Platino Interni · 2026
Wuhan Senbo Resort Interior design di hotel
by Wjd Design
- A' Design Award di Platino 2026 in Interni
- CLIENT: Wjd Design
- Estimated Number of Design Views: 5,340,980
- Verification code AE1C67D2F5 · Verify this award
Colors
About Wuhan Senbo Resort Interior design di hotel
Il Wuhan Senbo Resort è un interno di hotel resort dedicato alle famiglie, situato in Cina. Il progetto traduce l'immaginario paesaggistico locale, fatto di montagne, acque che scorrono e forme di loto, in una narrazione spaziale immersiva. La hall è definita da un soffitto a doppia curvatura dall'aspetto montuoso, realizzato con pannelli su misura in gesso rinforzato con fibra di vetro. Il building information modeling e la modellazione parametrica sono stati impiegati per risolvere la geometria complessa. Legno naturale, intrecci in bambù, finiture sostenibili e illuminazione intelligente creano un'atmosfera serena per adulti e bambini.
About the A' Design Award di Platino
Wuhan Senbo Resort Interior design di hotel ha vinto l'A' Design Award di Platino, un riconoscimento estremamente prestigioso conferito a design davvero eccezionali, eleganti e magnifici. I vincitori di Platino sono meraviglie della creazione, testimonianze dei limiti della creatività intellettuale, e dimostrano l'impareggiabile professionalità e la genialità dei loro designer. Ci si aspetta che questi design siano le opere più rinomate, che definiscono l'estetica di un'epoca, contribuiscono al benessere della società e fanno avanzare i confini dell'arte, della scienza, del design e della tecnologia. Wuhan Senbo Resort Interior design di hotel mostra un livello di eccellenza trascendente e rende inequivocabilmente il mondo un posto migliore grazie alle sue caratteristiche vantaggiose e preziose. Wuhan Senbo Resort Interior design di hotel è un'opera premiata con l'A' Design Award di Platino che risveglia i desideri, ispira, entusiasma, delizia e suscita grande gioia.
Press Kit
- Unique Properties
- This project redefines the parent-child urban resort model by translating Wuhan's natural and cultural symbols mountains, water, and lotus into an immersive spatial narrative. Unlike designs that merely imitate nature, it uses abstraction, deconstruction, and material innovation to create an experiential environment. Advanced BIM simulations, custom glass fiber reinforced gypsum structures, and sustainable materials ensure both artistic expression and engineering precision.
- Dimensions & Packaging
- The project covers a total floor area of 118,000 square meters, with a 46,000 square meters interior scope. Key spatial components include large span public areas, guest rooms, themed spaces and multi functional zones. Technical highlights include double curved glass fiber reinforced gypsum structures, sustainable finish materials, intelligent lighting control, and modular prefabricated systems that ensure efficient construction and durability.
- Tags
- Wuhan Resort Design, Cultural Tourism, Immersive Interior, Glass Fiber Reinforced Gypsum Structure, Parametric Design, Sustainable Materials, Nature-Inspired Aesthetics, Parent-Child Resort, Contemporary Wuhan Culture
- Production Technology
- The project adopts building information modeling and parametric modeling to resolve complex double curved geometries, especially the lobby's iconic mountain like ceiling. Custom fabricated glass fiber reinforced gypsum panels ensure structural accuracy and seamless integration. Materials include glass fiber reinforced gypsum, polyethylene terephthalate glycol-modified panels, artistic coatings, natural wood and bamboo weaving. Intelligent lighting simulates natural light filtering through lotus leaves, enhancing spatial atmosphere.
- Design Challenge
- The main challenge was integrating organic natural forms into a large scale commercial structure while meeting fire safety codes, load bearing requirements and ergonomic standards. The double curved lobby ceiling required advanced modeling and custom glass fiber reinforced gypsum fabrication. Balancing artistic expression, cost control, sustainability and regional culture demanded continuous coordination, technical innovation and interdisciplinary problem-solving.
- Research
- This applied design research aims to translate Wuhan's cultural ecology into spatial experience. Methods include site studies, cultural analysis, user behavior research and building information modeling simulations. Data was collected through environmental mapping and parent child experience interviews. Results show that abstracted natural imagery enhances emotional connection and guest satisfaction. The research strengthens cultural tourism branding and offers replicable strategies for nature based resort design.
- Inspiration
- The design is inspired by Wuhan's identity as the "River City" and the cultural legend "High Mountains and Flowing Water," symbolizing profound human connection. By extracting mountains, water and lotus as core motifs, the project aims to create a nature immersed sanctuary for families. The concept also stems from the Senbo brand spirit "Exploring Nature with Love" and research into local ecology, regional culture, and contemporary aesthetics.
- Project Duration
- The project started in January 2023 and finished in May 2025 in China.
- Operation Flow
- Guests engage with the space through a natural, narrative driven flow. The lobby introduces the "mountain" theme, guiding visitors into water inspired pathways and lotus themed rooms. Light, texture and spatial transitions immerse both adults and children in a calm yet exploratory environment. The design supports intuitive movement, rest, play and family interaction, creating a seamless resort experience.
- Image Credits
- Image #1: Photographer Hanmo Vision— Song Ye, Fupeng Wu, Senbo Resort, 2025.
Image #2: Photographer Hanmo Vision— Song Ye, Fupeng Wu, Senbo Resort, 2025.
Image #3: Photographer Hanmo Vision— Song Ye, Fupeng Wu, Senbo Resort, 2025.
Image #4: Photographer Hanmo Vision— Song Ye, Fupeng Wu, Senbo Resort, 2025.
Image #5: Photographer Hanmo Vision— Song Ye, Fupeng Wu, Senbo Resort, 2025.
