This project, originally intended by the competition organizer to be an Observation Tower, is re-imagined as an Observation Deck cantilevering out over Mersey River and the Seaforth Nature Reserve. This Deck is intended to integrate with the adjacent wetlands in a more sensitive way than a monolithic tower structure. It also allows the same unobstructed views as a higher structure would due to the horizontal nature of the surrounding environment. Nevertheless, the design includes several vertical Light Masts which give the project an iconic presence in the area and satisfy the competition criteria of a minimum 30M height.

The Deck is both a multifunctional public space and an energy generating device. The surface of the Deck is differentiated by artificial topographies and paths, data and exhibitions on the wildlife reserve, integrated furnishings, and a public Amphitheater for various gatherings. It offers various degrees of openness and protection from the weather, including a Café and an enclosed Observation Deck which are entirely housed inside of the construction thickness of the Deck.

ENERGY
The underbelly of the platform is articulated in a different way, according to a formal pattern logic of cells which become apertures for airflow capture. Strong westerly and north-westerly winds on this waterfront site are directed into ducted air-intakes similar to those found in SCRAMjet technology, which forces air into compression ducts in order to increase its velocity. This high-velocity air is used to run wind turbines at the back of the ducts which generate electricity to be used for the power needs of the project. Overflow energy will not be stored in inefficient batteries but rather will be sold back onto the city grid.

STRUCTURE
The Deck is to be constructed out of interlocking fiber composite tubes and slabs, similar to bulkheads in ship construction. This type of monocoque construction is extremely lightweight, easy to transport, and low-maintainance. It is also highly favored in marine environments. Large component parts will be prefabricated, shipped with a barge to the site, and craned into place, significantly streamlining the erection process. High-strength adhesives will be used to attach the components. The embodied energy in fiber composites is less than in steel, and recent research has shown that fiber composites are recyclable despite their complex material interweaving.