I'm a geologist and remote sensing expert whose research focuses on planetary surface evolution and supports exploration efforts across our Solar System. I've primarily worked on NASA-funded projects in collaboration with multi-institutional teams. I investigate landscape development, surface processes, geomorphology, the habitability potential of Mars, and mission-critical needs for the Moon, such as landing site evaluation and surface navigation. My planetary science background is rooted in mapping, geospatial analysis, and the production of digital terrain models from a range of sources. I specialize in integrating planetary remote sensing with field-based surveys at domestic and international planetary analog sites. Field activities emphasize high-precision GPS-based surveying and systematic photo documentation, particularly for generating 3D reconstructions of geologic features. I leverage expertise in unmanned aerial systems (UAS), photogrammetry, and thermal infrared spectroscopy to support surface composition studies and geomorphic interpretation. By combining these methods, I aim to create functional terrain products that serve both scientific investigations and operational planning for future planetary missions.