Four projects (SIRIUS, RESPOND, MATILDE, TransSOL) address migration governance, refugee employment, and social cohesion across European labour markets.
THE GLASGOW CALEDONIAN UNIVERSITY
Scottish university specialising in migration research, participatory co-creation, democratic resilience, and community-based intervention design across Europe.
Their core work
Glasgow Caledonian University is a Scottish university with strong applied social science research, focusing on migration policy, democratic participation, and community-level interventions. They specialize in translating research into practice through co-creation and participatory methods — designing interventions with the people affected, not just for them. Their work spans public health co-design (care homes, health implementation), climate adaptation through nature-based solutions, and security research including de-radicalisation using AI and spatial analysis. They consistently bridge social research with real-world policy and community outcomes.
What they specialise in
Health CASCADE, GET READY, and OPERANDUM all centre on co-design methodologies — designing interventions collaboratively with end users in health, climate, and care settings.
DEMOS studied populism and citizen engagement across Europe, while D.Rad applied AI and spatial analysis to de-radicalisation — both addressing threats to democratic society.
OPERANDUM (EUR 606K to GCU) built open-air laboratories for nature-based solutions to manage hydro-meteorological risks using Copernicus data fusion.
PHARM AD (coordinated by GCU) investigated pharmaceutical micro-pollutant removal from wastewater through anaerobic digestion.
How they've shifted over time
GCU's early H2020 work (2015–2018) focused heavily on migration, social cohesion, and labour market integration for refugees — responding to the European migration crisis. From 2018 onward, their portfolio shifted toward participatory methods, co-creation, and democratic resilience, with growing involvement in climate adaptation and security. Their most recent projects (D.Rad, Health CASCADE) show a convergence: applying co-design and AI tools to complex societal challenges like radicalisation and health implementation gaps.
GCU is moving from studying social problems descriptively toward actively designing and testing interventions through co-creation, increasingly incorporating AI and data tools into their social research toolkit.
How they like to work
GCU operates primarily as a contributing partner (8 of 11 projects), but has coordinated 3 projects, showing they can lead when the topic aligns with their core strengths. With 134 unique partners across 40 countries, they are well-networked and comfortable in large, diverse consortia. Their coordination roles tend to be in smaller, focused projects (PHARM AD, GET READY), while they join larger consortia as a specialist voice on social dimensions.
GCU has built a broad network of 134 partners spanning 40 countries, reflecting their involvement in large pan-European social research consortia. Their reach extends well beyond Western Europe into migration-origin and destination countries.
What sets them apart
GCU brings a rare combination of applied social science expertise with genuine participatory methodology — they don't just study communities, they co-design solutions with them. Their portfolio uniquely bridges migration, democracy, health, and climate through a common thread of inclusive participation and community engagement. For consortium builders, GCU is the partner that ensures your project has credible citizen involvement and can translate research outputs into policy-ready recommendations.
Highlights from their portfolio
- Health CASCADETheir largest single grant (EUR 1.2M) and most recent project, focused on co-creation methodology for bridging the gap between health knowledge and real-world action.
- D.RadCoordinated by GCU with EUR 776K, it uniquely combines AI, spatial analysis, and arts/sports approaches to tackle de-radicalisation — an unusual interdisciplinary mix.
- OPERANDUMTheir entry into climate science, applying co-design methods to nature-based solutions for hydro-meteorological hazards using Copernicus satellite data fusion.