SciTransfer
Expertise area

Computational modelling and simulation

5 European H2020 organizations list this as part of their work2 as their primary capability.

Top organizations

Most active in this area

  • UNIVERSITAT DE BARCELONA

    Major Spanish research university strong in neuroscience, computational modelling, biomedical sciences, and citizen engagement across 206 H2020 projects.

    Extensive work in HPC, simulation algorithms, theoretical chemistry (TCCM), materials discovery (NoMaD), and e-infrastructure for modelling (E-CAM)

    PrimaryES206 projects
  • UNIVERSITA DEGLI STUDI DI GENOVA

    Italian research university strong in marine robotics, turbomachinery, energy systems, and computational modelling, based in the port city of Genoa.

    Recent keywords highlight multi-scale modelling (2 projects), turbulence simulation (2), and computational models; supported by atmospheric simulation infrastructure (EUROCHAMP-2020) and satisfiability checking (SC-square).

    IT107 projects
  • SWANSEA UNIVERSITY

    Welsh research university combining advanced materials science, nanotechnology safety assessment, environmental management, and SME innovation support across 50 H2020 projects.

    AdMoRe (advanced model reduction), ProTechTion (simulation-based engineering for production), CID (computing with infinite data), and EuroPLEx (extreme computing for particle physics).

    UK50 projects
  • CONSERVATOIRE NATIONAL DES ARTS ET METIERS

    French engineering institution applying computational modelling, AI, and data science across telecoms, digital heritage, materials, and industrial applications.

    Core to VIDOCK (conformal mapping for protein docking), TeaM Cables (multi-scale physics modelling for nuclear safety), ARIA (reduced order models for industry), and ApPEARS (appearance modelling and simulation).

    PrimaryFR14 projects
  • KYPRIAKO IDRYMA EREVNON GIA TI MYIKI DISTROFIA

    Cyprus neurology and genetics institute with strong bioinformatics capacity, specializing in genomic medicine for haematological and neurological disorders.

    STIMULATE involved computational fluid dynamics, lattice QCD, and molecular dynamics simulations in multiscale biological and physical systems.

    CY9 projects