Clinicalneuroengineering.com Website Review

neurological problem to a physico-mathematical problem, find a solution using state-of-the-art mathematical techniques and translate this solution back to neurology for application by neurologists, technicians and researchers from other fields. A research project can cover any one or more of these steps. I strongly believe in cross-disciplinary research and work together with researchers not only from neurology, but also from psychology, physiology, computer science and applied mathematics. A brief introduction to my research is given in this Ted-like presentation from September 2016 (produced by Scripta Communicatie). the travelling mathematics exhibition, in may 2017. It provides a basic introduction to my research suitable for highschool students in I’ve published two books related to my work, both with Springer. Either can be bought by clicking on the image. Groningen (NL), Chief Scientific Information Officer at UMCG and visiting professor at the Department of Biomedical Engineering In june 2007 I gave my inaugural lecture entitled ‘Patients in numbers: mathematics in clinical neurophysiology’. Most of the research work I currently do is best described as Clinical Neuroengineering: I translate a clinical neurological problem to a physico-mathematical problem, find a solution using state-of-the-art mathematical techniques and translate this solution back to neurology for application by neurologists, technicians and researchers from other fields. A research project can cover any one or more of these steps. I strongly believe in cross-disciplinary research and work together with researchers not only from neurology, but also from psychology, physiology, computer science and applied mathematics. This is reflected in the topics of my scientific publications research ambitions and plans if you are interested in pursuing a career in clinical neuroengineering (at PhD or postdoc level) and have