2026 | Professional
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Situated in the arid landscape of El Paso, Texas, Osmosis is an ecological tourism and education center designed as an architectural response to the region's severe water depletion and soil salinization. The project seeks to heal the growing disconnect between industrial infrastructure and fragile ecosystems. Driven by the conceptual framework of "osmosis," the design acts as a permeable membrane, fostering a profound union between humanity and the natural environment it occupies.
The physical form of the building draws direct inspiration from the harsh, beautiful realities of the local terrain. Its undulating rooflines and architectural massing mirror the distinct geometry of a dry pond, serving as a spatial reminder of the parched earth. To fully immerse visitors in this environment, the center utilizes a non-centric layout. By contrasting grounding, heavy rammed earth with transparent, all-glass walls, the architecture dissolves physical barriers and completely absorbs guests into the surrounding landscape.
Above, the flowing canopy is more than a visual statement; it is a highly efficient, climate-responsive shelter. Instead of relying on mechanical operation, the roof interacts directly with nature. Visitors walk beneath shifting heights, experiencing a dynamic rhythm of airy, sunlit peaks and intimate, shaded dips. These precise curves are engineered to optimize cooling airflow and naturally channel rare desert rainwater into concealed gutters, ensuring long-term ecological resilience without disrupting the roof's seamless purity.
Beneath its fluid exterior lies a highly rational structural logic. To bridge the gap between organic form and practical construction, the design uses geometric rationalization to translate the flowing canopy into ruled conical geometries. By mapping a structural grid along the straight-line generators of these cones, the complex curvature can be built efficiently using strictly straight structural members and modular roof panels.
Osmosis stands as a true desert oasis. It successfully synthesizes environmental stewardship, structural innovation, and immersive spatial design, creating an engaging space that educates the public while beautifully blending into the vital, fragile ecology of El Paso.
Credits
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China University of Technology, CUTe
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Student Design - Landscape Architecture
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Jungjae Park, Jingyi Hu
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Cultural Architecture - Cultural Landscape Integration
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Andreas Palfingers, Ana Cyano, Aysin Sahin, Aryaman Garg, Nele Herrmann, Param Patel, Ankit Muhury, Gabriel Perucchi, Luan Fontes
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Institutional Architecture - Research Facilities and Laboratories
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ARC'TERYX & RNP
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Interior Design - Retails, Shops, Department Stores & Mall