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Aqualympia Jeddah Hub
Deraini, Refal
Deraini, Refal
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Abstract
Aqualypia Jeddah Hub is an Olympic-standard aquatic and recreational complex strategically located along
the Red Sea coast in Jeddah, Saudi Arabia. Conceived as a multifunctional destination, the project merges
elite sports facilities with public leisure spaces, aiming to position Jeddah as a regional leader in aquatic
sports, tourism, and community engagement. The design accommodates competitive swimming, diving,
and water polo venues, alongside retail, dining, and entertainment amenities, creating a balanced mix of
high-performance athletic spaces and inclusive recreational environments.
The architectural concept is inspired by the dynamic movement of ocean waves, expressed through fluid
massing that unites three primary zones — the Competition Zone, Training and Recreation Zone, and
Entertainment and Retail Zone — around a central lobby that serves as both a circulation hub and a public
gathering space. This form not only reflects the project’s coastal identity but also optimizes natural lighting,
ventilation, and sea views.
This thesis situates the project within the broader ambitions of Saudi Vision 2030, particularly in advancing
healthy lifestyles, fostering sports culture, and developing tourism infrastructure. The hub addresses
pressing climatic challenges in Jeddah’s hot and humid environment through integrated sustainability
measures, including passive cooling, energy-efficient mechanical systems, and water recycling networks
that connect pool operations to a sustainable sea–pool exchange cycle. Accessibility, inclusivity, and safety
have been embedded into the design to ensure that the facility caters to a diverse user base, from
professional athletes to families and tourists.
The research is organized into five main chapters. Chapter one introduces the project theme, vision, and
objectives, defining its role as both a seasonal Olympic competition venue and a year-round recreational
hub. Chapter two examines international case studies of aquatic sports facilities, analyzing their spatial
planning, circulation patterns, environmental strategies, and architectural expressions to inform the
design’s conceptual and technical framework. Chapter three outlines the optimized program derived from
functional requirements, international standards, and user needs, detailing spaces for athletes, spectators,
visitors, and support staff. Chapter four addresses site analysis and selection, including environmental
assessments such as climate data, solar orientation, prevailing winds, and urban integration. Chapter five
presents the design process, from conceptual development to schematic design, zoning, and spatial
articulation, followed by comprehensive technical documentation covering structure, HVAC systems, and
sustainability features. The chapter concludes with architectural drawings, physical and digital models, and
final renders that visualize the project’s intended experience and identity.
The outcome of this thesis is a design that harmonizes competitive sport, public leisure, and sustainable
tourism, delivering a multifunctional hub that serves as a landmark for Jeddah and the Kingdom. By
integrating environmental responsiveness, cultural relevance, and economic viability, Aqualypia Jeddah
Hub not only meets the technical and spatial demands of an Olympic-standard facility but also enriches the
city’s social and cultural landscape, contributing to its global positioning as a coastal destination for sports
excellence and recreation.
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