Osmosis Turismcenter av Cen Shen and Changsong Li

Designen Osmosis Turismcenter av Cen Shen and Changsong Li är en högt ansedd vinnare av den mycket prestigefyllda 2026 A' Design Award i Brons i tävlingskategorin Arkitektur-, Byggnads- och Konstruktionsdesign.

BronsArkitektur· 2026

Osmosis Turismcenter

av Cen Shen and Changsong Li

Klient: Changsong Li & Cen Shen

Vinnare av A' Design Award i Brons i kategorin Arkitektur

5,257

Verifierad prisvinnare

Verifiera prisstatus för #182593

Visa hos A' Design Award Pressmeddelande Utmärkelsemärke

Färger

Designen

Om Osmosis Turismcenter

Osmosis är ett turism- och utbildningscenter beläget i El Paso, Texas. Designen är inspirerad av geometrin hos en uttorkad damm i det torra regionala landskapet. Organiska ytor översätts till styrda koniska geometrier, så att det böljande taket kan byggas med raka stålbalkar och modulära paneler. Dolda hängrännor i takkanterna samlar upp regnvatten. Tunga väggar av stampad jord kombineras med glasväggar i full höjd. Den porösa planlösningen är arrangerad kring en central innergård, vilket förbinder besökarna med den omgivande terrängen.

Erkännandet

Om A' Design Award i Brons

Osmosis Turismcenter är vinnare av A' Design Award i Brons, ett högst prestigefyllt erkännande som tilldelas enastående designverk som utmärker sig genom kreativitet, uppfinningsrikedom och klokhet. Bronsvinnare är mycket skickliga och slående kreativa föremål som styrker formgivarnas stora erfarenhet, fantasi och påhittighet. Osmosis Turismcenter förväntas vara ett högt skattat, beundrat och älskat föremål som är anmärkningsvärt professionellt och innovativt. Detta vinnande verk i A' Design Award i Brons införlivar bästa praxis inom konst, vetenskap, design och teknik och är utmärkt genom sin omsorg om detaljer. Osmosis Turismcenter tillfredsställer fantastiskt behov, rör vid längtan, charmar känslor och väcker nyfikenhet.

Bakom designen

Presskit

Erkännanden, teammedlemmar och tekniska detaljer tillhandahållna av designern.

Unika egenskaper: Reflecting the concept of osmosis, the center's non-centric layout allows tourists to feel like an integral part of the landscape. By contrasting heavy rammed earth with transparent all-glass walls, the architecture dissolves physical barriers, fully absorbing visitors into the terrain. Additionally, the undulating roof responds directly to El Paso’s arid climate, utilizing concealed gutters for a vital water collection system that ensures long-term ecological resilience.
Dimensioner & förpackning: Osmosis is a large-scale civic infrastructure organized around a central radial courtyard. The technical envelope combines high thermal mass rammed earth walls and expansive structural glazing, optimized for arid climates. The conical roof spans are constructed using straight steel beams mapped to conical generators, supporting modular panels and concealed stormwater gutters. The facility houses tourism and education centre function spaces.
Taggar: Parametric Architecture, Migrant Service Center, Geometric Rationalization, Conical Geometry, Porous Space, Rammed Earth Construction, Sustainable Infrastructure, Border Architecture
Produktionsteknik: Osmosis uses geometric rationalization to translate organic surfaces into ruled conical geometries. Mapping a structural grid along the cones' straight-line generators allows efficient construction of complex curvature using straight members and modular roof panels. Concealed gutters within the roof's edges preserve the undulating canopy's seamless purity, while full-height glass walls dissolve visual boundaries to maintain an uninterrupted connection with the landscape.
Designutmaning: The main challenge was translating fluid ecological concepts into buildable architecture. Socially, the design shifts historical paradigms of environmental exploitation toward ecological education. Externally, harsh regional climates dictated strict parameters. Production limits were overcome using advanced parametric technology, rationalizing complex undulating curvatures into modular conical geometries to enable cost-efficient construction using strictly straight steel members.
Forskning: This applied research designed a cost-efficient, climate-responsive sanctuary. Using structural, solar, and sightline simulations alongside climate data, various roof geometries were tested. Simulated tourist viewpoints, water-saving calculations, and material metrics determined the optimal shape. Results proved this form maximizes daylight control, water harvesting, and nature views while significantly reducing structural costs. This offers an economical, ecological hub that deeply absorbs visitors.
Inspiration: The primary inspiration for this project stems from the severe environmental crises of water depletion and soil salinization in the arid landscapes of El Paso. Observing the profound disconnect between human infrastructure—specifically the forceful industrial separation of water and salt through desalination—and the fragile ecosystems it occupies, the design emerged as an architectural counter-narrative.

Operating as an ecological tourism and education center, the project is motivated by the need to attract visitors while actively educating the public about these pressing environmental urgencies. The central motive is to foster a profound union between humanity and the natural environment through the conceptual framework of "osmosis," seeking to heal the separation between people and the ecology they inhabit.

Furthermore, the formal language and shape of the building are directly inspired by the El Paso terrain itself, capturing the stark realities of regional water scarcity. Specifically, the architectural massing and undulating rooflines draw upon the distinct geometry of a dry pond, serving as a direct visual and spatial allusion to the parched earth and the environmental narrative driving the design.
Projektlängd: Developed as an architectural project in 2023 , Osmosis is situated at El Paso, Texas.
Arbetsflöde: This undulating canopy transforms flat surfaces into a flowing wave. It isn't "operated" by machines, but by nature: visitors interact by walking beneath its shifting heights, moving between airy, sunlit peaks and shaded, intimate dips. It performs significantly better than a standard flat roof because these precise curves naturally channel rare rainwater into concealed edges and optimize cooling airflow, creating a highly efficient, climate-responsive desert oasis.
Teammedlemmar: Changsong Li, Cen Shen
Bildkrediteringar: Image #1: Creators Changsong Li and Cen Shen, Osmosis: Dissolving The Borderline, 2023.
Image #2: Creators Changsong Li and Cen Shen, Osmosis: Dissolving The Borderline, 2023.
Image #3: Creators Changsong Li and Cen Shen, Osmosis: Dissolving The Borderline, 2023.
Image #4: Creators Changsong Li and Cen Shen, Osmosis: Dissolving The Borderline, 2023.
Image #5: Creators Changsong Li and Cen Shen, Osmosis: Dissolving The Borderline, 2023.