Transdisciplinaridade e integração de conteúdos da geometria descritiva, desenho técnico e modelagem na representação de micropartículas cristalinas

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Citation:
Brendler, C. F., F. G. Teixeira, W., KINDLEIN Jr., M. Pohlmann, and W. S. Rossi, "Transdisciplinaridade e integração de conteúdos da geometria descritiva, desenho técnico e modelagem na representação de micropartículas cristalinas", Educação Gráfica (Online), vol. 19, pp. 01 - 20, 2015. copy at www.tinyurl.com/jy862q5

Abstract:

Education systems are undergoing transformations in order to adapt their curriculum to develop skills that are required of professional from courses that have design disciplines. Also increasingly evident is the need for a transdisciplinary teaching that involves collaboration among different disciplines of the same science. In this context, this article focuses, by the case study of synthetic diamond particles, on the integration among Descriptive Geometry, Technical Drawing, Materials and Processes disciplines with the aid of CAD systems. Through this integration and a transdisciplinary teaching, it is possible to correlate the knowledge that involves three-dimensional modeling, the projection of objects and analysis of the geometric shape. The generated models represent an innovative feature for the process of teaching and learning in the disciplines that involve the design as it provides an effective contact between the student and the object of study through, the manufacturing experience and the concrete three-dimensional experience.

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