I am a geoscientist and digital heritage specialist with a focus on integrating advanced geophysical and remote-sensing technologies into the study of archaeological and geomorphological landscapes. My interdisciplinary expertise spans geophysics, geomorphology, archaeology, GIS, and digital documentation, allowing me to bridge the gap between geoscience and heritage research.
Most recently, I was employed as a Digital Heritage Manager and Program Specific Researcher at Kyoto University, where I led a team in the Maritime Asia Heritage Survey. This project used cutting-edge technologies such as drone-based photogrammetry and laser scanning to document endangered cultural heritage sites across Southern Asia. My role was to oversee the Digital Heritage Lab, manage large datasets, and apply geoscientific techniques to study these culturally significant environments.
I have also led the MegaForts project, which employed aerial and ground-based geophysical methods, including magnetometry and core drilling, to investigate large European Bronze Age fortifications. The project aimed to understand the geomorphology and defensive systems of these ancient landscapes. My PhD research further explored the intersection of geoscience and archaeology, focusing on the interpretation of geophysical data through advanced GIS approaches, and I have published work on innovative techniques for geophysical anomaly detection.
My teaching experience includes courses in applied geophysics, geomorphology, and geoinformatics. I emphasize the practical application of geophysical methods in archaeology and environmental studies, preparing students to harness the power of geoscience in both academic and fieldwork contexts. I am passionate about advancing the integration of geoscientific approaches within archaeology and digital humanities, leveraging my experience to foster interdisciplinary research that connects earth sciences with the preservation and exploration of cultural heritage.
