RLOD
RLOD
Client
Private Client
Project Scope
Architectural, Structural & MEP Design
Project Type
Rest House
Compliance
Local Authorities

Project Overview

Integrated Engineering Solutions for Modern Chalet Architecture

Spanning a total area of 3,004.3 square meters, Al-Ruwaita Chalet represents our commitment to delivering integrated engineering design solutions. The project features expansive open spaces and striking double-height volumes, blending modern aesthetics with functional luxury tailored specifically for resort and hospitality living.

Engineering Challenges & Solutions

Achieving Wide-Span Architecture & Column-Free Spaces

The project presented unique structural challenges due to the expansive interior requirements. Our engineering team successfully overcame these hurdles by designing large-scale column-free spaces to ensure uninterrupted interior openness and visual flow:

- Grand Dining Hall: Spanning 12m x 9m with a 6-meter height.

- Main Majlis: Spanning 10m x 20m with a 6-meter height, achieving complete structural clearance without any interfering columns.

Scope of Work

Dynamic Roof Levels and Seamless Service Integration

The design incorporates dynamic roof level variations that add architectural depth and character. Furthermore, the specialized service zones are connected seamlessly to the residential hospitality areas, carefully maintaining complete privacy and functional separation between back-of-house service facilities and private guest rooms.

Scope of Work & Gallery

Detailed layouts illustrating spatial distribution, guest hospitality flow, and precise circulation between private chalets, the main majlis, and service areas while optimizing the overall site layout.
Technical cross-sections displaying the structural handling of wide-span volumes, double-height ceilings (such as the 6-meter-high dining and majlis areas), and multi-tier roof level variations.
Exterior elevations balancing modern resort architectural aesthetics with privacy, highlighting the grand main entrances and massing proportions of the chalet.
Realistic visual simulations demonstrating the interaction of the expansive architectural volumes, open-air spaces, and overall landscape integration for the resort environment.