对“现代自然科学概念”学科进行改造,培养批判性思维

M. Solodikhina
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引用次数: 0

摘要

介绍。在全球范围内,许多大学的人文学生培训方案中都有综合的自然科学学科,以克服人文主义艺术文化与自然科学文化之间的差距,使大学毕业生形成对物质世界和技术基础的整体看法,使他们具备科学的认知方法。在俄罗斯,这样的学科是“现代自然科学概念”。然而,以其目前的形式,它并没有完全达到上述目标。由于缺乏实践路线,学生没有掌握应用科学方法的技能,没有形成科学是认识自然的工具和思维方式的观念,反而增强了自然科学是现成真知的仓库的观念。然而,如果将重点从知识转移转移到批判性思维的发展,情况就会发生变化,这在世界上大多数国家都被认为是大学教育的主要目标。的目标。本研究旨在明确《现代自然科学概念》课程的结构、内容和训练任务类型,促进人文学科学生批判性思维的培养,促进《现代自然科学概念》课程的相应转型。方法论和研究方法。确定培训任务的最佳结构、内容和类型,以及评估将“现代自然科学概念”转换课程引入教育过程的结果,是在俄罗斯人民解放军人民大学和莫斯科国立师范大学两所大学进行的研究的基础上进行的。这些测试用于评估动机结构、自然科学知识和批判性思维技能,以及对认识论观点的测试。此外,作者还利用调查显示了学生对教学方法和手段的有效性,自然科学知识和批判性思维对学习,生活,自我发展和专业活动的有用性的看法。结果。结果表明,学生和教师对将批判性思维作为“现代自然科学概念”课程学习的主要目标持积极态度。目标设定的变化使得通过批判性思维将自然科学和人文科学联系起来成为可能,作为理解自然和人类的一种手段,引入一条实用的路线,包括批判性思维技能的任务模拟器和科学方法的应用,以及在实施中这些技能成为知识工具的项目。通过对改造后的《现代自然科学概念》课程的学习,学生学习自然科学的动机、认识论观念、认知能力和对自然科学材料的吸收能力都有了提高。科学的新奇。设立了两个综合中心的课程结构;增加课程内容,促进学生认识论思想的发展和认知技能的自觉形成;引入了一条实用路线,包括在研究问题情境时需要使用某些认知技能的任务,这些任务与科学方法的各个阶段相一致;该课程的程序部分由发展思维的方法加以补充。现实意义。创设的案例实践是可变的,可应用于任何综合性自然科学学科的实践路线。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Transformation of the discipline “Concepts of Modern Natural Science” for the development of critical thinking
   Introduction. Globally, there are integrated natural science disciplines in the training programmes for humanities students in many universities in order to overcome the gap between the humanitarian-artistic and natural-science cultures, to form a holistic view of the physical world and the basics of technology among university graduates, to equip them with the scientific method of cognition. In Russia, such a discipline is “Concepts of Modern Natural Science”. However, in its current form, it does not fully meet the abovementioned goals. Due to the lack of a practical line, students do not master the skills of applying the scientific method and do not get an idea about science as a tool for understanding nature and a way of thinking, but instead they become stronger in the perception of natural science as a storehouse of ready-made true knowledge. Nevertheless, the situation changes if the focus is shifted from the transfer of knowledge to the development of critical thinking, which in most countries of the world is recognised as the main goal of university education.   Aim. The present research aims to identify the structure, content and types of training tasks of the course “Concepts of Modern Natural Science”, contributing to the development of critical thinking of students in the humanities, and the corresponding transformation of the course “Concepts of Modern Natural Science”.   Methodology and research methods. The identification of the optimal structure, content and types of training tasks, as well as the evaluation of the results of the introduction of the transformed course “Concepts of Modern Natural Science” into the educational process were carried out on the basis of research conducted at two universities – RUDN University and Moscow State Pedagogical University. The tests were applied to assess the structure of motivation, natural science knowledge and critical thinking skills, tests of epistemological ideas. Also, the authors used the surveys showing students’ perception of the effectiveness of teaching methods and means, the usefulness of natural science knowledge and critical thinking for study, life, self-development and professional activities.   Results. It is shown that students and teachers have a positive attitude towards the idea of making critical thinking the main goal of studying the course “Concepts of Modern Natural Science”. The change in goal-setting makes it possible to connect natural science and the humanities through critical thinking as a means of understanding nature and man, to introduce a practical line that includes tasks-simulators of critical thinking skills and the application of the scientific method and projects in the implementation of which these skills become tools of knowledge. After studying the transformed course “Concepts of Modern Natural Science”, the motivation of students to study natural science, their epistemological ideas, cognitive skills and assimilation of natural science material improved.   Scientific novelty. A course structure was developed with two integration centres; additions were made to the course content that contribute to the development of students’ epistemological ideas and the conscious formation of cognitive skills; a practical line was introduced, consisting of tasks that require the use of certain cognitive skills in the study of problem situations in accordance with the stages of the scientific method; the procedural component of the course was complemented by methods for the development of thinking.   Practical significance. The created case-practice is variable and can be applied in the practical line ofany integrated natural science discipline.
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