# Tim McGinley Diploma 01 # written on 13_02_05 # Design Report Selby fire station # TITLE [Design Report] # STAGE[0]"preoccupations" # STAGE[1]"animalation" The purpose of this first approach was to encourage a phased structurally tropic design in order to satisfy the briefs requirement for a phased construction process. The structural tropism refers to the need to create a building with the instinct to grow. In this case it was for a parasite that could support itself on the structure of the exisintg building. This has the effect of allowing the building to be present on the site during its own design process, allowing the organism to gather and process data on the users requirements. This initial scheme is represented as an animation. This animation presents the problem of how can we make this idea a working building. # STAGE[2]"rationalising" The visual success of the first stage was exciting, however it was unclear whether it was possible to achieve the dynamism of the form using a standard architectural design process. In order to be able to assess the requirements of a more suitable non standard process it was necessary to run through the design in a standard archtectural design. It was hoped that this the second stage would reveal a base spatial relationship from which more exciting processes could feed. This stage of the design was frustrating because it was where the exciting potential of the project started to reveal itself whilst at the same time the standard approach taken was murdering it # STAGE[3]"parametrics" The result of stage two was a workable spatial strategy, that was ready to be manipulated by a more dynamic process. The process adopted here was a hybrid parametric / standard approach, in which coded primary elements could be relied on to influence the spatial and formal strategies on the fly. The true key to the relative success of the final stage in achieving the aspirations of the first, lie in the coded parametric elements of the design. These contain an inherent animated sequence within the code that generated them. The editable parametric elements allow for the design process to make quantum leaps in either direction within the traditionally linear design process.