Experience implementing curricular activities in physics to familiarize students with SDGs 5 and 7

Encina Calvo Iglesias
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Abstract

This paper presents an experience of implementing curricular activities that aim to familiarise students with the Sustainable Development Goals (SDGs), thus promoting sustainability and the critical contextualisation of knowledge and highlighting the scientific contributions of women. The pedagogical experience was carried out in the Physics subject of the Chemical Engineering degree at the University of Santiago de Compostela (USC). First, a questionnaire was administered to assess students’ prior knowledge of these goals, especially SDG 5: «Achieve gender equality and empower all women and girls» and SDG 7: «Affordable and clean energy», in the first-year Physics subjects of the Chemical Engineering and Biotechnology degrees of the USC to determine the influence of the degree. The results showed that students in both degrees knew the SDGs but had difficulties identifying SDG 7. Similarly, male students of Chemical Engineering had more difficulty in identifying SDG 5. Subsequently, the classes, academic content and activities of the Physics subject of the Chemical Engineering degree were planned to raise awareness among students about the current climate, energy and social emergency in which we find ourselves, as well as the gender inequalities that persist in society. In this way, the aim was for students to acquire critical thinking skills to avoid gender blindness and to face a future with fewer and fewer mineral and energy resources. The experience was satisfactory for the students, demonstrating the importance of teaching this content in scientific subjects because they enabled reflection and critical capacity, which are essential for understanding and dealing with reality.
开展物理课程活动,使学生熟悉可持续发展目标 5 和 7 的经验
本文介绍了开展课程活动的经验,这些活动旨在让学生熟悉可持续发展目标(SDGs),从而促进可持续性和知识的批判性背景,并突出女性在科学方面的贡献。该教学经验是在圣地亚哥德孔波斯特拉大学(USC)化学工程专业的物理学科中开展的。首先,在圣地亚哥德孔波斯特拉大学化学工程和生物技术专业的一年级物理课上发放了一份调查问卷,以评估学生对这些目标,特别是可持续发展目标 5:"实现性别平等并赋予所有妇女和女童权力 "和可持续发展目标 7:"负担得起的清洁能源 "的预先了解程度,从而确定该专业的影响。结果显示,这两个专业的学生都知道可持续发展目标,但很难识别可持续发展目标 7。同样,化学工程专业的男生更难识别可持续发展目标 5。随后,化学工程专业物理学科的课程、学术内容和活动计划提高学生对当前气候、能源和社会紧急状况的认识,以及对社会中持续存在的性别不平等现象的认识。这样做的目的是让学生掌握批判性思维技能,避免性别盲目性,面对矿产和能源资源越来越少的未来。学生们对这一经历感到满意,这也说明了在科学科目中教授这一内容的重要性,因为这些内容有助于培养学生的反思和批判能力,而反思和批判能力对于理解和处理现实问题至关重要。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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