This design focuses on "human-scale air experience" and rethinks the airflow method of urban indoor sports spaces. To target the heat, odor, and suspended particles generated by high-density use, a multi-level airflow system that combines ceiling air supply, wall suction columns, and climbing wall source capture is proposed. Through sensing and real-time feedback, the air dynamically adjusts with usage behavior, shifting from traditional averaging to human-centered active circulation, and is modularly integrated into the space, making the air a perceptible sports experience.
Weave Cycle Lab – Textile Regeneration Space
Department of Interior Design, Tainan University of Technology
This project reactivates a former textile factory through spatial regeneration, transforming its existing structure and material traces into a public, circular system. By preserving historical layers as an interface of time, the design creates a dialogue between past and present, extending the site’s industrial legacy with renewed social meaning.
Organized around “collection – sorting – remanufacturing – recirculation,” the scheme shifts linear production into an open, participatory process. Circulation paths are conceived as a spatial “weave,” translating material flows into experiential sequences while strengthening interactions between users and garments.
Through open workshops, classrooms, and exhibition spaces, the remanufacturing process becomes visible and collective. The project positions the space not only as infrastructure, but as a catalyst for social engagement and sustainable awareness.
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