Mathematical modeling of complex multiphysical phenomena for applications in engineering  and in applied sciences, in particular for industry 4.0, space science and precision medicine. The group's skills include:

• development of data-driven models for industry 4.0.
• modeling of active soft matter, biological tissues, porous media, multiphase fluids and complex flows, rarefied gases, liquid crystals.
• predictive models of personalized medicine informed by clinical data and machine learning methods to support medical decisions.
• wave propagation, fluid dynamic instability and turbulence.