Three projects (DRAGON-STAR Plus, ERICENA, URBAN-EU-CHINA) all focused on building structured EU-China collaboration platforms for policy, technology transfer, and urbanisation.
THE UNIVERSITY OF NOTTINGHAM NINGBO
British university campus in China bridging EU-China research cooperation, technology transfer, and emerging materials science for energy harvesting.
Their core work
The University of Nottingham Ningbo (UNN) is the Chinese campus of the UK's University of Nottingham, serving as a critical bridge between European and Chinese research ecosystems. They specialize in facilitating EU-China science and innovation cooperation — running technology transfer services, supporting entrepreneurship, and connecting researchers across continents. More recently, they have expanded into materials science research, particularly energy harvesting through advanced nanocomposites and functional materials.
What they specialise in
ERICENA established a Centre of Excellence in China for STI services including startup support and business planning, while DRAGON-STAR Plus addressed innovation policy and foresight.
INTAKE (2022-2026) focuses on nanocomposites for thermal and kinetic energy harvesting, signaling a shift toward hard materials science research.
Lost Frontiers (ERC Advanced Grant) explored prehistoric settlement and climate change on Europe's submerged continental shelf — a niche but high-prestige contribution.
How they've shifted over time
UNN's early H2020 involvement (2015-2018) was dominated by EU-China policy and innovation brokering — keywords like "foresight," "future scenarios," "reciprocity," and "policy" reflect a focus on strategic cooperation frameworks. By 2017-2022, the emphasis shifted toward operational innovation services (technology transfer, entrepreneurship, startup ecosystems) and then into hard science with energy harvesting and composite materials. The trajectory shows UNN moving from policy facilitation toward becoming a substantive research contributor in its own right.
UNN is transitioning from a policy and cooperation broker into a technical research partner, particularly in advanced materials and energy harvesting — expect growing capability in applied materials science.
How they like to work
UNN has never coordinated an H2020 project, always joining as participant or third party. With 46 unique partners across 16 countries from just 5 projects, they operate in large, multinational consortia — typical of Coordination and Support Actions. This makes them an accessible, low-friction partner who brings China-based research infrastructure and EU-China connectivity without competing for project leadership.
Despite only 5 projects, UNN has built a remarkably broad network of 46 partners across 16 countries, reflecting the large consortium sizes of their EU-China cooperation projects. Their geographic spread is genuinely global, connecting European institutions with Chinese research infrastructure.
What sets them apart
UNN is one of very few China-based institutions participating in H2020, offering something most European universities cannot: direct access to Chinese research talent, industry contacts, and innovation ecosystems from within China. As a British university operating on Chinese soil, they bridge regulatory, cultural, and institutional gaps that typically block EU-China collaboration. For any consortium needing a credible, English-speaking partner embedded in China's research landscape, UNN is a rare and practical choice.
Highlights from their portfolio
- ERICENAEstablished a full European Research and Innovation Centre of Excellence in China — the most operationally ambitious of UNN's projects, with the largest single funding (EUR 114,380).
- INTAKETheir most recent project (2022-2026) marks a clear pivot from policy work to hard science in nanocomposites and energy harvesting, joined as third party via MSCA-RISE.
- Lost FrontiersAn ERC Advanced Grant on submerged prehistoric landscapes — unexpectedly diverse topic for UNN, demonstrating research breadth beyond their EU-China cooperation niche.