About me

I am a planetary scientist investigating the structural geology and tectonics of rocky worlds. My research focuses on understanding the deformation processes that have shaped the surfaces of Mars and Venus over billions of years, revealing the dynamic geological histories preserved in their landscapes. I employ a multidisciplinary approach that integrates remote sensing analysis, analog modeling, and computational simulations to decode the tectonic patterns observed on planetary surfaces. This comparative methodology allows me to reconstruct the evolutionary pathways of terrestrial planets and connect surface features to deeper interior processes. While my primary work centers on Mars and Venus, my research interests extend to other planetary bodies, including the icy moons of the outer solar system, and broader questions regarding planetary habitability. Through this work, I aim to advance our understanding of how terrestrial planets evolve and what their tectonic signatures reveal about their past and present conditions.

In addition to my scientific pursuits, I am deeply passionate about project and team leadership, science communication, teaching, and advancing diversity within the scientific community. My experience reflects a proven ability to effectively manage complex projects, foster collaborative professional relationships, and engage with diverse audiences. I am fully committed to cultivating an academic environment that values inclusivity, equity, and representation, striving to inspire and support the next generation of scientists while contributing to a more accessible and welcoming scientific community.