaining its environmental core.

Exeter is layering computational and AI methods onto its traditional environmental and materials strengths, making them an increasingly attractive partner for data-intensive interdisciplinary projects.

How they like to work

Exeter operates as a genuine dual-role institution: they coordinate almost as often as they participate (102 vs 108), which is unusual for a university of this size and signals strong project management capacity. With 1,382 unique partners across 79 countries, they function as a networking hub rather than a closed-circle institution. Their heavy use of MSCA fellowships (55 individual grants) means they regularly host international researchers, making them culturally open and experienced at integrating external talent.

Exeter has built one of the wider collaboration networks among UK universities, working with 1,382 distinct partners across 79 countries — spanning all of Europe, with significant transatlantic and global south connections through ocean science and raw materials cooperation.

What sets them apart

Exeter's rare combination of top-tier climate modelling, advanced materials physics, and strong social science creates genuine interdisciplinary breadth that few single institutions can match. Their near-equal coordinator-to-participant ratio means they can either lead a consortium or slot in as a high-capacity work package lead without the institutional friction some large universities carry. For post-Brexit collaborations, their 79-country network and deep EU project experience make them one of the most consortium-ready UK partners available.

Highlights from their portfolio

• MathModExp
  ERC-funded project (€1.97M) on microbial competition and cooperation — Exeter as coordinator, reflecting their strength in fundamental biological research at the intersection of mathematics and ecology.
• CRESCENDO
  Major earth system modelling consortium (€760K to Exeter) that produced climate projections feeding into IPCC-level assessments, anchoring their climate science credibility.
• ABIOMATER
  Exeter-coordinated project on magnetically actuated bio-inspired metamaterials (€689K), exemplifying their crossover between materials engineering and biological design principles.