Saltar a casilla de búsquedaSaltar a navegaciónIr directamente al contenido principal

Computational Thinking in Mathematical Modeling Projects. A Case Study with Future Mathematics Teachers

  • Jhony Alexander Villa-Ochoa
    ,
  • Jaime Andrés Carmona-Mesa
    ,
  • Daniel Andrés Quiroz-Vallejo
    ,
  • Alexander Castrillon-Yepes
    ,
Research Output: Capítulo del libro/informe/acta de congreso Contribución a la conferencia Revisión por expertos

Publication Information

Tipo de resultado

Research Output: Capítulo del libro/informe/acta de congreso Contribución a la conferencia Revisión por expertos

Idioma original

Inglés

Páginas desde-hasta (Número de páginas)

Páginas 460-470 (11 páginas)

Hitos de publicación

  • Publicada - 01/01/2022

Estado de publicación

Publicada - 01/01/2022

Editorial

Springer Science and Business Media Deutschland GmbH

Serie de publicación

  • Nombre de serie de publicación: Lecture Notes in Networks and Systems
    ISSN (Impreso): 2367-3370
    ISSN (Electrónico): 2367-3389
    Volumen: 414 LNNS
9783030962920

Publication IDs

  • Scopus: 85126240539

Título de publicación principal

Information Technology and Systems - Proceedings of ICITS 2022

Editores de publicación principal

  • Álvaro Rocha
  • Carlos Ferrás
  • Efren Jimenez Delgado
  • Abel Méndez Porras

Abstract

Computational thinking has been a topic of debate in research in different STEM areas. This type of thinking is considered one of the vital skill sets for societies’ technological and scientific development. This document presents the results of a study that investigates the computational thinking skills embedded in a mathematical modeling project. The project was developed by three future math teachers who participated in a mathematical modeling course. Analyzing students’ documents, videos, and materials made it possible to identify actions associated with decomposition, abstraction, algorithms, representation/modeling, and generalization. The components of computational thinking observed in this study show the opportunities that mathematical modeling offers to the development of computational thinking skills; however, new studies are required on the guidelines and conditions necessary for teachers to recognize the importance of the components they use and to be able to explain them to their students through modeling projects.