MIDDLESEX UNIVERSITY HIGHER EDUCATION CORPORATION

Their core work

Middlesex University is a London-based university with a strong computational neuroscience and brain simulation research group, contributing to the flagship Human Brain Project across three successive grant agreements. Beyond neuroscience, they bring interdisciplinary strength in social science research — studying inequality, democratic governance, and radicalization — as well as applied robotics, particularly culturally aware assistive robots for elderly care. Their work bridges fundamental brain research with practical applications in autonomous vehicles, healthcare robotics, and flood risk management.

What they specialise in

How they've shifted over time

In 2016-2018, Middlesex showed a broad, exploratory profile: flood risk modeling (SYSTEM-RISK), social inequality (INCASI), organized crime analysis (TAKEDOWN), and their first entry into the Human Brain Project. From 2018 onward, the focus sharpened decisively toward computational neuroscience and brain research infrastructure, with HBP SGA2, SGA3, and the ICEI e-infrastructure project dominating their portfolio. The recent keyword profile — heavy on neuroinformatics, neuromorphic computing, neurorobotics, and EBRAINS — confirms this convergence toward brain science as their defining H2020 identity.

Middlesex is consolidating around the EBRAINS research infrastructure ecosystem and neuromorphic computing, making them a natural partner for any project requiring brain-inspired computation or neuroscience data infrastructure.

How they like to work

Middlesex operates overwhelmingly as a participant (12 of 13 projects), joining large consortia rather than leading them — their single coordinator role was CRADL, a neonatal health device project. With 248 unique partners across 30 countries, they are a well-connected node but not a consortium builder. Their repeated involvement in the Human Brain Project (three successive phases) shows they are a reliable, long-term partner who earns re-invitation to flagship initiatives.

Extensive European network with 248 unique partners across 30 countries, built largely through participation in the massive Human Brain Project consortia. Their geographic reach extends beyond Europe to Latin America through the INCASI social inequality project.

What sets them apart

Middlesex occupies an unusual niche: a teaching-focused London university that has embedded itself deeply in Europe's most ambitious neuroscience initiative. Their combination of computational neuroscience expertise with social science and culturally aware robotics is rare — few partners can contribute to both brain simulation infrastructure and the human/societal dimensions of technology. For consortium builders, they offer a UK-based (pre-Brexit H2020) partner with proven reliability across multi-year flagship projects.

Highlights from their portfolio

• CRADL
  Their only coordinated project and largest single grant (EUR 997,500), developing a continuous lung monitoring device for newborns — a concrete medical technology output.
• HBP SGA3
  Third consecutive phase of the Human Brain Project, demonstrating sustained trust and contribution to Europe's flagship neuroscience initiative and the EBRAINS infrastructure.
• CARESSES
  Unique intersection of robotics and cultural sensitivity — developing robots that adapt their behavior to the cultural background of elderly users, bridging AI with social science.