Master Mathematiques Et Applications — M1 Simulation numérique pour la santé

For Master Mathematiques Et Applications — M1 Simulation numérique pour la santé, tuition is 250 EUR per year.

The Master Mathematiques Et Applications at Université de Rennes further includes a first-year track, M1 Simulation numérique pour la santé, applying numerical simulation to health and biomedical questions. This branch of applied mathematics typically combines numerical analysis, differential equations, and scientific computing with applications drawn from physiology, medical imaging, or biomedical engineering. Students commonly study how mathematical models of biological or physiological processes are constructed, how these models are solved using numerical methods and computer simulation, and how simulation results can support medical research or clinical decision-making. Coursework generally covers numerical methods for differential equations, scientific programming, and applied statistics, often alongside case studies or projects connected to specific health-related modeling problems. The discipline sits at the crossing of mathematics, computer science, and the life sciences, and students typically develop skills in both theoretical modeling and computational implementation. Graduates from this kind of specialization commonly pursue careers as research engineers in biomedical or health technology settings, scientific computing specialists, or data and modeling roles within hospitals, research institutes, or medical technology companies, and some continue toward doctoral research in applied mathematics or biomedical engineering. The program is a two-year master's degree taught in French at Université de Rennes, based in Rennes, in western France. Admission typically requires a bachelor's degree in mathematics, physics, or a related quantitative field, with an interest in biomedical applications. Yearly tuition is 250 EUR, consistent with public university tuition in France, and the program is expected to start in September, with this numerical simulation for health track forming the first-year specialization within the wider mathematics and applications degree.