Summary
Stephan Grein is a postdoctoral scholar and applied mathematician with 14 years of experience developing scalable numerical solvers and high-performance simulations for multi-scale, hybrid-dimensional models in computational neuroscience. He specializes in PDE-based modelling of time-dependent ion and intracellular calcium dynamics, coupling 1D electrical and 3D biochemical representations and optimizing them for massively parallel HPC environments. With a PhD in Applied Mathematics from Temple University and prior research at the Max Planck Institute, he combines rigorous mathematical theory with practical software engineering, mesh generation, and real-time visualisation in VR. Stephan's work uniquely bridges bioinformatics, super-resolution microscopy insight, and modern declarative/visual programming to deliver performant whole-cell neuron simulations. Based in Bonn, he brings both deep domain expertise and hands-on implementation experience in Finite Volume/Element methods for large-scale scientific computing.
14 years of coding experience
Doctor of Philosophy - PhD, Mathematics, Doctor of Philosophy - PhD, Mathematics at Temple University
Master of Science (M.S.), Bioinformatik, mit Auszeichnung, Master of Science (M.S.), Bioinformatik, mit Auszeichnung at Johann Wolfgang Goethe-Universität Frankfurt am Main
German, English, French, Portuguese, latinum