POLYTECHNEIO KRITIS

Their core work

The Technical University of Crete is a Greek engineering university based in Chania that brings strong computational modeling, simulation, and high-performance computing capabilities to European research consortia. They contribute significantly to brain simulation and neuroinformatics through the Human Brain Project, while also applying their engineering expertise to energy efficiency, environmental remediation, and transport systems. Their work spans from FPGA-based hardware acceleration and reconfigurable computing to nature-based solutions for climate adaptation and urban mobility planning.

What they specialise in

How they've shifted over time

In the early H2020 period (2014–2018), TU Crete's portfolio was broadly distributed across hardware simulation (COSSIM, EXTRA), marine biotechnology (INMARE), ecosystem research infrastructure (eLTER), and energy efficiency projects — reflecting a generalist technical university profile. From 2018 onward, a clear concentration emerged around brain science and neurotechnology through deep involvement in the Human Brain Project ecosystem (HBP SGA1, SGA2, ICEI, HOPE), with neuroinformatics, neuromorphic computing, and neuroimaging becoming dominant keywords. This shift suggests the university consolidated its HPC and simulation strengths into a flagship research domain while maintaining a secondary stream in environmental and climate work.

TU Crete is deepening its position at the intersection of high-performance computing and computational neuroscience, making them a strong partner for future projects in AI-driven brain modeling, neuromorphic hardware, or digital twins of biological systems.

How they like to work

TU Crete operates primarily as an active partner (42 of 51 projects), contributing specialized technical capabilities to large consortia rather than leading them. Their 8 coordinated projects tend to be smaller MSCA and CSA actions rather than large RIAs, suggesting they take leadership in capacity-building and networking initiatives while joining as technical contributors in bigger research efforts. With 963 unique partners across 45 countries, they maintain an exceptionally broad network — they are a well-connected hub, not a niche player tied to a few repeat collaborators.

With 963 unique consortium partners spread across 45 countries, TU Crete is one of the most broadly networked Greek universities in H2020. Their partnerships span nearly all of Europe with particular density in large flagship projects like the Human Brain Project that involve hundreds of institutions.

What sets them apart

TU Crete combines deep computational expertise — from FPGA acceleration to exascale HPC — with applied domain knowledge in neuroscience and environmental engineering, a combination rare among Greek universities. Their sustained involvement in the Human Brain Project gives them direct access to one of Europe's largest research infrastructures and its associated community. For consortium builders, they offer a reliable Greek partner with strong simulation and modeling capabilities that can be deployed across multiple domains, from brain science to climate resilience.

Highlights from their portfolio

• HBP SGA1 / HBP SGA2 / ICEI
  Multi-phase participation in the Human Brain Project — one of the EU's flagship initiatives — establishing TU Crete as a recognized contributor to Europe's largest neuroscience effort.
• DESTINATIONS
  Largest single EC contribution (EUR 1,018,877) focusing on sustainable tourism mobility, showing capacity to manage substantial budgets in applied urban research.
• ThinkNature
  Coordinated a EUR 503,069 CSA building a multi-stakeholder platform for nature-based solutions — their largest coordinated project demonstrating leadership in environmental innovation.