Dar joyful sky

Dar Al Uloom University

Project idea

The idea of this project, "DAR", stems from the critical need for healing environments that transcend purely functional design. "DAR" is envisioned as a restorative and rehabilitative center deeply rooted in the concept of "home"—a sanctuary offering safety, belonging, and inner peace. Inspired by restorative design philosophy, the project's core inspiration lies in a unique cultural fusion, seamlessly blending traditional motifs from Palestinian heritage (Fallahi embroidery and the Keffiyeh), Syrian heritage (Al-Hasakah patterns), and Saudi heritage (Tabuk traditional weaves). The project aims to integrate human psychology with architecture, using this rich cultural tapestry to create a supportive environment that fosters mental and physical recovery.

Project description

The project consists of an integrated spatial layout thoughtfully zoned to balance privacy with social interaction. The main areas include specialized rehabilitation zones, therapeutic spaces, and interactive communal lounges. The design solution heavily utilizes biophilic design principles through strategic natural lighting, indoor greenery, and water features to reduce stress. Structurally and aesthetically, the interior scope incorporates a modern reinterpretation of regional textile heritages; it features custom wall treatments, partition screens, and upholstery that artfully showcase Palestinian Fallahi embroidery and Keffiyeh geometries, the distinct geometric lineages of Syrian Al-Hasakah crafts, and the authentic textures of Saudi Tabuk weaving. These are paired with a soothing, earthy color palette and natural textures to evoke maximum familiarity, warmth, and comfort.

Technical information

Software & Tools: AutoCAD for precise space planning, 3ds Max and V-Ray for high-end material rendering and environmental lighting simulation.
Environmental & Building Systems: Integrated circadian lighting systems that mimic natural daylight cycles to support the biological clocks of occupants. High-efficiency HVAC systems with advanced air filtration to maintain superior indoor air quality (IAQ).
Acoustic & Material Specifications: Comprehensive acoustic zoning utilizing sound-absorbing, sustainable wall panels. The project features custom CNC-cut wooden panels, bespoke acoustic wall upholstery, and digital fabric prints that integrate the intricate patterns of Palestinian embroidery, Syrian Al-Hasakah motifs, and Saudi Tabuk textiles. Selection focuses on non-toxic, low-VOC, and anti-bacterial surfaces, utilizing natural wood and earthy stone finishes designed for high durability and ease of maintenance in a healing facility.

Documentation

Show PDF 1