
DESIGN WORK · RESEARCH
Reimagining Unconventional Infrastructure as Social and Ecological Connectors
Reimagining infrastructure as landscape, ecology, and civic connector
Annie Neill · Instructor: Robert Sproull · Bachelor of Environmental Design, Class of 2026
- TYPE
- Commission · Research
- YEAR
- 2025 — 2026
- COURSE
- Undergraduate Research Fellowship
- TAGS
- Undergrad · Infrastructure · Ecological Design · Public Realm · Mobile Bay · Mapping · Research
"Infrastructure should not be understood as a fixed utility, but as an evolving framework that mediates relationships between people, environment, and time. By reprogramming underutilized systems through layered design strategies and temporal thinking, infrastructure can shift from a background condition into an active, performative public asset."
INTRO
Infrastructure is often treated as fixed, neutral, and purely functional. In reality, it actively shapes how people move, gather, and access opportunity. This project challenges the assumption that infrastructure must remain static by reframing it as a dynamic system capable of social and ecological performance. Situated within the Mobile Bay context, this research explores underutilized infrastructural landscapes as latent frameworks for connection. These spaces hold the potential to operate as thresholds between movement and environment. Rather than designing new systems, this project investigates how existing conditions can be reinterpreted, layered, and expanded to support evolving community needs and environmental processes.
MATERIALS + METHODS
This project is grounded in a multi-scalar mapping process that integrates real GIS data with iterative spatial analysis. Using ArcGIS, Vexcel aerial imagery, and base GIS layers, the site was reconstructed as an accurate, scalable framework. These datasets were translated through Rhino, Illustrator, and Photoshop to produce layered mappings that reveal disconnection, underutilized land, and limited public access. The project operates across the entire island through three temporal phases — Conception, Mid-Life, and Afterlife — allowing elements to exist simultaneously in different states of use and adaptation. Minimal white overlays distinguish proposed systems from existing conditions, emphasizing addition, speculation, and future potential.

















