Abstract:Purpose
Climate change, poverty and pandemics are some of the complex real-world problems that are increasingly challenging higher education institutions (HEIs) to equip future graduates with meta-competences that have hitherto not been demanded. These graduates need to be able to capture and operate within complex systems and relationships. By focusing on complex real-world problems, this study aims to systematically review competences and frame meta-competences supporting curricula development in HEIs.
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“…The path to a more sustainable world will depend on developing the competencies of the planet’s future citizens (Bali and Yang-Wallentin, 2020; Rieckmann et al , 2017). Previous studies have shown that although complex real-world problems can be addressed more sustainably through the development of common meta-competencies, it is necessary to specify to what extent each competence can address a specific sustainability problem in the real world ( Bates et al ., 2022). ESD is based on this assertion, and, to this end, a series of competencies have been presented that are considered essential for students if they are to contribute to the SDGs.…”
Section: Competencies That Define Physical Education For Sustainable ...mentioning
Purpose
The aim of this personal vision research is to analyse the characteristics of physical education subject to contribute to the Sustainable Development Goals (SDGs) through the development of competences in university students. The objective is to reflect on how critical and systemic thinking could be mobilised through the contents and methodologies in physical education to promote the SDGs.
Design/methodology/approach
A conceptual article is proposed in which an active investigation of how physical education could foster critical and systemic thinking has been carried out. For this purpose, articles were selected that have analysed the potential of physical education for sustainability. Databases such as Web of Science, Scopus or Google Scholar have been reviewed through keywords such as “physical education”, “sustainability”, “critical thinking” or “systems thinking”.
Findings
Strategies are presented to enable university students to understand the scope of the subject beyond the physical dimension. This study discusses that it is only through such a change of view of the subject that meaningful learning and learning situations that encourage enquiry and active participation can be introduced. Thus, this paper argues that physical education is a unique area of knowledge for mobilising critical and systemic thinking in the context of sustainable development (SD). Consequently, concrete actions are presented for application in physical education teaching that shows direct connections to specific targets of the SDGs.
Practical implications
This study presents practical implications for higher education leaders and educational policy designers at the national level, as it would help improve initial and ongoing training programs for physical education teachers, focusing on the development of key competencies for sustainability.
Social implications
Physical education has the potential to contribute to the development of vulnerable schools and communities, especially to the health and well-being of children and young people and does not require large financial budgets. Therefore, the recommendations presented in this study can have a positive impact on the well-being of these groups.
Originality/value
This document invites reflection on how, through different teaching strategies, we can produce significant learning that contributes to the sustainability of the planet. All this, trying to mobilise critical and systemic thinking and consequently improving awareness for SD.
“…The path to a more sustainable world will depend on developing the competencies of the planet’s future citizens (Bali and Yang-Wallentin, 2020; Rieckmann et al , 2017). Previous studies have shown that although complex real-world problems can be addressed more sustainably through the development of common meta-competencies, it is necessary to specify to what extent each competence can address a specific sustainability problem in the real world ( Bates et al ., 2022). ESD is based on this assertion, and, to this end, a series of competencies have been presented that are considered essential for students if they are to contribute to the SDGs.…”
Section: Competencies That Define Physical Education For Sustainable ...mentioning
Purpose
The aim of this personal vision research is to analyse the characteristics of physical education subject to contribute to the Sustainable Development Goals (SDGs) through the development of competences in university students. The objective is to reflect on how critical and systemic thinking could be mobilised through the contents and methodologies in physical education to promote the SDGs.
Design/methodology/approach
A conceptual article is proposed in which an active investigation of how physical education could foster critical and systemic thinking has been carried out. For this purpose, articles were selected that have analysed the potential of physical education for sustainability. Databases such as Web of Science, Scopus or Google Scholar have been reviewed through keywords such as “physical education”, “sustainability”, “critical thinking” or “systems thinking”.
Findings
Strategies are presented to enable university students to understand the scope of the subject beyond the physical dimension. This study discusses that it is only through such a change of view of the subject that meaningful learning and learning situations that encourage enquiry and active participation can be introduced. Thus, this paper argues that physical education is a unique area of knowledge for mobilising critical and systemic thinking in the context of sustainable development (SD). Consequently, concrete actions are presented for application in physical education teaching that shows direct connections to specific targets of the SDGs.
Practical implications
This study presents practical implications for higher education leaders and educational policy designers at the national level, as it would help improve initial and ongoing training programs for physical education teachers, focusing on the development of key competencies for sustainability.
Social implications
Physical education has the potential to contribute to the development of vulnerable schools and communities, especially to the health and well-being of children and young people and does not require large financial budgets. Therefore, the recommendations presented in this study can have a positive impact on the well-being of these groups.
Originality/value
This document invites reflection on how, through different teaching strategies, we can produce significant learning that contributes to the sustainability of the planet. All this, trying to mobilise critical and systemic thinking and consequently improving awareness for SD.
Educational measures in line with challenges related to increasing complexity need to go beyond traditional educational means and require the integration of the basic competences of systems thinking and complexity understanding. In addition, the chapter argues for a transdisciplinary approach, based on knowledge integration across disciplines and between science and practice together with supporting communication patterns and strategies. In order to train current and future generations for this kind of transition process, with the aim of making this emergent digital environment ecologically and socially sustainable, we must consequently adopt digital literacy as well as complexity understanding and systems thinking in sustainability education more consistently.
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