Modern Abu Dhabi Villa

Location: Abu Dhabi, United Arab Emirates

Scope of Work: Architectural Design, Interior Design, Landscape Architecture, Private Gym, and Smart Luxury System Integration.

Project Overview The "Abu Dhabi Villa" project, designed for our German client, embodies the pinnacle of luxury and privacy through a seamless integration of architecture, interiors, and outdoor spaces. Spanning a total area of 853.44 m², the project utilizes a sophisticated massing strategy that strikes a perfect balance between panoramic views and absolute seclusion, blending Western geometric precision with the specific requirements of the local environment to deliver a bespoke residential experience.

Functional spaces

The villa is meticulously organized across three primary levels:

Basement (175.60 m²): Dedicated to service areas and leisure activities.

Ground Floor (335.96 m²): Features expansive salons and open-plan social zones.

First Floor (341.88 m²): Houses the elegantly appointed private sleeping suites.

External Amenities: Includes a 48.34 m² outdoor swimming pool, a 16 m² lounge area, and 54 m² of organized parking.

Project phases

Phase I: Conceptualization & Planning The journey began with extensive consultations to translate the client’s lifestyle philosophy into preliminary blueprints. Key focus was placed on privacy, mass orientation, and optimizing vantage points to ensure breathtaking views from every angle.

Phase II: Interior Design & Specialized Facilities This phase involved the comprehensive development of the interiors, featuring a 120 m² state-of-the-art private gym and a dedicated golf simulator area. High-end materials and finishes were curated to reflect a contemporary aesthetic, while service layouts were streamlined to ensure fluid circulation throughout the residence.

Phase III: Landscape & Technical Integration The final phase focused on harmonizing the indoors with the outdoors. The swimming pool and seating areas were strategically positioned for visual and functional synergy. Simultaneously, all structural and electromechanical (MEP) systems were coordinated to guarantee peak efficiency in climate control and smart lighting.