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Computational engineering to tackle global challenges.
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A thriving network of global innovators, thinkers, and life-long learners in numerical methods.
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About
We are a pioneering research and innovation centre in computational engineering, founded in 1987.
People at CIMNE: Meet the talent that makes it possible.
Research
Discover our latest research projects
Innovation
See how advanced simulation enhances nuclear safety
Community
Learn how the UNESCO Chair in Numerical Methods spearheads frontier innovation in the Global South
About
People at CIMNE: Meet the talent that makes it possible.
With nine research clusters, three innovation units, and a global network with deep local roots, the CIMNE community is driving constant progress. Stay updated on scientific breakthroughs, international projects, and corporate developments shaping the future of engineering.
The growing overcrowding of natural areas may put ecosystem quality at risk. To assess anthropogenic impact in natural parks, a study by the International Centre for Numerical Methods in Engineering (CIMNE) and the University of Lleida (UdL) has proposed a simple,...
March 2-5, 2026 | Fira Gran Via, Barcelona CIMNE's Stand: Hall 8.1, 8.1C12.1 Â The International Centre for Numerical Methods in Engineering (CIMNE) features innovative simulation and smart solutions in this year's edition of the Mobile World Congress, the world...
November 4-6, 2025 | Fira Gran Via, Barcelona CIMNE's Stand: Hall 3, D50 Tomorrow Mobility: Hall 3, S53 Â The International Centre for Numerical Methods in Engineering (CIMNE) features innovative simulation and smart solutions in this year's edition of the Smart City...
CIMNE and the Catalan company Pro-activa, with the support and encouragement of the Catalan Business Competitiveness Agency (ACCIÓ), have teamed up to create an Artificial Vision technology aimed at helping to prevent drownings at beaches. The system...
LAIF is a predictive aquatic surveillance system that works using computer vision technology. It analyses different patterns of behaviour of people in an aquatic environment and should be able to detect behaviour compatible with drowning. Once detected, it will...
GID Simulation, the pre and post processing software for numerical simulation, has recently published in its social networks a new video about a concrete dam fracture simulation. The video shows the deformation of the dam using contour lines. Watch more simulation...