Competencia científica en la enseñanza de las ciencias naturales: reflexión desde la perspectiva del pensamiento complejo.

REVISTA MUCIN Pub Date : 2024-01-31 DOI:10.59333/mucin.e7.5
Arelis Godoy
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Abstract

Abstract Society faces new challenges every day as a consequence of globalization and diverse transformations, where science and technology come together offering alternatives to solve problems of a scientific nature, counting on human resources trained to face life in a scientific way. The objective of this essay is to reflect theoretically on the redirection of teaching in the natural sciences from a linear, Cartesian perspective to a complex paradigmatic approach, whose theoretical support is based on complex thinking. To this end, education plays a relevant role, offering the necessary tools to face diverse situations of its environment. However, the theoretical arguments found in different bibliographic reviews, supported by authors, point out that the teaching of natural sciences is focused on the memorization of concepts, dismissing the importance of the management and application of scientific competences, promoting uncertainty and chaos as an indissoluble part of the natural processes and phenomena that are part of the social context of the students. According to the above, the teaching provided by the teacher represents the tip of the iceberg in this beautiful path that has as its ultimate goal: to enhance in students the acquisition of skills and abilities where the complexity, global, contextual and multidimensional, constitute the thread of the learning process.
自然科学教学中的科学能力:从复杂思维的角度进行反思。
摘要 由于全球化和各种变革,社会每天都面临着新的挑战,科学和技术的结合为解决科 学性问题提供了新的选择,这依赖于经过培训的以科学方式面对生活的人力资源。本文旨在从理论上反思自然科学教学从线性、笛卡尔视角转向复杂范式方法的问题,其理论支持是建立在复杂思维基础之上的。为此,教育发挥着相关作用,为面对环境中的各种情况提供必要的工具。然而,在不同的文献综述中发现,得到作者支持的理论论点指出,自然科学的教学侧重于概念的记忆,忽视了科学能力的管理和应用的重要性,将不确定性和混乱作为自然过程和现象不可分割的一部分加以宣传,而自然过程和现象是学生社会背景的一部分。综上所述,在这条美丽的道路上,教师的教学只是冰山一角,其最终目标是提高学 生的技能和能力,而复杂性、全局性、背景性和多维性构成了学习过程的主线。
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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