PARAMETRIC EXTRACTION OF LINGNAN ECOLOGICAL WISDOM: TRANSLATING TRADITIONAL SPATIAL STRATEGIES FOR HIGH-DENSITY CAMPUS PLANNING

Abstract

There is a fundamental incompatibility in how we currently build university campuses in the Lingnan region. While the demand for land drives campuses upward into high-density towers, the local hot-humid climate demands porosity and airflow—qualities typical of traditional low-rise vernacular architecture. We observe that solutions like Cold Alleys and Skywells are theoretically valid but practically limited in modern design due to the “scale mismatch.” To bridge this gap, this research moves beyond visual imitation to structural extraction, employing a “Parametric Translation” matrix to decode the tacit ecological wisdom of the past into explicit geometric rules. When tested through comparative geometric analysis, the “translated” high-rise forms successfully induced the Venturi Effect, replicating the thermodynamic performance of their ancestors. Crucially, this study further validates the socio-economic viability of these strategies. Our cost-benefit analysis reveals that the initial 5-8% reduction in Gross Floor Area  serves as a strategic capital investment, offset by significant reductions in long-term operational energy costs and enhanced asset resilience. Furthermore, by transforming thermodynamic spaces into social condensers, the design fosters human capital sustainability, proving that heritage preservation can effectively drive both environmental comfort and social wellbeing in high-density urban environments.

Keywords: Parametric Extraction, Lingnan Ecological Wisdom, Cost-Benefit Analysis, Human Capital Sustainability, High-Density Campus