Exploring the DEEP: An Oceanarium Complex

Introduction

Marine ecosystems are under constant threat due to pollution, overfishing, and climate change. Sonadia Island, with its unique ecosystem of turtles, red crabs, oysters, and historically valuable pink pearls, highlights both the fragility and richness of Bangladesh’s coastal biodiversity. Despite its natural wealth, the island suffers from inadequate infrastructure in healthcare and education. The Oceanarium Complex project aims to bridge this gap—acting as a platform for marine conservation, public education, research, and eco-friendly tourism while fostering economic resilience.

Project Vision and Objectives

The project is founded on four core goals:

1. Marine Conservation – Establishing safe habitats for endangered marine species and raising awareness about ecological threats.
2. Education and Research – Offering a marine biology research center, museum, and interactive exhibits for both researchers and the public.
3. Community Development – Providing local employment, skill-building opportunities, and improved infrastructure.
4. Economic Growth – Enhancing tourism and attracting international visitors, thereby contributing to the national economy.

Site and Design Approach

Location: Sonadia Island, Moheshkhali, Cox’s Bazar Site Area: 720 acres (Oceanarium site: 50 acres; Build area: 6 acres)

The site was selected for its proximity to the Bay of Bengal, enabling direct access to seawater for the large-scale aquarium systems. Extensive site analysis, climate studies, and ecological research informed the design process.

Design Philosophy

The central design narrative, “Connecting to the Underwater World,” structures the visitor experience as a gradual descent into ocean depths—from the sunlight zone to twilight, midwater, and abyssal layers. This immersive journey highlights biodiversity across marine ecosystems, cultivating empathy for ocean life.

Program and Facilities

• Oceanarium Complex: Multi-level aquarium with zones showcasing freshwater species, coral reefs, jellyfish, sharks, seahorses, and deep-sea species.
• Marine Research Center: Equipped with laboratories, dormitories, seminar rooms, and service corridors for controlled research environments.
• Supporting Amenities: Museum (art, science, and history of marine life) Dolphinarium (daily shows) Herpetarium (reptile & amphibian exhibition) Amphitheater and recreational trails Theater, kids’ zone, game zone, and watchtowers
• Museum (art, science, and history of marine life)
• Dolphinarium (daily shows)
• Herpetarium (reptile & amphibian exhibition)
• Amphitheater and recreational trails
• Theater, kids’ zone, game zone, and watchtowers

Materials and Technology

• Structural strength: Concrete & steel
• Transparency and light: Glass & methacrylate panels
• Sustainability: Wooden walkways, eco-friendly transport, natural ventilation systems
• Aquarium Infrastructure: Filtration, heating, and direct deep-sea water supply ensure healthy aquatic environments.

Social, Economic, and Environmental Impact

• For the Community: Employment generation, improved quality of life, and access to better facilities.
• For the Nation: Increased eco-tourism potential and foreign investment.
• For the Environment: A research-based conservation hub contributing to marine biodiversity protection.

Conclusion