An advanced design studio exploring the integration of computational sensing, feedback systems, and ecological processes in landscape design. Students develop projects that treat the landscape as a dynamic, responsive medium rather than a static artifact.

A seminar examining the theoretical and practical implications of computational methods in ecological design. Topics include modeling, simulation, embedded sensing, and the politics of environmental data.

Methods of digital representation, spatial analysis, and simulation for landscape architecture. Emphasis on developing fluency with computational tools as instruments of design inquiry rather than production alone.

An investigation of territorial-scale design "” how landscapes, watersheds, coastlines, and urban ecologies operate as infrastructural systems. Case studies drawn from Southern Louisiana, the Chesapeake Bay, and urban ecological corridors.