Mol2all-videogame for the stoichiometry learning: identification of the charateristics game and player’s profile

For a large part of high school students learning stoichiometry is complex because they have deficiencies in mathematical logic and handling of proportions. This situation demotivates the student during their learning process, which exacerbates the problem of understanding this topic. This study pro...

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Bibliographic Details
Main Authors:	Medina García , Víctor Hugo, Rincón Pérez, Laura Marcela, Otálora Luna, Jorge Enrique
Format:	Online
Language:	spa
Published:	Universidad Pedagógica y Tecnológica de Colombia - UPTC 2021
Subjects:	serious videogame stoichiometry chemistry teaching stoichiometry learning videojuego serio estequiometría enseñanza de la química aprendizaje de la estequiometría
Online Access:	https://revistas.uptc.edu.co/index.php/ingenieria_sogamoso/article/view/13382
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Summary:	For a large part of high school students learning stoichiometry is complex because they have deficiencies in mathematical logic and handling of proportions. This situation demotivates the student during their learning process, which exacerbates the problem of understanding this topic. This study proposes an investigation that will result in the implementation of a serious video game which motivates the learning of stoichiometric calculations. The scope of this article is the presentation of the study carried out to determine the profiles of the students in the role of players, and the characteristics of the video game that will be called Mol2All should have. In order to achieve it, this study used quantitative research, with a synthetic approach and a quasi-experimental design. It concluded that the profile of the student as a player is in accordance with Richard Bartle’s methodology, in addition, the study shows that the population that will benefit from the video game is wide, regardless of their socioeconomic status, their area of residence, gender or whether the educational institution is public or private. It was also determined that is important to use lightweight technologies adaptable to all types of electronic devices to be used in the construction of Mol2All.