This category gathers a series of experimental imaging studies using aerial perspective as an analytical instrument. Each project isolates a specific spatial phenomenon — density, circulation, scale perception, or temporal accumulation — and investigates it through repeatable visual procedures.
Aerial and spatial imaging is approached here as a mode of observation rather than a technique. By positioning the camera outside the scale of the human body, the work studies how spatial relationships, circulation patterns, and structural hierarchies become legible only from displaced viewpoints. The aerial image functions less as a photograph and more as a spatial diagram.
Applications
The material operates simultaneously as visual documentation and analytical representation. Projects investigate urban morphology, architectural organization, and landscape systems, producing images that can be read both aesthetically and informationally. The intent is to translate environments into interpretable spatial models rather than merely depict them.
Research Scope
The workflow combines aerial capture, temporal observation, and comparative framing. Repeated viewpoints, scale shifts, and ground-to-air correspondences are used to reveal spatial logic that is not perceptible from a single position. The resulting images function as visual analyses of how environments are structured and experienced.
Methodological Approach
The projects below are not individual commissions but related investigations within a shared line of inquiry. Each work examines a different spatial condition — urban density, architectural form, environmental structure, or perceptual scale — using aerial imaging as a comparative analytical lens.
Together, the works form a cumulative study where meaning emerges across multiple cases rather than within a single image or video.
Within this context, aerial imaging operates as a form of spatial inquiry. The works presented in this category approach imaging not as documentation of space, but as a means of reasoning about it.