Büro: 48-560

Tel.: +49 (0)631 205 4081

E-Mail: sandesh.hiremath(at)rptu.de

My research explores the intersection of data-driven modeling and autonomous control, with applications spanning diverse physical and biological domains. Employing different set of mathematical frameworks such as: multiscale modeling, random dynamical systems, operator semigroups, and stochastic optimal control, I aim to unravel complex phenomena and devise control strategies for applications ranging from autonomous driving and process engineering to the intricacies of cancer migration and plasticity.

Büro: 48-556

Tel.: +49 (0)631 205 5328

E-Mail: mohan(at)mathematik.uni-kl.de

My research primarily focuses on the mathematical analysis of reaction-diffusion systems which are a class of parabolic partial differential equations. The reaction-diffusion mechanism has been widely used to mathematically model a large variety of spatiotemporal physical phenomena such as ecological systems, tissue regeneration, and the growth of carcinogenic cells. A mathematical analysis of such models provides a qualitative description of the behaviour of the phenomenon and can also be used to provide estimates of various events that can have an effect on its functioning.