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EX 7
Stan Allen - Project vs. Practice
To discuss the relationship between Project, as a constant template to compare an architecture to, and Practice, as a measure of performance and behavior, makes evident a tension between designers and architects over which of the two should take precedent. Stan Allen’s reading makes clear that the only distinction between the two can be traced to the idea that “differences that make a difference” (XX). As mentioned with Frank Lloyd Wright’s Guggenheim example and de Certeau’s writing about the walker in the city, it is seemingly dangerous to generalize the results of one architectural effect/ outcome/ experiment as a project, or template, that future architects and designers can reference and use reliably to reproduce the same effects. This produces a flaw, perhaps, in the pedagogy in architectural curriculum today with a heavy focus on its theory. Nonetheless, I believe what is more important, as Allen also agrees, is to practice architecture and figure out the different ways architecture can shape the experience of the user (XXI) other than blindly sticking to theory. Knowledge of theory itself should be able to, in an ideal world, take variables into account and not be as rigid as it seems to be now. The impact of just theoretical knowledge and defined techniques is indirect (XX), making it important the acknowledge that “theory itself is a practice” and has flexibility if it is to be applied and used properly for the improvement and advancement of architecture. The very acceptance that theory itself can become a practice agrees with the nature of practice being one that is influenced by action, agency, and the culture around it that shapes it day to day.
Allen’s juxtaposition of theory and the architectural practice reveals interesting aspects about the field of architecture as a whole. As something that does not have consistency between written theory and materialized practice, architecture proves that it is futile to argue for one’s authority over the other. Even knowledge of certain architectural materials and construction technique need to be known, but not worshipped in the process of making a design come to life; Frank Lloyd Wright’s construction compromise in the building of the Guggenheim museum ramps with columns instead of without (20), serves as an example of this.
While I agree with Allen’s mode of thought for arguing for architecture heterogeneity (15), I do not yet see the foresight that architecture as a practice will begin to adopt theory as it begins to address complicated reality itself (17). For now, theory and architecture, to me, function separately but in a parallel fashion. While hyper-predictable machines and construction techniques and programs are used to develop and construct a design, hypo-predictable reality never allows for there to be an accurate and literal translation from design on paper and in the head of the architect, to real life buildings and structures. This in and of itself, does not merit the merging of theory and practice in an ideal way that Allen describes it to occur. Instead, it seems that theory becomes more of a distant entity from practice the more practice proves itself to be faced with the “messy and inconsistent” reality (14), as it acknowledges that it cannot be solved with the hard written, yet seemingly abstract, ideas of architectural theory. Therefore, these moments in which the designer acknowledges that theory and practice can not be translated perfectly from one to the other, serve as a justification to distance the two things from influencing one another and from working in tandem with one another.
Sara Ahmed - Will
The universally applicable discourse about the nature of will can be broken down, I believe, into two categories: inherent will of the singular object vs. the modified will of the singular object in context. If an arm, in the example of the human body parts working in tandem, were to be fractured and become effectively out-of-commission, it is effectively taken care of by the other arm and the rest of the body that collectively compensate for the injury of the other arm. The general will is at play at all times in the human body and inherently displaces the individual will, or rebelliousness, of any given part of the human body should it choose to deviate from its given task. While I can understand how elements like bricks alone have minimal purpose and can have an importance in coordination with other bricks in structures like arches and domes, buildings do not seem to have the concept of will obviously exemplified the way that bricks do. Instead, buildings can have certain wings and parts renovated and changed or obliterated and the building can still function. While the affected/changed parts did not change on their own will, they are influenced by an outside agent who makes decisions on their behalf.
Citing bricks and hands and speaking of them as if they have a will of their own highlights the crux given assumption of Ahmed’s argument that these inanimate objects or objects without a conscious, respectively, possess a will. On the contrary, these items are only brought into life in the context of architecture and performance as a part of something larger via the influence of an outside actor that controls the movements of these pawns as if they were a part of a larger game with a purposeful aim. This highlights the collective will, but one that does not rely on individual will of each member involved.
Inspiration for the form of our foam cut model
Stan Allen - Index
The referential nature of indexing has made it a process of narration, that, very much like the analogy of the foot in the sand has paved a path that suggested a living being was present and mobile at some point in time. Indexes in architectural drawing, however, with the advent of new technology and CAD programs, has made the process of imagining the trace a bit more abstract and has, thus, removed the humanity and concept of time and preservation/decay/use by humans from an architecture or object. For example, in the last exercise with the light path with the ABB robot arm creates a reproducible path that can be mimicked and captured, but does not leave the same kind of the trace as do the pictures that my group and I blogged of us trying to mimic the same path with our own hands and bodies. There is something removed about using the robotic arm that impedes the process of narration that the same action with your own arm and body can convey easily. The act of taking a light and drawing out a path can be imagined virtually and mentally as the act of stretching a material very thin into a shape, similar to one can imagine the act of sectioning, shifting, rotating, and cutting through buildings to make architectural drawings; however, with the advent of technologies like robotic arms, CAD renderings, and other digital fabrication methods, all this can be one with one command and requires less mental energy to imagine the process happening, possibly removing a crucial index that distances the final product from the steps that preceded it . Perhaps, it is the act of doing it yourself and being involved with the creation of the path and the literal and physical trace of light that makes it more able to be translated into a narration.
Battery pack holder for robot arm attachment.
Using fairy lights wrapped in various configurations, we used a robotic arm to follow two different curves: a spiral and a freeform curve.
Testing velocities, geometries, and different light types on the robotic arm and human arm.
Kolarevic & Mark/Jane Burry - Material Effects
The craftsmanship of risks introduces a new element of unpredictability into the overall design process. No longer can the designer and creator account for material effects or technological artifacts that exposes a new texture and reading of the project versus its computer rendering. In just crafting mere surface effects, changing parametric values by the tiniest increment drastically can change the ability of the final product to visually communicate itself as an object (123). This is reminiscent of the CNC milling of a chunky surface exercise in which just the adjustment of the resolution in RhinoCAM for setting up the file to mill can create different surfaces and contours. However, in using a hyper-predictable machine to fabricate on a material whose patterns are sub-predictable carves way for opportunities of uniqueness, yet sameness. The same file can be run through a CNC mill, but simply the different placements of the inner rings, different age of the wood, and where the wood is from can create all different files. This inspires thought for improvement and creativity since the different iterations are different and settings get adjusted in between to get the desired effect.