Application of dynamic approach in teaching of graphics subjects in Technical Sciences
Abstract
In the teaching of technical sciences, the subjects that require a high level of abstraction, associated with the representation and interpretation of graphics, with higher incidence in Mathematics, Physical, Technical Drawing and disciplines with precedence are frequent are you.
An interesting solution to this problem has been to introduce a new teaching concept based on the use of means of teaching and learning, that allow some interactivity, given through a type of software which already has thousands of applications developed worldwide, under the generic name "Dynamic Geometry".
However it is not treated, a more technical means, but a design methodology based on a "dynamic approach" to teaching. In this sense, this paper aims from the theoretical foundations that underlie it and present experiences of the authors, developed the teaching of Descriptive Geometry and Engineering Drawing, using the application of this approach through the program GeoGebra.
Key Words
Dynamic geometry, dynamic, GeoGebra, Descriptive Geometry, drawing, teaching-learning Technical Sciences.
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