PROPOSED GIRNE AQUARIUM

CIU

Idea projektu

This project is situated in close proximity to a body of water, the concept of "fluidity" or "constant motion" serves as a guiding principle in our design exploration. Water, by its very nature, embodies fluidity, perpetually in motion and dynamically shaping its surroundings. The project seeks to capture this essence, not merely in mimicry, but in a profound architectural expression. Embracing the idea of fluidity, the aim is to craft a structure that seamlessly integrates with its natural context while also embodying the dynamic energy inherent in water. Just as water adapts to its container, this design endeavors to fulfill the fundamental needs of its inhabitants, dynamically shaping spaces to accommodate functionality, comfort, and aesthetic delight. Through a synthesis of form, function, and fluidity, our architectural vision seeks to evoke a sense of movement and vitality, echoing the perpetual dance of water that surrounds us.

Popis projektu

Crafted for Girne, North Cyprus, this visionary aquarium facility redefines marine exploration. Seamlessly blending with the Mediterranean's captivating coastline, our design embodies sustainability, innovation, and education. Through immersive exhibits and interactive zones, visitors embark on a journey to discover, connect, and protect our oceans. Dive deeper into the wonders of marine life, forging a new era of conservation and appreciation for Girne's coastal treasures.

Technické informace

Location and Site Characteristics:
Situated in Girne, North Cyprus, the facility occupies a waterfront site with direct access to the Mediterranean Sea.
Considerations for coastal erosion, sea level rise, and local environmental regulations should inform site planning and design.

Building Design and Construction:
Architectural style: Modern/ contemporary
Structural system: Utilize durable and weather-resistant materials suitable for coastal environments.
Incorporate sustainable design principles, including energy-efficient systems, passive cooling strategies, and renewable materials.
Ensure compliance with local building codes, seismic requirements, and accessibility standards.

Exhibition Galleries and Interactive Zones:
Include themed exhibits showcasing diverse marine habitats, interactive displays, and touch pools.
Provide ample circulation space for visitors and accessibility for all ages and abilities.
Integrate audiovisual technology, immersive experiences, and interpretive signage to enhance visitor engagement and education.

Visitor Amenities and Support Spaces:
Visitor center with ticketing, information desk, and gift shop.
Café or restaurant overlooking the waterfront.
Restrooms, locker rooms, and first aid facilities.
Administrative offices, staff break rooms, and storage areas.
Utilities and Infrastructure:

Electrical system: Provide sufficient capacity for lighting, HVAC, and audiovisual equipment.

Plumbing system: Design for water efficiency and wastewater treatment.

Heating, ventilation, and air conditioning (HVAC) system: Incorporate energy-efficient HVAC systems suitable for the local climate.
Waste management and recycling facilities.

Landscaping and Outdoor Spaces:
Landscaping features such as native vegetation, rain gardens, and permeable paving to manage stormwater runoff and enhance biodiversity.
Outdoor gathering spaces, seating areas, and interpretive trails.
Considerations for coastal erosion control, shoreline stabilization, and habitat restoration.

Accessibility and Safety:
Design facilities to be accessible to visitors with disabilities, including ramps, elevators, and tactile signage.
Ensure compliance with safety regulations, including fire safety measures, emergency exits, and evacuation procedures.

Dokumentace

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