TY - JOUR
T1 - Recursos tecnológicos para la enseñanza de geometría descriptiva
AU - Chavez Maldonado, Estefania Maribel
AU - Bravo Guerrero, Fabián Eugenio
AU - Oyervide Jumbo, Veronica Nathaly
PY - 2022
Y1 - 2022
N2 - The use of technological resources is important in descriptive geometry classes, since it is difficult
to explain three-dimensional figures on a blackboard that is a plane. In this sense, the objective of
this study was to develop descriptive geometry classes with the use of a software simulator and to
evaluate the results of the incorporation of this resource. For this purpose, two classes were designed
using the GeoEnZo simulator software and plastic education as support for the class. Then, a survey
was made to 39 students of a university degree in mathematics education about the use of the
simulator software for descriptive geometry classes. The students indicated that their college teachers
used the blackboard and the geometric game to develop the classes, and they worked on sheets of
paper. Meanwhile, in the classes where the simulator software was used, the teacher’s explanation
was much better in relation to understanding the topics and learning descriptive geometry. In addition,
they indicated that the software simulator allowed them to solve and draw more quickly, and that it
improved the presentation of their drawings. As part of the conclusions, it is determined that the use
of technological resources in the classroom helps to improve the students’ spatial understanding, and
therefore, to achieve quality learning.
AB - The use of technological resources is important in descriptive geometry classes, since it is difficult
to explain three-dimensional figures on a blackboard that is a plane. In this sense, the objective of
this study was to develop descriptive geometry classes with the use of a software simulator and to
evaluate the results of the incorporation of this resource. For this purpose, two classes were designed
using the GeoEnZo simulator software and plastic education as support for the class. Then, a survey
was made to 39 students of a university degree in mathematics education about the use of the
simulator software for descriptive geometry classes. The students indicated that their college teachers
used the blackboard and the geometric game to develop the classes, and they worked on sheets of
paper. Meanwhile, in the classes where the simulator software was used, the teacher’s explanation
was much better in relation to understanding the topics and learning descriptive geometry. In addition,
they indicated that the software simulator allowed them to solve and draw more quickly, and that it
improved the presentation of their drawings. As part of the conclusions, it is determined that the use
of technological resources in the classroom helps to improve the students’ spatial understanding, and
therefore, to achieve quality learning.
KW - Software didáctico; Geometría; Enseñanza; Educación
KW - Software didáctico; Geometría; Enseñanza; Educación
UR - https://revista.uisrael.edu.ec/index.php/rcui/article/view/540/602
M3 - Artículo
SN - 2631-2786
JO - Revista Científica UISRAEL
JF - Revista Científica UISRAEL
ER -