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As Programme Director of Applied Mathematics at the University of Twente, my role is to set a path from basic Math to the UT applications in Artificial Intelligence and Data Science, Chip Technology, Energy and Health, and Sustainability. My daily routine is supporting and listening to my colleagues and our students. I work with a great team to organize good education together. These times provide enough challenges; it is not always straightforward, but I'll do my best. And at the end of the day, I still enjoy solid mathematical insight and good (computational) results. And so, I am also an associate professor in the chair MIA (Mathematics of Imaging and Artificial Intelligence) headed by C. Brune within the DAMUT cluster MAGNUS. I studied Physics and Mathematics in Utrecht and continued for a PhD in Mathematics with Yuri Kuznetsov and Ferdinand Verhulst as my advisors. After obtaining my PhD in December 2006, I moved to the University of Twente to work with Stephan van Gils on more applied problems in Health, and mathematical neuroscience. My research in Numerical Bifurcation Theory deals with theoretical descriptions and numerical tools for bifurcations in ODEs and maps. With these tools, we can classify the dynamics near a bifurcation. This information allows us to understand specific model behaviour and initialization of nontrivial bifurcation curves. I am an active developer of the Matlab toolbox MATCONT and have taught several related tutorials. My research on Neurostimulation centres around the idea that a stimulus steers neuronal dynamics. For instance, we can use Deep Brain Stimulation to quench the undesirable oscillatory dynamics related to Parkinson's disease. Understanding the effect of such stimulation may lead to improved neuromodulation strategies. Neuromodulation and psychophysics also offer a unique window into pathology and cognition. The SPES protocol used in the workup for epilepsy surgery may reveal epileptogenic networks. I strive to develop computational models of neuronal dynamics that explain data and have clinical relevance. |
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