Professional Experience

Freelance & Skill Building

Automating and optimizing IT operational workflows for an e-commerce platform.
Pursuing self-directed study in Artificial Intelligence, Machine Learning, and Data Science.

Designed, developed, and implemented a novel numerical method in MATLAB for multi-physics simulation.
Utilized ANSYS, Abaqus, and FEAP for advanced simulations, including scripting for automation and customization.
Taught graduate courses in Structural Dynamics and programming with ANSYS, Fortran, C++, and Python.
Supervised three master's one bachelor's theses on diverse topics in computational mechanics.
Managed an e-learning project to digitize course content and develop tools like inverted classroom and virtual labs.

Collaborated between the University of Duisburg-Essen and Federation University to advance joint research initiatives under the Australia-Germany Joint Research Cooperation (DAAD-PPP).
Implemented the extension of the Scaled Boundary Finite Element Method to model thermoelastic fracture in special-purpose engineering materials.

Developed a special-purpose polygon-based finite element (Scaled Boundary Finite Element) in FORTRAN.
Integrated the element subroutine into an open-source software FEAPpv.