Experience

ZMT Zurich MedTech AG

• Switzerland
• Medical Equipment Manufacturing
• 1 - 100 Employee

• Senior Software Engineer

  • Aug 2015 - Present

  Computational Life Science and antenna design using Sim4Life and SEMCAD X. Computational Life Science and antenna design using Sim4Life and SEMCAD X.



ASCOMP AG, Zurich, Switzerland

• Switzerland
• Software Development

• Head of Research

  • Aug 2012 - Jul 2015

  ASCOMP is an ETHZ spinoff company specializing in Computational Fluid Dynamics solutions, in particular for multiphase systems.Our R&D strategy consists in actively participating in academic and applied research in multi-physics computational fluid dynamics. My role is to initiate and develop collaborative research projects with universities and research institutes as well as consultancy projects for the industry. ASCOMP is an ETHZ spinoff company specializing in Computational Fluid Dynamics solutions, in particular for multiphase systems.Our R&D strategy consists in actively participating in academic and applied research in multi-physics computational fluid dynamics. My role is to initiate and develop collaborative research projects with universities and research institutes as well as consultancy projects for the industry.



Informatics Europe

• Switzerland
• Non-profit Organizations
• 1 - 100 Employee

• Postdoctoral researcher

  • Oct 2008 - Jul 2012

  I worked in the MOSAIC group, where the aim was to address significant scientific or engineering challenges using novel computational methods and algorithms.My main projects were:-Discretization-correction of differential operators for particle methods-Adaptive multi-resolution simulation method using particles-Development of the Parallel High-Performance Computing library (PPM) for particle methods. I worked in the MOSAIC group, where the aim was to address significant scientific or engineering challenges using novel computational methods and algorithms.My main projects were:-Discretization-correction of differential operators for particle methods-Adaptive multi-resolution simulation method using particles-Development of the Parallel High-Performance Computing library (PPM) for particle methods.