The architectural project "Sakan-e-Noor" is located in Al Warqa, Dubai, and showcases a sophisticated integration of modern design with traditional Islamic elements. The design aims to create a residential space that is both functional and culturally relevant, reflecting the unique lifestyle needs of the region. This project emphasizes sustainability, utilizing innovative construction methodologies while respecting the environmental context of the UAE.

Zoning arrangements within the project categorize the dwelling into four distinct areas: MAWA, NAEEM, FIRDAUS, and ADN. Each zone serves a specific purpose, ranging from private living spaces to communal gardens. The MAWA zone, designated as the space of tranquility, features a Zen Garden promoting relaxation through natural elements. NAEEM focuses on luxurious interiors, designed to enhance daylighting and comfort. FIRDAUS incorporates a courtyard with a water feature, which contributes to an ambiance of privacy and serenity. The ADN area fosters self-sufficiency allowing residents to cultivate fruits and vegetables, aligning with sustainable living principles.

The project’s design uniquely reflects Quranic influences through geometric orientations and alignments, particularly towards Qibla. This thoughtful approach prioritizes both functional and spiritual well-being of its inhabitants. The architectural composition utilizes a grid layout to facilitate an efficient relationship between public and private areas while maximizing natural light and ventilation. The house’s form fosters a seamless flow from indoor to outdoor spaces, promoting interaction with nature.

One of the defining features of Sakan-e-Noor is its materiality. The walls are constructed from 3D-printed materials, consisting of raw earth and local waste, which diminishes environmental impact and lowers construction costs. This modern technique not only enhances the ecological footprint but also showcases innovative design practices in the UAE. The integration of a traditional Barjeel system, or wind tower, demonstrates a commitment to passive cooling strategies, honoring local architectural heritage while enhancing occupant comfort.

The interior design of the residence includes a Majlis seating area, characterized by expansive glass elements that allow natural light to enter while providing privacy through strategically placed wooden screens. This aspect of the design effectively balances openness with intimacy, fostering a sense of community within the home.

Sakan-e-Noor also emphasizes sustainable practices, featuring natural ventilation systems and plans for future solar energy integration. This commitment to sustainability positions the project as a forward-thinking model for residential architecture in urban settings.

For further insights into the architectural plans, sections, and detailed design elements, interested readers are encouraged to explore the project presentation. This offers an opportunity to delve deeper into the architectural ideas and design principles that define Sakan-e-Noor and its innovative approach to contemporary living.