The goal of this proposal is to engage the community by providing an immersive experience: an underwater glass tunnel that connects the National Aquarium and the Maryland Science Center. Anchoring the tunnel, hexagonal elements are introduced as a response to the ever-evolving condition of a city, which might require elements to be added, removed or reconfigured. The easily manufacturable modular system can be 3D printed in an array of materials, such as locally sourced clay, or recycled materials. In this case, they have three main functions: 1. Massing for space definition. 2. Boat piers. 3. Floating wetlands filled with native plant species, which aid in the water-cleaning process. 4. Other functions such as marine farming and oyster gardens are possible as well. Hexagonal elements are held using a network of open structure that can provide a more limited spatial extent, resulting in the creation of micro-habitats that support marine biodiversity.

A new protected swimming area defined by hexagonal platforms lies adjacent to Rash Field, complementing its future development as a sports and recreation destination. The platforms vary in height in order to provide a multiplicity of aquatic experiences, such as shallow water, creating ample public space that can be a part of the aquarium experience: giving users a full view of underwater life. As a result, the harbor edge becomes an instrument, fostering curiosity and love for the local ecology.

Designed by: Richard Rinehart & Victoria Eckhardt