Major UK research university specialising in composite materials, power electronics, and aerospace engineering with 210 H2020 projects and EUR 102M funding.
The University of Nottingham is a major UK research university with deep engineering and physical sciences capabilities, particularly in advanced materials, power electronics, and aerospace structures. They develop composite materials, graphene applications, and electrical machine designs for transport and energy sectors, while maintaining strong fundamental research in quantum physics, chemistry, and life sciences. Their work spans from laboratory-scale materials science to industry-ready solutions in aircraft engines, additive manufacturing, and structural dynamics, making them a bridge between fundamental discovery and applied engineering.
Multiple projects on composite materials, composite structures, wave propagation, negative stiffness, and damping — central themes across their recent portfolio including Clean Sky projects (SYS GAM 2018, GAM AIR 2018).
Recurring keywords in power electronics, power conversion, and electrical machines across recent projects, reflecting a strong research group in electrification for transport and energy.
37 transport-sector projects including major Clean Sky 2 JTI participation (SYS GAM 2018, GAM AIR 2018 — their two largest grants at EUR 3.2M and EUR 3.7M respectively), plus IN2RAIL, PASSME, and PROSPECT.
Graphene appears as a top keyword in recent projects alongside additive manufacturing and recycling, indicating materials innovation capabilities beyond composites.
Early-period projects like ESMERALDA (ecosystem services mapping) and INSPIRATION (land use and soil management) show established environmental research capacity.
Projects like TRADITOM (traditional tomato varieties) and recent keywords around underutilised crops, dynamic value chains, and decision support systems for farmers signal growing agri-food engagement.
In their early H2020 period (2014-2018), Nottingham's work was broadly distributed across environmental assessment, ecosystem services, biodiversity, and quantum physics, alongside foundational transport projects. From 2019 onward, their focus sharpened dramatically toward applied engineering — composite materials, power electronics, graphene, structural dynamics, computational fluid dynamics, and additive manufacturing dominate their recent keywords. This shift reflects a strategic pivot from dispersed fundamental research toward concentrated applied materials and engineering excellence, particularly serving aerospace and electrification industries.
Nottingham is consolidating around applied materials engineering, electrification, and sustainable manufacturing — expect them to be a strong partner for green aviation, electric vehicle, and circular economy projects in Horizon Europe.
With 90 projects as coordinator (43%) and 116 as participant, Nottingham is equally comfortable leading and contributing — a sign of a mature, flexible research organization. Their network of 1,796 unique partners across 64 countries makes them one of the most connected UK universities in H2020, functioning as a genuine hub rather than a repeat-partner institution. They operate effectively across funding schemes from large collaborative RIAs (58 projects) to individual Marie Curie fellowships (36 MSCA projects), suggesting they can adapt to any consortium structure.
With 1,796 unique consortium partners across 64 countries, Nottingham has one of the widest collaboration networks among UK universities in H2020. Their reach is truly pan-European with significant global connections, particularly through MSCA mobility programmes and large-scale JTI partnerships.
Nottingham combines world-class materials and engineering research with massive scale — 210 H2020 projects and over EUR 100M in funding put them in the top tier of European research universities. Their distinctive strength is the intersection of advanced materials (composites, graphene) with transport applications (aerospace, rail, automotive), backed by strong power electronics and manufacturing capabilities. For consortium builders, they offer both the credibility of a Russell Group university and the practical engineering focus that industry partners need.
