• Since 03/2024: Research Associate at the Chair of Soil Mechanics, Foundation Engineering and Environmental Geotechnics (Prof. Torsten Wichtmann), Ruhr University Bochum
• 04/2021 – 02/2024: Master’s Degree in Civil Engineering at Ruhr University Bochum; Specialization: Geotechnical Engineering and Tunneling. Master’s thesis: Dynamic properties of soils: Influence of partial saturation and application in numerical calculations of a machine foundation.
• 10/2016 – 02/2021: Bachelor’s Degree in Civil Engineering at Ruhr University Bochum. Bachelor’s thesis: Monotonic and cyclic behaviour of organic soils.

Jessberger Medal 2024 for best Master’s thesis: Dynamic properties of soils: Influence of partial saturation and application in numerical calculations of a machine foundation.

Zerna Award 2024 for best Master’s thesis of the faculty: Dynamic properties of soils: Influence of partial saturation and application in numerical calculations of a machine foundation.

• Stiffness and damping of mixed-grained soils at small to intermediate strains
• Partially saturated soil mechanics

• Software-Based Analysis of Geotechnical Structures (Master’s level)
• Soil Dynamics (Master’s level)
• Numerical Simulations in Geotechnics and Tunneling (Master’s level)

• Al Dreibi, Abdullah: Investigations on the structure and pore space distribution of artificially produced organic soil material (B.Sc.)
• Aboud, Ahmad: Comparative investigations on the classification properties of soils with controlled organic content (B.Sc.)
• Al Rebdawi, Laila: Determination of the SSCC of a sand–kaolin mixture along scanning paths (B.Sc.)
• Diehl, Charlotte: Mechanical behavior of artificially produced organic soils: Experimental investigations and development of parameter correlations (M.Sc.)
• Dorroch, Kai Tim: Determination of the maximum shear stiffness of a partially saturated sand–kaolin mixture using shear wave velocity measurements in a triaxial compression cell (B.Sc.)
• Haj Stayfi, Mohammad Yasser: Investigation of suction stress depending on different hydraulic paths of a partially saturated sand–kaolin mixture (B.Sc.)
• Maai, Nazir: Mechanical behavior of a cohesionless soil under static and dynamic loading under different boundary conditions (B.Sc.)
• Scherkamp, Justus: Verification of the rotational spring stiffness for foundations of wind turbines on mine dumps (B.Sc.)
• Sevindik, Sevil: Statistical evaluation of experimental data on the saturation–suction stress relationship of a partially saturated sand–kaolin mixture (B.Sc.)
• Sholi, Mohammed: Statistical evaluation for the prediction of dynamic properties of partially saturated sand–kaolin mixtures using empirical models (B.Sc.)
• Vagenfeld, Eric: Influence of partial saturation on the mechanical behavior of a sand–kaolin mixture and soil response analyses under seismic loading (B.Sc.)