provides a unique computational capability at or beyond state-of-the-art and always at disposition for its partners to obtain the most reliable, objective, prompt and useful answers to challenging questions of high safety and/or operational relevance;
sets the international standard for validation strategies and rigorous qualification procedures of complex multi-physics multi-scale computational schemes combined with uncertainty quantifications;
acts as focal point where basic research meet safety analysis such that theoretical knowledge gained from first-principle simulations and/or experiments at large scale facilities converge into practical enhancements of nuclear safety analysis methodologies;
constitutes the most attractive education framework for students strongly motivated by conducting challenging academic projects with close relationships to practical relevance and to nuclear safety best practices and standards.
Quality Management
