UNIVERSITAT BAYREUTH

Their core work

University of Bayreuth is a German research university with deep strength in protein engineering, advanced materials science, and earth/environmental sciences. Their labs design proteins from scratch, study deep-Earth geochemistry under extreme pressures, develop organic light-emitting materials, and investigate microplastics in freshwater ecosystems. They also run science education and outreach initiatives across Europe, and contribute to earth observation data infrastructure projects.

What they specialise in

How they've shifted over time

In 2014–2018, Bayreuth focused heavily on protein engineering fundamentals, earth observation data systems, and energy-efficient building technologies (InDeWaG, ECOPOTENTIAL, Protein Lego). From 2019 onward, their portfolio shifted toward environmental health (microplastics, phosphorus pollution), advanced organic optoelectronics (TADF-OLEDs), deep-Earth geophysics, and — unexpectedly — humanities and social sciences (African philosophy, global political ethnography). The university has broadened from a natural sciences core into interdisciplinary territory spanning materials, environment, and the Global South.

Bayreuth is expanding from its traditional natural sciences base into environmental risk assessment (microplastics, pollution) and Global South research, signaling interest in interdisciplinary, impact-oriented collaborations.

How they like to work

Bayreuth balances leadership and partnership nearly equally — coordinating 17 of 38 projects (45%), which is unusually high for a mid-sized university. Their coordinated projects tend to be ERC grants and focused research actions, while they join larger consortia as participants in infrastructure and CSA projects. With 360 unique partners across 41 countries, they operate as a well-connected hub rather than a closed-circle collaborator.

Bayreuth has collaborated with 360 distinct partners across 41 countries, indicating a highly internationalized network that spans well beyond the EU. Their partnerships cover both large multi-partner consortia (ECOPOTENTIAL, e-shape) and small focused teams on ERC projects.

What sets them apart

Bayreuth combines world-class protein engineering and extreme-condition geophysics with strong applied environmental research — a rare mix in a single university. Their 45% coordination rate and four ERC Consolidator grants demonstrate principal-investigator-level leadership, not just consortium participation. For partners seeking a German university that can both lead ambitious projects and contribute deep technical expertise in materials, biology, or earth sciences, Bayreuth punches well above its size.

Highlights from their portfolio

• UltraLVP
  Largest single grant (EUR 2.6M ERC) studying lower-mantle dynamics — reflects Bayreuth's unique high-pressure geophysics capabilities.
• Protein Lego
  ERC Consolidator Grant (EUR 1.9M) on designing proteins from sub-domain fragments — foundational work in computational protein engineering.
• LimnoPlast
  Coordinated a Europe-wide MSCA training network on freshwater microplastics, combining ecology, public health, and policy — high societal relevance.