I am an Assistant Professor at the Institute of Oceanography, National Taiwan University, where I lead research and training activities focused on quantitative sedimentology, marine geology, and digital core analysis. My work integrates advanced non-destructive core-scanning techniques—particularly X-ray computed tomography (CT) and X-ray fluorescence core scanning (XRF-CS)—to investigate extreme events, sedimentary processes, and subsurface properties relevant to geohazards and decarbonization.

Since joining NTU in 2021, I have established and manage the CT Core Scanning Laboratory, and I actively collaborate with international partners in Japan, Europe, and beyond through programs such as IODP, EAGER, and international training courses (e.g., core schools) and workshops (e.g., L2S3). I value hands-on training, critical thinking, and interdisciplinary exchange, and I encourage students to engage directly with real research data, instruments, and international scientific communities.

Our lab focuses on the quantitative analysis of sedimentary archives using state-of-the-art core-scanning technologies. The group combines CT imaging, XRF core scanning, sedimentology, and data science to study how geological processes—such as earthquakes, floods, and sediment transport—are recorded in marine and lacustrine sediments.

The CT Core Scanning Lab at NTU serves both as a research facility and a training platform. Students in the lab gain experience with instrument operation, data processing, image analysis, and geological interpretation. The lab environment is highly international, with frequent collaboration, joint workshops, and visiting students and researchers from abroad.