Palm Residence is a innovative residential project in response to the Dubai Government's pursuit of a new Emirati living paradigm. Rooted in Dubai's multiculturalism and the seamless blend of tradition and innovation, Palm Residence draws inspiration from the city's dual identity. The project's primary goal is to celebrate Dubai's harmonious integration of old and new, evident in its architectural design.

Inspired by the traditional vernacular of Old Town Dubai and courtyard housing, Palm Residence pays homage to the aesthetics of a traditional Arabian village through the arrangement of stepping volumes, creating intimate spaces. Departing from a monolithic massing approach, the design is influenced by the low-rise structures of Old Town Dubai, particularly the Al Fahidi neighborhood, known for its earth-toned facades and traditional Islamic motifs.

At the heart of Palm Residence is a contemporary interpretation of traditional canopies, defining the building's character and incorporating colored mosaic solar panels as the primary source of passive energy. Crafted from wood and enhanced with recycled synthetic rope soffit, these canopies create a seamless connection between indoor and outdoor spaces.

The residence aims to provide a naturally pleasant and airy environment, fostering a strong connection to nature through well-designed interior courtyards and gardens. Material selection emphasizes sustainability and local sourcing, seamlessly integrating traditional Arabian architectural style with modern construction techniques, including the innovative use of 3D-printed mud walls.

Palm Residence serves as a testament to Dubai's commitment to preserving its Arabian heritage while embracing the future. Through a skillful blend of tradition and innovation, the project reinterprets elements from Old Town Dubai and incorporates modern sustainability measures, offering a visionary perspective on Emirati living.

The project challenges the Dubai Building Code, questioning the necessity of a 3-meter setback from the property boundary. Palm Residence adheres to a 1-meter setback, promoting greater design flexibility without compromising safety. This deviation allows for a more efficient extension of the floor plan, embracing the concept of courtyard living with staggered volumes that create distinct spaces while maintaining a direct connection to gardens for ventilated fresh air.

Palm Residence's architectural design features functional and flexible modular geometry, allowing adaptation to the evolving needs of Emirati families. Simple prefabricated components streamline transportation and on-site assembly, enhancing adaptability. During assembly, guide props provide structural support, and modular extensions offer increased shelter and privacy while preserving the original stepped and articulated geometry.

The floor plan is organized with stepping volumes, connecting each room to an inner green courtyard. The living area includes a double-height dining space, a spacious lounge with garden access, a kitchenette, and a pantry. Emirati traditions are reflected in the majlis room, providing privacy. The bedroom section comprises well-organized bedrooms, with the master bedroom featuring two balconies and the best view of the house.

The garden area includes a swimming pool covered by the building's canopy for shade, ensuring privacy. Other features include a BBQ area, herb garden, courtyard gardens, a service block, and dedicated spaces like a garage and driver room.

The design is influenced by Old Town Dubai's traditional materials, combining modern construction techniques with 3D-printed mud walls and rustic limestone floors. Notable elements include contemporary solar panel canopies, synthetic recycled plastic rope, and wooden facia screens inspired by traditional Arabic lattice structures.

Palm Residence employs a novel construction methodology, combining modular construction and 3D printing. This approach, driven by the orthogonal and stackable form, ensures cost-efficiency, reduced construction timelines, and heightened quality control. The use of Cross-Laminated Timber (CLT) panels and 3D-printed mud enhances sustainability.

The project aims to set an example of modern Emirati living by integrating eco-friendly design elements to reduce energy consumption. This includes strategic placement of the pool for evaporative cooling, a staggered layout for passive cross-ventilation, mosaic-colored solar panels, Ridgeblade wind turbines, and ground source heat pumps. The water retention plan includes rainwater harvesting and condensation collection for various household uses.