The architectural project "Deep Blue" is located in the Taiwan Pavilion, designed to foster interaction between humans and underwater ecosystems. The project comprises a series of modular hexagonal structures that create accessible spaces for education, research, and cultural engagement relating to marine environments. Its design facilitates a unique visitor experience, allowing individuals to observe and learn about marine life in an immersive setting while promoting awareness of environmental conservation.

The architecture of "Deep Blue" is centered around the idea of facilitating direct experiences with aquatic ecosystems. The hexagonal layout serves both functional and aesthetic purposes, encouraging movement and exploration. This configuration results in a series of integrated spaces, including a cultural pavilion for workshops and public events, a research station for scientific inquiry, and a first contact station allowing direct interaction with the marine habitat. The design emphasizes transparency and visibility, with features such as large acrylic underwater glass panels offering clear views of the surrounding marine life.

Materiality plays a crucial role in the project's execution. The use of lightweight, durable materials such as Prisma Glass, fiberglass reinforced plastic, and light cement ensures structural integrity while minimizing environmental impact. This selection speaks to the project's commitment to sustainability and reflects innovative engineering solutions for underwater architecture. The incorporation of a metal rail system with rubber seals demonstrates attention to detail regarding water ingress prevention and long-term durability in a marine environment.

The unique design of "Deep Blue" stands out due to its comprehensive approach to merging architecture and ecology. Unlike standard aquatic structures, it focuses on community involvement and education. The research and first-contact stations provide essential platforms for knowledge sharing, enabling visitors to engage actively with their environment. The flexible use of space encourages a variety of programs and activities that go beyond traditional exhibition setups.

In light of its innovative design, material selection, and commitment to sustainability and education, "Deep Blue" presents a significant architectural statement. To explore the intricacies of its architectural plans, sections, designs, and ideas further, interested readers are encouraged to review the project presentation for detailed insights into its design and function.