Abstract
This paper presents the design, development, and quantitative and qualitative evaluations of a digital learning object based on the Transition Design methodology and the ISO-50001 standard (i.e., Energy Management System). To clarify, Transition Design addresses complex problems, called wicked problems, such as climate change, the global pandemic, and lack of access to affordable education, among others. In particular, the problem addressed in this paper is the lack of knowledge of general and standardized aspects related to energy efficiency in the secondary education curriculum design & development in Mexico. Therefore, obtaining good results in the energy efficiency context turns out to be very complicated, since there is no standard framework, and the activities or learning objects used, are not generally appropriate to the expected learning outcomes. In this way, through social immersion, focus groups, creativity techniques, and digital design tools, a market study was carried out considering a sample of 208 students distributed into 6 groups from different subjects, where the subjects are related to natural & exact sciences and social sciences & humanities. The aforementioned is for assessing the student’s learning styles to determine the most adequate digital learning object for them. As a result, a digital learning object was developed in an interdisciplinary manner considering the Kolb learning styles., i.e., concrete experience, reflective observation, abstract conceptualization, and active experimentation. Finally, this project has implications for the future development of the secondary education curriculum, but the learning object can also be adapted to existing educational programs and models.
Author Information
Gloria Janeth Murillo-Aviña, CETYS Universidad, Mexico
Sialia Karina Mellink-Méndez, CETYS Universidad, Mexico
Josué Aarón López-Leyva, CETYS Universidad, Mexico
Paola Monet Cañedo-Bobadilla, CETYS Universidad, Mexico
Paper Information
Conference: ERI2023
Stream: STEAM (Science Technology Engineering Arts & Math) Education
This paper is part of the ERI2023 Conference Proceedings (View)
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To cite this article:
Murillo-Aviña G., Mellink-Méndez S., López-Leyva J., & Cañedo-Bobadilla P. (2023) Digital Learning Object Based on Transition Design Methodology to Promote the Energy Efficiency Culture: An Interdisciplinary Development for STEAM Education ISSN: 2435-1202 – The IAFOR Conference on Educational Research & Innovation: 2023 Official Conference Proceedings https://doi.org/10.22492/issn.2435-1202.2023.1
To link to this article: https://doi.org/10.22492/issn.2435-1202.2023.1
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