Landscape Restoration and Water Capture

Description

This project converts an underutilized campus area into a high‑efficiency Living Laboratory designed to operate with minimal external resources. After a community decision to discontinue the use of potable water for ornamental landscaping, this 50‑square‑meter site was chosen for a student‑led effort to demonstrate a sustainable resource model. The plan is to install an off‑grid irrigation manifold and a rainwater harvesting system that supports restoration using native plant species. This space will also function as a long‑term instructional setting, offering practical material for English‑language learning for future students.

The project aims to capture and distribute up to 25,000 liters of rainwater annually through a self‑contained, pressure‑regulated system. It also focuses on strengthening technical knowledge among faculty through a “Train‑the‑Trainer” approach, resulting in a permanent set of English‑language stewardship worksheets. Student engagement will be supported through structured, hands‑on participation using a professional‑grade maintenance kit designed for recurring cohorts.

Expected results include a marked reduction in reliance on potable water and the establishment of a permanent outdoor classroom for language acquisition. A formal stewardship model will help ensure that the initiative continues beyond the grant period, while real‑world agroindustrial practice will broaden cross‑disciplinary understanding. By connecting technical resource management with language development, the project strengthens the institution’s ability to maintain sustainable systems independently and shifts campus practices toward a more self‑sufficient, academically integrated approach to long‑term resource stewardship.