Didactic application of a Training Model
the insertion of the logic of computational processes in the project teaching process
DOI:
https://doi.org/10.37916/arq.urb.vi40.768Keywords:
Computation applied to architecture, Formation Model, Visual programming, Design process, Computational toolsAbstract
This article analyzes the application of computational principles in a discipline focused on prospecting, studies, and experiments related to the challenges of the collective form of inhabiting the habitat. The objective is to encourage a practical and logical understanding of the use of visual programming as tools to support the design process, complementing traditional techniques such as CAD modeling and analytical processes. The methodology involves the introduction of a training model inspired by Oxman (2006), in which students use computational tools to simulate phenomena, build architectural relationships, and explore compositional language rules in architecture. This research was conducted in an undergraduate architecture and urban planning class and evaluated the impact of the integration between computing and the design process. The results indicate that the use of the computational model opened a new perspective of design thinking, using logics of implementation, architectural composition, and simulations in the process of developing the final projects. However, challenges were encountered, such as adapting to the use of visual resources and understanding computational logic, indicating the importance of a careful transition in teaching these techniques when applied to the development of the design process.
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