Berlin, Berlin, Germany
- Develop, maintain, and support simulation and post-processing capabilities for 3D CFD and multi-physics application - Leading and working in research projects to further in-house simulation capabilities - Introducing and supporting large-scale software testing and integration frameworks - Technical HPC cluster administration
Research topics: - algebraic multigrid methods for fracture mechanics - multimaterial simulation for CO2-sequestration - extended finite element method - discontinuous Galerkin methods - algebraic multigrid methods - parallel computing
- Developed, prototyped, and implemented XFEM capabilities in parallel, multi-physics code - Responsible for more than 20000 lines of templated C++ and Python code - Taught seminar on Finite Elements and supervised six Bachelor's and Master's students - PhD thesis
- Developed and implemented simulation tools for fluid-structure interaction - Extended mesh-free CFD software by adaptive refinement techniques
- Applied homogenization methods to improve run-time performance of CFD models