Japan-based Kengo Kuma & Associates have unveiled the designs for a spectacular beachfront building that makes considerable use of timber, allowing it to offer a unique aesthetic and luxury living experience for residents of the Miami edifice.
The 'Aman Miami Beach Residences' building will make use of a core built with conventional materials like steel and concrete, but will make use of timber sheathing, while the lobby will stand out due to generous utilization of timber details. Elsewhere, the building's interiors will make ample use of wood and stone. Kengo Kuma's Japanese heritage will also be on show via elements such as wood soaking tubs, generous glazing and paper screen dividers.
Set to host 23 apartments across 18 floors, this beachfront building is a fine example of Eastern and Western architectural cues colliding with spectacular results.
Timber-Clad Beachside Buildings
This Miami Property Will Make Generous Use Of Wood Elements
Trend Themes
1. Timber-clad Architecture - The use of timber for building design and interiors adds a unique aesthetic that can enhance luxury living.
2. Combining Eastern and Western Architecture - Blending traditional Japanese architecture with modern Western designs creates a fusion of bold and innovative architecture.
3. Sustainable Luxury - The use of timber and other sustainable materials in luxurious buildings creates a unique selling point and demonstrates a commitment to environmentalism.
Industry Implications
1. Real Estate - Developers can explore using timber and Eastern architectural influence to differentiate their luxury properties and appeal to eco-conscious buyers.
2. Architecture and Design - Architects and designers can experiment with combining traditional Japanese architecture with modern Western concepts to create unique and innovative new designs.
3. Sustainable Construction Materials - As demand for sustainable construction materials grows, companies can explore using timber as an alternative to traditional materials, providing eco-friendly solutions for construction projects.