Hi, I'm a graduate researcher majoring in Control Engineering. My current research focuses on autonomous unmanned systems, control algorithms, and engineering simulation. I hold an undergraduate degree in Vehicle Engineering, where I developed extensive experience in mechanical modeling, finite element analysis (FEA), and structural optimization.
Focus on unmanned system control, sensor fusion, and algorithm implementation.
Completed thesis research on structural design, finite element modeling, and topology optimization for heavy-duty vehicles.
Conducted full-scale 3D modeling and multi-condition static/modal analysis using ANSYS Workbench, Creo, and SolidWorks. Achieved structural lightweighting via topology optimization while maintaining torsional rigidity.
Developed experimental fiber-optic sensor datasets and signal acquisition workflows, winning a National Second Prize in the National University Physics Experiment Competition.
Building and evaluating control algorithms, path planning, simulation models, and AI-driven automation pipelines using Python and C.