Pg Muhd Rauhhullaah Bin Pg Abd Rahman 
Incorporating geometric Mashrabiya screens and sustainable stonework, the design optimizes natural light and ventilation while creating a multifunctional living space tailored for family interaction.
5 key facts about this project
01
Incorporates locally sourced stone to enhance sustainability and aesthetic continuity with the environment.
02
Features modular U-shaped layout to promote social interaction and efficient use of space.
03
Utilizes traditional Arabic Mashrabiya screens for privacy and passive ventilation strategies.
04
Integrates roof gardens designed to improve insulation and support biodiversity.
05
Incorporates solar panels to contribute to energy self-sufficiency and reduce environmental impact.
General keywords
Project specific keywords
Xylith Villa is an architectural project situated in Dubai Creek Harbour, demonstrating a thoughtful integration of contemporary design with traditional cultural elements. The villa is conceived as a U-shaped structure that enhances social interaction among residents while maximizing exposure to natural light and promoting ventilation. This design approach, combined with its environmental considerations, positions Xylith Villa as a relevant addition to Dubai's evolving architectural landscape.
Unique Design Approaches and Cultural Context
The architectural design incorporates traditional Arabic motifs, particularly through the use of Mashrabiya screens that provide privacy while allowing for passive ventilation. The intricate geometric patterns featured in these screens are a nod to local craftsmanship, reflecting an appreciation for cultural heritage in a modern context. Furthermore, the layout capitalizes on strategic site orientation, allowing for shaded outdoor spaces and reducing solar heat gain, demonstrating a clear consideration for the local climate.
Sustainability plays a pivotal role in the design philosophy. The inclusion of roof gardens promotes biodiversity while providing insulation. Solar panels contribute to energy self-sufficiency, and water-capture systems enhance sustainable water management practices. These features not only reduce the environmental footprint but also support a holistic, eco-conscious living environment.
Spatial Configuration and Functionality
The internal organization of Xylith Villa is geared toward fostering family interactions and providing spacious, flexible living areas. The ground floor consists of communal spaces such as the Majlis, living room, and kitchen, which are designed for easy movement and social gatherings. The first floor accommodates private quarters that are visually connected to the outdoor environment through generously sized windows and strategic placement of courtyards, enhancing natural light and providing tranquil views.
Each element of Xylith Villa, from its structural materials, including locally-sourced wood and stone, to architectural features such as enhanced natural ventilation and light entry, speaks to a cohesive design narrative. Attention to materiality not only enhances aesthetic appeal but also supports performance goals. The integration of durable materials ensures longevity while maintaining a connection to the geographical context.
For further details on the architectural design of Xylith Villa, including architectural plans, sections, and specific design elements, explore the project presentation. This resource offers deeper insights into the architectural ideas that have shaped this compelling project.
Unique Design Approaches and Cultural Context
The architectural design incorporates traditional Arabic motifs, particularly through the use of Mashrabiya screens that provide privacy while allowing for passive ventilation. The intricate geometric patterns featured in these screens are a nod to local craftsmanship, reflecting an appreciation for cultural heritage in a modern context. Furthermore, the layout capitalizes on strategic site orientation, allowing for shaded outdoor spaces and reducing solar heat gain, demonstrating a clear consideration for the local climate.
Sustainability plays a pivotal role in the design philosophy. The inclusion of roof gardens promotes biodiversity while providing insulation. Solar panels contribute to energy self-sufficiency, and water-capture systems enhance sustainable water management practices. These features not only reduce the environmental footprint but also support a holistic, eco-conscious living environment.
Spatial Configuration and Functionality
The internal organization of Xylith Villa is geared toward fostering family interactions and providing spacious, flexible living areas. The ground floor consists of communal spaces such as the Majlis, living room, and kitchen, which are designed for easy movement and social gatherings. The first floor accommodates private quarters that are visually connected to the outdoor environment through generously sized windows and strategic placement of courtyards, enhancing natural light and providing tranquil views.
Each element of Xylith Villa, from its structural materials, including locally-sourced wood and stone, to architectural features such as enhanced natural ventilation and light entry, speaks to a cohesive design narrative. Attention to materiality not only enhances aesthetic appeal but also supports performance goals. The integration of durable materials ensures longevity while maintaining a connection to the geographical context.
For further details on the architectural design of Xylith Villa, including architectural plans, sections, and specific design elements, explore the project presentation. This resource offers deeper insights into the architectural ideas that have shaped this compelling project.
