| Item | Details |
|---|---|
| Location | Al Badiyah Island – Saudi Arabia |
| Year | 2015 |
| Area | Not specified |
| Status | Completed |
| Category | Architecture / Government / Infrastructure |
| Design Style | Functional / Contemporary / Coastal-Adapted |
Project Overview
Located on Al Badiyah Island along Saudi Arabia’s western coastline, this helipad development project addresses the critical operational needs of a government security authority. The design and execution included full site planning, aviation coordination, and construction—developed under a unified architectural and engineering approach.
Site Context and Environmental Conditions
Al Badiyah Island is known for its sensitive ecological makeup, including protected mangrove zones and shallow marine beds. These characteristics posed several challenges, especially in terms of ecological protection and structural resilience. The helipad’s placement on the island’s outer edge was the result of an in-depth study analyzing wind directions, flight safety zones, and minimal environmental disturbance.
The remote setting demanded a careful balance between functionality, security, and environmental respect—setting the tone for how the built form integrated into its broader landscape.
Design Intent and Conceptual Direction
The architectural response was grounded in pure functionality: to create a safe, durable, and technically compliant landing zone that operates reliably under varied climatic conditions. The helipad layout includes dual platforms with high-performance surface finishes, directional markings, and service pathways that comply with aviation safety standards.
Rather than imposing a decorative architectural language, the design is guided by INJ Architects’ philosophy of contextual sensitivity and purposeful expression, aligning design gestures with operational clarity.
Structural Development and Material Strategy
Constructed with high-strength concrete and anti-corrosive coatings, the landing pads were engineered to withstand saline air, heat, and seasonal humidity. The platforms are delineated by aviation-compliant paintwork, with peripheral infrastructure like buffer zones and retaining walls ensuring both flood resilience and operational security.
Lighting systems, drainage channels, and material finishes were all integrated to support day-night usage, with minimal maintenance demands.
Sustainability and Technical Solutions
Given the ecological sensitivity of the site, construction methods were adapted to minimize soil disturbance and protect adjacent mangrove areas. Drainage systems were engineered to prevent fuel or oil runoff from entering the sea, while durable, locally sourced materials reduced long-term environmental impact.
These measures align with the firm’s broader commitment to sustainable design and adaptive infrastructure in coastal contexts.
Design Execution
The project was executed through a streamlined, interdisciplinary approach that combined design precision with construction efficiency. From initial site assessment to the final paint stripe, the work reflects a commitment to accuracy, contextual awareness, and quiet resilience.
Project Conclusion
Beyond its technical mandate, the helipad serves as a quiet architectural intervention—functioning with precision while merging into the island’s natural rhythm. It stands as a model for how strategic planning, minimalism, and environmental respect can coexist in sensitive coastal developments.