Researcher, AachenSeoul, South Korea
Simulation
Software
Simulation software is an essential tool for validating theoretical models and designing experiments. By numerically analyzing complex physical phenomena, it enables performance prediction and optimization before experimentation. Additionally, it allows for the study of system behavior under various conditions, leading to more efficient and precise research. This approach reduces experimental costs and time while ensuring reliable results, ultimately enhancing the applicability of research to real-world scenarios.




1
Mechanical Structural Analysis
I have experience using Comsol, Altair, and Ansys for mechanical structural analysis, including stress, deformation, and modal analysis. I can simulate material behavior under various loading conditions and optimize structural designs for improved performance and reliability. These skills enable me to evaluate mechanical stability and refine engineering designs before physical testing.
2
Fluid Flow Analysis
I use Ansys Fluent for computational fluid dynamics (CFD) simulations to analyze fluid flow, heat transfer, and turbulence in engineering systems. I can model complex flow conditions, optimize system performance, and interpret simulation results to enhance efficiency and stability in real-world applications.



All photos are taken and edited by me
3
System Analysis
I have experience using MATLAB Simulink for system-level analysis, including dynamic modeling and control simulations. I can simulate mechanical and energy systems, optimize parameters, and validate theoretical models through virtual experiments, ensuring better system performance and operational efficiency.