UNIVERSITAET BIELEFELD

Their core work

Bielefeld University is a German research university with deep strengths in computational neuroscience, robotics, and bioinformatics. Their teams contribute brain simulation models, neuroinformatics tools, and high-performance computing expertise to flagship EU initiatives like the Human Brain Project, while also running training networks in chemistry, economics, and genomics. They bridge fundamental brain research with applied robotics (human-robot interaction, assembly automation) and maintain significant infrastructure for open science and open access across Europe.

What they specialise in

How they've shifted over time

In the early H2020 period (2015–2018), Bielefeld focused heavily on brain simulation infrastructure — contributing mouse and human brain models, neuroinformatics, and high-performance computing through the Human Brain Project — alongside open access infrastructure (OpenAIRE) and applied robotics. From 2018 onward, the emphasis shifted toward computational genomics (pan-genomics, graph algorithms, genome data science), open science policy, and societal topics like refugee researcher integration. The robotics work matured from industrial assembly toward more socially oriented human-robot interaction.

Bielefeld is pivoting from large-scale brain modeling toward data science for genomics and broader open science frameworks, suggesting future partnerships should target bioinformatics, FAIR data, or AI-for-science applications.

How they like to work

Bielefeld operates predominantly as a consortium partner (46 of 61 projects), contributing specialized expertise rather than driving project management. However, they coordinate a meaningful share of projects (14), particularly in training networks (MSCA-ITN) and ERC grants, showing leadership capacity in focused research domains. With 715 unique partners across 52 countries, they function as a well-connected hub — open to diverse consortia rather than locked into a small circle of repeat collaborators.

Bielefeld has collaborated with 715 distinct organizations across 52 countries, making it one of the more broadly networked German universities in H2020. Their partnerships span all of Europe with strong ties to Western European research hubs, but the 52-country reach indicates connections well beyond the EU into associated and third countries.

What sets them apart

Bielefeld's distinctive edge is the intersection of computational neuroscience, robotics, and high-performance computing — few universities combine all three at this depth within EU frameworks. Their dual presence in the Human Brain Project flagship and multiple applied robotics projects means they can translate brain-inspired models into real-world robotic systems. They also bring unusually strong open science infrastructure expertise, making them valuable for any consortium needing FAIR data compliance or open access strategy.

Highlights from their portfolio

• DynaSens
  Coordinated ERC-funded project (EUR 1.4M) on neural mechanisms of multisensory perception — their largest single grant and a showcase of independent research leadership.
• HBP SGA1 / SGA2
  Sustained contributor to Europe's flagship Human Brain Project across multiple grant agreements, cementing their role in large-scale neuroscience infrastructure.
• BRiDGE
  Coordinated a socially impactful project supporting refugee researchers' integration into European academia via EURAXESS — showing range beyond pure STEM.