2,253 research outputs found

    De la Bauhaus al Fab Lab. La revolución digital del aprender haciendo

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    [EN] Digital fabrication has revolutionized the pedagogical model of the experimental workshops that have been in force since the Bauhaus, leading to the worldwide network of Fab Lab connected laboratories. The emergence of CAD/CAM, the personal computer and the internethave influenced the methodology of project-based learning implemented in architecture schools. The maker movement updates the concept of learning by doing, bringing invention closer to education and questioningthe regulated teaching of traditional technical schools due to the rise of knowledge shared on the internet through digital learning platforms. Online on-demand training and offshoring personal production are the foundation of education in the times of the fourth industrial revolution that fosters synergies between previously hermetic disciplines and is moving towards a more sustainable intelligent manufacturing.[ES] La fabricación digital ha revolucionado el modelo pedagógico de los talleres experimentales vigentes desde la Bauhaus derivando en la red mundial de laboratorios conectados Fab Lab. La aparición del CAD/CAM, el ordenador personal e internet han influido en la metodología del aprendizaje basado en proyectos implementado en las escuelas de arquitectura. El movimiento maker actualiza el concepto de aprender haciendo, acercando la invención a la educación y cuestionando la enseñanza reglada de las escuelas técnicas tradicionales por el auge del conocimiento compartido en internet a través de las plataformas digitales de aprendizaje. La formación a la carta en línea y la producción personal deslocalizada son la base de la educación en los tiempos de la cuarta revolución industrial que fomenta las sinergias entre disciplinas, antes herméticas, y se dirige hacia una fabricación inteligente y más sostenible.Santos Arias, F. (2021). From the Bauhaus to the Fab Lab. The digital revolution of learning by doing. EGA Expresión Gráfica Arquitectónica. 26(42):192-203. https://doi.org/10.4995/ega.2021.14717OJS192203264

    The Bauhaus: Understanding its History and Relevance to Art Education Today.

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    I am interested in how the ideas of the Bauhaus shaped not only today’s world of art education, but also the outlook of the German nation during the early 20th century and today. It appears that art is not as prevalent as it once was, whereas fields like science and engineering have become popular. However, the ingenuity of the Bauhaus has lasted into this century and continues to have an impact on our American education system, as well as our ideas about art. As part of my thesis, I am comparing the classes I have taken at East Tennessee State University with those courses taught at the Bauhaus. Many of my art pieces are exploration of materials and my subjective artistic outlook. For example these subjects included weaving, metalsmithing, printmaking, and ceramics. I am placing most emphasis on the significance of the famous Bauhaus Preliminary Course, the Vorkurs, and how our education was closely linked to that of 1920s Germany

    The post disciplinary digital practitioner.

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    As new models of digital practice emerge, new pedagogies are being developed which are adopting a transdisciplinary approach to learning. The paper examines the concept of transdisciplinarity drawing on a range of examples from the USA and Europe. There are a number of institutional barriers and constraints that challenge progress towards a new digital Bauhaus. The tension between acquiring haptic and digital skills is also an important consideration. The tension we refer to arises from the need for students to acquire an understanding of elements of form, colour and spatial awareness, skills which are acquired through making, whilst at the same time acquiring digital skills. Examples of digital practitioners who have embraced a transdisciplinary approach are highlighted

    agnosia

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    This thesis “Agnosia, a parallel history of the figures of the infra-ordinary” explores the contemporary possibilities for architecture to be critical as well as projective, to formulate a position while learning from the past, to provoke the present with the hope to liberate the future. The critical positioning that the work engages with is feminism in architecture, women’s under-recognized voices in the making of modern architectural history and how their contributions should be studied to cultivate new contemporary perspectives in architecture practices and architectural pedagogy. Formulated through text, narratives, poems, research but also total installations, object making, movie making and drawing, the thesis engages with the idea of experimentation (constant search for new means of expression, form, space, movements, and practice within architecture), its historical importance for emancipation and its potential for rethinking education. Through the act of experimenting and engaging with the critical position of women’s overlooked contributions, this thesis uses speculative research to create a feminist narrative of women focusing on methodological activation of emancipatory ideas and practices to reshape their shared spaces through subversions of their gender counterpart’s iconic symbols and the empowerment of a theory of rooms

    Thinking on the Correlation Between Bauhaus and Computational Design Education

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    This study assesses that there are similarities between the Bauhaus movement and computational design. The similarities are discussed under the titles of hands-on activities, interdisciplinary studies and relation with technology for both Bauhaus and computational design. Digital technology is changing rapidly, and to catch the developing technology up the education system must be updated. Bauhaus can be a pathfinder for computational design education. Within this context, three educational organizations, KTU CODE FAB, IAAC and ICD, which were experienced personally, are examined. As a result of the study, it is reduced that; the innovative spirit of Bauhaus, which focuses on doing and hands-on activities, is also important for computational design education. The well-trained architects that accustomed to the new technology can be graduated with the integration with industry, similarly to the Bauhaus system
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