Systemic Integration:
Architecture in its current state is isolated because it does not recognize itself as an adaptive system within a larger constantly evolving network. Subtractive, analytical processes serve to isolate the subject from the very factors which define them, while systemic processes derive order from cooperative interaction with dynamic systems.
Systemic integration is a way of understanding and evolving the connections between systems which have previously been understood as singular elements. This thesis specifically explores the relationship between water and architecture to develop a connection with the ocean as an environment to be understood and experienced.
The existing structures of oil platforms in the Gulf of Mexico provide a framework to which an architectural system can be applied to initiate this investigation. The oil platform as it exists currently is exclusively industrial and does not relate to the oceanic context but draws only from the oil reserves beneath the sea floor. To the oil company; when the reserves are dry, so ends the life of the platform. Thinking about this structural system as a part of a network allows performative and experiential systems to be designed for and integrated into the existing network.
This thesis explores how architecture can be designed through a process of compositing informational systems, which then informs the design network, which becomes the architecture. The architecture within this context is never complete but is continuously responsive to the dynamic network of which it is a system.
240 words.
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