BAUHAUS-UNIVERSITAET WEIMAR

Their core work

Bauhaus-Universität Weimar is a German university with deep roots in architecture, civil engineering, and computational methods. In H2020, they contributed high-performance computing and simulation expertise to the flagship Human Brain Project across three successive grant agreements, while simultaneously coordinating research in geotechnical engineering (hydraulic fracturing optimization) and European urban history. Their applied work spans structural risk assessment for earthquakes and gas pipelines, energy-efficient building envelopes, and large-scale brain modeling infrastructure.

What they specialise in

How they've shifted over time

In their early H2020 period (2015–2017), Bauhaus-Universität Weimar spread across diverse topics: building materials (LaWin), seismic risk (EXCHANGE-Risk), initial brain simulation work (HBP SGA1), and urban history (UrbanHist). From 2018 onward, computational neuroscience became their dominant thread — HBP SGA2, SGA3, and ICEI all reinforced their role in brain modeling, neuroinformatics, and research e-infrastructure. The geotechnical line continued through BESTOFRAC and TURNkey, but the clear gravity shifted toward large-scale simulation and HPC.

Weimar is consolidating around computational neuroscience infrastructure and HPC — expect them to continue as a contributor in large brain/AI research platforms and federated computing initiatives.

How they like to work

Bauhaus-Universität Weimar operates primarily as a specialist partner within large consortia — 7 of 9 projects were as participant, often in massive collaborations like the Human Brain Project (100+ partners). Their two coordinator roles were in focused, mid-sized projects (UrbanHist as MSCA network, BESTOFRAC as a training network). With 221 unique partners across 28 countries, they are well-networked but function as a contributing expert rather than a consortium architect.

Extensive pan-European network of 221 unique partners across 28 countries, largely built through participation in the massive Human Brain Project consortium. Their coordination experience is concentrated in MSCA training networks with European academic partners.

What sets them apart

Bauhaus-Universität Weimar offers an unusual combination of computational engineering and neuroscience simulation that few mid-sized German universities can match. Their sustained role in the Human Brain Project (three consecutive grant agreements plus ICEI) demonstrates trusted, long-term commitment to Europe's largest brain research initiative. For consortium builders, they bring both HPC/simulation depth and civil engineering expertise — a rare pairing useful for projects bridging physical infrastructure with computational modeling.

Highlights from their portfolio

• UrbanHist
  Their largest funded project (EUR 997K) and a coordinator role — an MSCA training network on 20th-century European urbanism, reflecting the university's Bauhaus heritage.
• HBP SGA3
  Third consecutive participation in the Human Brain Project flagship, demonstrating sustained trust and deep integration into Europe's premier neuroscience initiative.
• BESTOFRAC
  Coordinated this MSCA training network on hydraulic fracturing optimization — their only coordinator role in a technical engineering domain.