Our Research & Innovation Projects

The MINERVA project aims to ensure that the European AI communities can harness the power of the EuroHPC systems, giving the users of their applications a competitive edge in science and innovation.

The EuroCC4SEE project aims to establish a network of National Centres of Competence (NCCs) in countries associated with the EuroCC 2 Project, while also welcoming potential new candidates to join the network.

The NET4EXA project aims to create an advanced interconnect for HPC and AI systems, including Large Language Models, that will scale to hundreds of thousands of computing nodes.

The dealii-X CoE aims to elevate existing pre-exascale applications of digital twins for the brain, heart, lungs, liver, and mechanobiology to exascale readiness, providing an ideal computational platform for the integration of the developed software

MICROCARD-2 is a successor to the EuroHPC MICROCARD project. The purpose is to advance the prototype established in the MICROCARD project to scale up to exascale systems.

The main objective of FFplus (Fortissimo Plus) is to enable industry (especially SMEs) to use cutting-edge technologies such as HPC and AI to improve their business and thus their competitiveness.

HANAMI brings together leading HPC institutions from Europe and Japan to strengthen and improve HPC through the joint development of applications and the exchange of information and expertise.

The EPICURE project aims at ameliorating the offering of user support by establishing and operating a distributed but coordinated European HPC application support service and encourage the best possible uptake of the systems by European researchers.

HPC SPECTRA aims at improving the EuroHPC JU’s training strategy by developing an innovative EuroHPC Training Platform and co-organising the 2024 and 2025 HPC Summer School (IHPCSS).