At the University of Kansas, I conduct research at the intersection of computational geophysics and geodesy. My PhD work investigates slow-slip events and offshore deformation in subduction zones using seafloor optical fiber strainmeters, GNSS, borehole strain, seismic observations, and physics-informed computational methods.

My broader interests span seismology, tectonics, structural geology, sedimentology, hydrogeology, geodynamics, remote sensing, and environmental hazards. I enjoy integrating field observations with geophysical, geodetic, spatial, and spatiotemporal datasets to investigate Earth processes across different scales.

Multidisciplinary research and professional activities have strengthened my leadership, communication, and teamwork skills. Outside research, I enjoy traveling, cooking, reading, writing, logo design, playing chess and soccer, and coding.