Modern Oasis Residential Complex is a premium gated community designed to blend modern urban living with natural tranquility. Located on the outskirts of Dubai, the development features 25 elegant townhouses and 15 standalone villas. The project focuses on open green spaces, energy-efficient solutions, and seamless technology integration tailored to upscale lifestyles.
Scope of Work
Buildesk Engineering Technical Office was fully responsible for:
- Master planning and site layout
- Architectural design for all residential units
- Structural engineering and seismic analysis
- MEP (Mechanical, Electrical, Plumbing) system design and coordination
- Sustainable landscaping and water management
- Smart home automation strategy and implementation
- Comprehensive technical documentation and as-built drawings
Challenges
- Environmental compliance: Meeting strict local sustainability regulations.
- Terrain constraints: Designing infrastructure over sandy and uneven ground.
- Client expectations: Balancing luxury design with cost-effective energy-saving features.
- Timeline: Coordinating multidisciplinary teams under a tight project schedule.
Our Approach
To overcome these challenges, Buildesk:
- Performed advanced geotechnical surveys and soil stabilization plans.
- Created detailed 3D BIM models for design review and collaboration.
- Selected eco-friendly materials and implemented solar-ready infrastructure.
- Engaged regularly with the client and contractors through virtual coordination meetings.
Outcome
The completed Modern Oasis Complex offers residents an unmatched lifestyle combining nature, technology, and architectural elegance. The project set new standards in sustainable residential design in the region and was delivered on schedule with high client satisfaction.
Project Facts
- Location: Dubai Outskirts, UAE
- Client: Oasis Developments LLC
- Built-up Area: 18,500 m²
- Units: 25 townhouses, 15 villas
- Completion: Q4 2025
- Services Provided: Architecture, Structural, MEP, Landscape, Smart Systems
- Status: Under Final Review
