We focus on nuclear fusion and physics- and mathematics-heavy problems. We assist our clients by writing and optimizing simulation codes, combining them for integrated modelling workflows, building visualisation tools and other infra tooling.
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We have an extensive track record with numerical methods, machine learning, high-performance computing, visualization and performance optimization. Some key areas are detailed below. Don't hesitate to get in touch if you have any questions!
We deliver integrated multiphysics modelling applications
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We have extensive optimalisation and parallelisation experience in HPC.
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Our ML surrogate and reduced order models are proven in plasma physics and multiphysics.
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We have extensive experience writing simulation codes, data infrastructure, and analysis tools.
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We deliver fully tested software and can help validate your code's results.
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Good visualisation is a super-power. It is essential for discovery and communication.
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We are pleased to announce the first stable release of IMAS-ParaView (formerly known as GGD-VTK). IMAS-ParaView allows users to visualize different kinds of IMAS data in ParaView. It is publicly...
We are happy to announce that IMAS-Python (formerly known as IMASPy) version 2.0.0 was released this week! This version includes the rename from imaspy to imas, reflecting that it has...
A consortium led by Ignition Computing, containing CEA and Université Côte d’Azur, has won the contract to develop ITER’s Pulse Design Simulator. It will build on our work in coupled...
We are proud to announce that our AI innovation project proposal “Quality Predictions and simulation optimisation for glass production” with CelSian Glass & Solar BV was ranked highest out of...
Ignition Computing is providing coding and consulting services for Taxila, the one stop shop for training on research data, research software, open science in the Netherlands.
Ignition Computing is providing coding and consulting services for Projoules, the online platform for greenhouse growers that helps them to optimize their crops.
Last January 24th to 27th we organised a training for the IMAS Persistent Actor Framework at ITER Organization. For many participants this was the first interaction with MUSCLE3, the multiscale...
Ignition Computing, together with an international consortium, has acquired a service contract for the development and support of the software suite for integrated modeling and analysis of ITER’s plasmas.
A consortium of DIFFER, PSNC and Ignition Computing participating in the development of the ITER integrated modelling simulation framework, supported by the Netherlands eScienceCenter. This contract award is a validation...
Multiphysics simulations with plasmas are computationally very difficult. In many cases extremely long calculation times prevent the study of interesting phenomena. Ignition Computing is developing PreconNet to generate preconditioners, a...
An Ignition Computing project on accelerating simulations has been awarded a research grant (MIT Viability Study)!
DIFFER PhD student Karel van de Plassche came up with a clever approach to improve the system that is crucial for sharing information and performing experiments in the international ITER...
Let's see if we can build something amazing together.
Our team consists of software engineers with backgrounds in nuclear fusion research, applied mathematics, engineering physics and mechanical engineering.
