• Development of methods for master data classification.• Development of Python routines for data quality analysis.• Participation in data quality projects of external customers.• Maintenance of legacy code.

PhD candidate and TA at the Institute of Biomechanics under supervision of Prof. Gerhard A. Holzapfel• Developed RVE-based multiscale models for arterial tissue based on the embedded elements technique.• Co-developed custom, nonlinear, object-oriented FE code CEOS.• Implemented constitutive models in Fortran and MATLAB.• Co-responsible for research data management at the Institute.• Promoted the use of Git within the Institute.• Supervised Bachelor theses.• TA in… Show more PhD candidate and TA at the Institute of Biomechanics under supervision of Prof. Gerhard A. Holzapfel• Developed RVE-based multiscale models for arterial tissue based on the embedded elements technique.• Co-developed custom, nonlinear, object-oriented FE code CEOS.• Implemented constitutive models in Fortran and MATLAB.• Co-responsible for research data management at the Institute.• Promoted the use of Git within the Institute.• Supervised Bachelor theses.• TA in various courses• Lecturer of Strength of Materials Show less

• Gave lectures on Solid Mechanics, Strength of Materials, Machine Design, Vibrations and CAE.• Supervised and worked in research projects with local companies.• Founded the local Baja SAE Team “Pelznickel”.• Supervised Bachelor theses.

• Simulated the mechanical behavior of stent-grafts using LS-DYNA.

• Designed starter motors and alternators (OEM and aftermarket).• Commissioned a new assembly line for armatures and rotors.