ODS y Física de la mano

Sergio Castiñeira-Ibáñez, Daniel Tarrazó-Serrano, Antonio Uris, María Gasque, C. Rubio
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Abstract

In many engineering degrees courses, Physics is a fundamental pillar from which the rest of the subjects of the degree are formed. This fundamental nature is perceived by students as subjects with no connection to the degree that they aspire to achieve. Moreover, the students' level of education is very heterogeneous, especially in the firsts courses which makes it difficult to connect the subject with the world in which we live and encourages a lack of interest in them. On the other hand, time is limited in the classroom and the established teaching guide must be followed. Therefore, incorporating new training tools into the subject curriculum is not easy, as most of the time is spent on students understanding the theory and practising the problems involved in applying it. Often, the lack of practice in other subjects delays the achievement of these objectives. The concepts that are developed are mostly applicable to real life. On the other hand, it is known that the Sustainable Development Goals (SDGs) have acquired considerable importance at the present time and that training, given that in the future the labour market will demand it, must contemplate and favour the development of these goals. This work aims to bring Physics closer to society through the SDGs. To this end, a challenge is incorporated into the curriculum of the subject for each thematic block that the student must achieve.
ODS和物理携手并进
在许多工程学位课程中,物理学是构成学位其他学科的基础支柱。这种基本性质被学生视为与他们渴望获得的学位无关的科目。此外,学生的教育水平是非常多样化的,特别是在第一门课程中,这使得很难将学科与我们生活的世界联系起来,并鼓励对它们缺乏兴趣。另一方面,课堂时间有限,必须遵循既定的教学指南。因此,将新的培训工具纳入学科课程并不容易,因为大部分时间都花在学生理解理论和实践应用这些理论所涉及的问题上。通常,缺乏其他科目的练习会延迟这些目标的实现。所开发的概念大多适用于现实生活。另一方面,众所周知,可持续发展目标(sdg)目前已经变得相当重要,鉴于未来劳动力市场将需要培训,必须考虑并支持这些目标的发展。这项工作旨在通过可持续发展目标使物理学更接近社会。为此,针对学生必须完成的每个主题块,课程中都包含了一个挑战。
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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