Cloud 9 Boasts a Stunning Mediterranean Architecture Design
Kalin Ned — March 18, 2019 — Art & Design
References: ruiz-geli & design-milk
The intricacies of Mediterranean architecture design are aptly communicated through this curvacious structures by Cloud 9.
The project was commissioned by an individuals who took great interest in the design language of the region. Dubbed 'Stiglat Aiguablava,' the villa sits on a hillside in Catalonia's Costa Brava coast.
Cloud 9 used extensive and intricate techniques to arrange an aesthetic that will be agreeable and will seamlessly fit within the topography of the landscape. The stunning Mediterranean architecture design is the result of extensive work with "advanced fiberglass engineering," prefabricated approaches to construction and other "rapid manufacturing techniques."
Naturally, Cloud 9's structures are positioned in favor of optimizing the sweeping views of the region, while the framework and use of materials are used to inform a 'case study.'
The project was commissioned by an individuals who took great interest in the design language of the region. Dubbed 'Stiglat Aiguablava,' the villa sits on a hillside in Catalonia's Costa Brava coast.
Cloud 9 used extensive and intricate techniques to arrange an aesthetic that will be agreeable and will seamlessly fit within the topography of the landscape. The stunning Mediterranean architecture design is the result of extensive work with "advanced fiberglass engineering," prefabricated approaches to construction and other "rapid manufacturing techniques."
Naturally, Cloud 9's structures are positioned in favor of optimizing the sweeping views of the region, while the framework and use of materials are used to inform a 'case study.'
Trend Themes
1. Mediterranean Architecture Design - Opportunity for architects and designers to explore innovative techniques and materials to create aesthetically pleasing and eco-friendly structures that seamlessly integrate with the natural landscape.
2. Advanced Fiberglass Engineering - Potential for advancements in fiberglass engineering to revolutionize the construction industry by offering durable and versatile building materials that can be used in various architectural designs.
3. Rapid Manufacturing Techniques - Disruptive opportunity for the manufacturing sector to adopt rapid manufacturing techniques to streamline the construction process and reduce costs while maintaining high-quality standards.
Industry Implications
1. Architecture - Architecture firms can capitalize on the trend of Mediterranean architecture design to create unique and sustainable structures that merge with the surrounding environment.
2. Construction - Construction companies can leverage advanced fiberglass engineering techniques to build more efficient and resilient buildings that require less maintenance and have a smaller ecological footprint.
3. Manufacturing - Manufacturing industries have the opportunity to integrate rapid manufacturing techniques into their processes to produce prefabricated components and reduce construction time, costs, and waste.
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