Ecologist, modeler, and artist. I study how ecosystems change — from coastlines to the global carbon cycle — build the software and companies that put that science to work, and draw the same curiosity in ink under the name Meiji.
Coastal ecology, computed. Ecological research, scientific software, and technical reporting — from open-source inundation modeling to peer-reviewed writing and study design.
Visit SiteSI-powered workforce marketplace connecting organizations with specialized scientific and environmental consultants, featuring automated project matching, compliance validation, and enterprise workforce analytics for data-driven hiring decisions.
Visit PlatformMy art studio, where I specialize in blue pen drawings and custom murals that invite people to see the world from new perspectives—creating original works, prints, and wall art that challenge perception and foster human connection through accessible, transformative art.
View GalleryA privacy-first, frame-perfect video sync engine for watching together across Netflix, Disney+, YouTube, and more — built on client-side AES-GCM encryption and a zero-persistence architecture.
Visit Site GitHubInteractive dashboard for coastal overwash risk on Texas waterbird nesting islands — GAM/Shapley analytics, storm-event decomposition, and sea-level-rise scenarios.
Launch DashboardA topological framework treating an ecosystem's identity as the geometric trajectory its drivers trace through time — regime shifts as deformation, coupling as blob topology. In review at Ecology.
Launch DemoI build physics-informed machine learning and ecosystem models that try to keep up with living systems — connecting the global carbon cycle to the fate of a single nesting island.
Founder building SI-powered platforms for environmental science and climate solutions.
I build systems that solve critical environmental challenges. My work bridges cutting-edge machine learning with earth system science, creating tools that matter for our planet's future.
From developing global-scale forest dynamics models to pioneering deep learning applications for ecosystem prediction, my research influences policy at NASA, USFS, and beyond.
