I am a Mechanical Engineer specializing in Simulations, Material Modeling and Machine Learning. Currently, I am employed as a Research Assistant at the Institute of Mechanics and Computational Mechanics at Leibniz Universität Hannover in Germany.

My work includes on the development and implementation of multiphysical computational models that encompass Finite Strain Theory in the context of:

    • Hyperelasticity, Plasticity, Nonlinear Hardenig, 

    • Phase-Field Fracture, Fatigue, Anisotropy and Corrosion. 
   
In current projects the implementation of the computational models takes place as UEL & UMAT with Fortran 90 to conduct simulations using Abaqus Simulia CAE.

Additionally, my research is enhanced through the implementation of

    •  Data-Driven or Physics-Based Machine Learning Models

in the form of FFNN or U-Net architectures, using TensorFlow Package within Python. Main aim of these AI-models is reduce the computational effort commonly encompassing traditional simulations.
   
For the design of mechanical structures SolidWorks CAD is employed. 

Generall coding scripts are developed mainly in  Python or Matlab. 

Please do not hesitate to contact me, always interested in new collaborations. I am actively checking my messages on LinkedIn and E-mail. Always open to new ideas and suggestions and keen to work with other researchers in industry or academia.