At Southeast University, I contributed to an AI-powered supervisor recommendation platform that integrates large language models, multi-agent applications, and academic databases. I also worked on collecting and analysing faculty research information, supervisor matching algorithms, and interactive research-profile visualisation.
My research project, “Simulation of Unconventional Skyrmion Dynamics in a Corbino Disk,” investigated magnetic skyrmion motion under nonuniform current distribution. My sole-first-author paper, “Collective Dynamics of Skyrmions in a Corbino Disk,” was accepted by a JCR Q3 journal and selected as an Outstanding Paper at the 15th Southeast University Undergraduate Academic Conference.
I’ve also developed visual perception and path-following functions for a humanoid robot using ROS2, and deployed a local large language model for voice-controlled movement. My technical work includes Python and C++, embedded systems, MATLAB/Simulink, and Verilog.
