Providing training on GPU usage, AI and HPC optimisations as well as on usage of HPC in scientific disciplines such as Life sciences, Chemistry, Climate modelling, Engineering and more.
Assisting SMEs, large businesses and public administration in delivering competitive benefits from advanced HPC and build awareness about HPC and AI/HPDA competences and identifying strategies for technology transfer from academia.
Helping researchers both in industry and academia with application forms to apply for access to EuroHPC JU (pre)exa-scale system application support.
Support users move to pre-exascale systems. Set up mechanisms to educate users about technical requirements for scaling and provide consulting in HPC, GPU acceleration AI/HPDA and data handling.
Want to get 100x more CPU/GPU power?
Get up to a year access to European high-performance computers to develop, test, or run your code for free!
Do you need compute capacity for your Jupyter hub solutions, or for data analysis? Perhaps you use simulations in engineering or life science or any other domain? Check your needs below!
Unsure? We can help you!
EuroHPC JU Regular Access
For getting a large amount of compute time (12 month access)
EuroHPC JU Development Access
For developing your solution or software (6-12 month access)
EuroHPC JU Benchmark Access
For benchmarking and small tests (3-month access)
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The many
paths to
exascale
High Performance Data Analytics in Python
This online workshop is meant to give an overview of working with research data in Python using general libraries for storing, processing, analysing and sharing data. The focus is on improving performance. After covering tools for performant processing (netcdf, numpy, pandas, scipy) on single workstations the focus shifts to parallel, distributed and GPU computing (snakemake, numba, dask, multiprocessing, mpi4py).
Find out more »Introduction to Quantum Computing & Hybrid HPC-QC Systems
ENCCS is now joining forces with NordiQuEst to deliver a two-day training workshop covering the fundamentals of quantum computing (QC), including introduction to key concepts: quantum states, qubits, quantum algorithms, QC programming in high-level languages for use cases in optimisation, finance and quantum chemistry followed by testing quantum programs to esure their correctness, overview of the main QC hardware approaches
Integration of QC with classical computing: hybrid classical/quantum algorithms and HPC-QC systems.
The 10th OpenMolcas Developers’ Workshop [Hybrid]
Upssala, Sweden
We are pleased to announce the 10th edition of the OpenMolcas developers' workshop, bringing together the community of developers, users, and anyone else interested in the project. This year the workshop is hosted by the Quantum Chemistry Group at Uppsala University and we are very excited to announce that ENCCS teams up with TREX for the organization, but most importantly will contribute to the scientific part as well!
Find out more »Intermediate Topics in MPI
This workshop targets programmers in both academia and industry who already have experience with basic MPI and are ready to take the next step to more advanced usage. Topics which […]
Find out more »Did You Know We Support Businesses and Public Administration free of charge?
Want to develop a new service or product? Do you run simulations, or streamline data-heavy procedures by using
Machine Learning or A.I.?
ENCCS provides help and support to access and use European High-Performance Computers that unlock such capabilities.
SMEs and Large Businesses
Innovate services and products and compete with tech giants by having access to high-end European supercomputers.
Public Administration
Analyze large amounts of data by using the latest, efficient, and most secure high-performance machines in Europe.
Collaborator Testimonials
“Without the help of ENCCS we would be unaware of the possibilities of access to EuroHPC JU supercomputing resources for Northvolt AB. ENCCS helped us in all the steps of our application, it’s support was fundamental to understand which kind of resources where the best option for our needs. Furthermore, from a more technical point of view, the support of ENCCS was fundamental to write and review the project proposal and to help us in justifying our needs in terms of computational resources and parallelization objectives.”
Matteo Ambrosetti
Northvolt
“With the help of ENCCS we successfully applied for PRACE preparatory access (…) ENCCS has been a great help in clarifying the PRACE requirements, guiding our use of the PRACE application system, directing us to the right technical documentation and procedures, giving us input on our preparatory proposal, providing advice on the scaling tests needed for the full proposal, and helping our communication with the computer center where we obtained preparatory access (…) Ιt is good to have access to help from experts that streamlines the application process and prevents mistakes that could lead to a rejected proposal.”
Rickard Armiento
LiU
“ENCCS was essential for my groups successful LUMI application. The targeted help we received allowed us to quickly understand the nature of the LUMI supercomputer and why this can be highly beneficial to our science goals. ENCCS walked us through the necessary steps and kept us up to date regarding essential deadlines. This kind of focused help is a new to us, and we are very happy with the whole experience.”
Oscar Agertz
Lund University
“ENCCS exposed in a very efficient way the PRACE resources to the scientists active within the Department of Engineering Mechanics at KTH. Moreover, ENCCS guided us to build the application required to access the PRACE resources, application which was successful. I believe that ENCCS guidance and consulting is essential for the Swedish scientists, enabling us to explore the HPC possibilities beyond Sweden.”
Mihai Mihaescu
KTH
”The Department of Theoretical Chemistry and Biology (TCB) conducts application-driven development of software for quantum molecular modelling in HPC environments. Being application-driven (…) the software must be user-accessible on SNIC-provided HPC resources. (…) With often large efforts, we adapt algorithms to run efficiently on available hardware, such as the Dardel and LUMI clusters. In this implementation step it is of vital importance for TCB to get help from the ENCCS domain expert with a deep understanding of parallel programming in general and of the LUMI architecture specifically. (…) The joint TCB-ENCCS efforts will impact the entire community chemists using LUMI/Dardel. ENCCS plays an additional important role in terms of user education, the recent VeloxChem training event was an excellent example of this aspect.”
Patrick Norman
KTH
