KEY REFERENCE MARKS OF PROFESSIONAL ORIENTATION IN TEACHING MATHEMATICS AT SECONDARY VOCATIONAL EDUCATIONAL INSTITUTIONS OF TECHNICAL PROFILE

N. Novikova, O. Sotnikova, A. Kochanova
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Abstract

The authors are guided by the principle of professional orientation of teaching mathematics in the secondary vocational educational system. Professional orientation in training in an educational program is considered as a combination of content and activity (procedural) aspects. The article explains that forming the ability to deal with algorithms is the key reference mark for students of the technical profile. The content of these skills and proficiency levels for students of secondary vocational educational institutions have been outlined. The ability to work with algorithms involves the formation of the following actions: to establish the “essence” of the algorithm, to highlight the steps of the algorithm and establish links between them, to develop mechanisms for the implementation of each stage. Students need to learn how to highlight the essence of algorithmic phenomena, implement a given algorithm, control the progress of the algorithm, find errors, and make adjustments. When performing actions “as directed”, students are offered a ready-made algorithm of actions to solve certain problems. When performing “by reference points”, students are required to conduct an analysis associated with the rationalization of the proposed algorithm. The independent performance of actions is distinguished by the complete independence of the student from any instructions. It is assumed that when teaching mathematics in the system of secondary vocational education of a technical profile, the selection of pedagogical technologies must be oriented towards achieving the level of independent implementation of the algorithm.
中等职业技术院校数学教学专业定位的关键参考标志
本文以中等职业教育系统数学教学的专业导向原则为指导。教育项目中培训的专业定位被认为是内容和活动(程序)方面的结合。文章说明,形成处理算法的能力是技术概况学生的关键参考标志。概述了中等职业教育机构学生的这些技能和熟练程度的内容。使用算法的能力涉及以下行动的形成:建立算法的“本质”,突出算法的步骤并建立它们之间的联系,制定每个阶段的实施机制。学生需要学习如何突出算法现象的本质,如何实现给定的算法,如何控制算法的进程,如何发现错误,如何进行调整。在“按指令”执行动作时,学生们会得到一个现成的动作算法来解决某些问题。在执行“参考点”时,要求学生进行与所提出算法合理化相关的分析。独立行动的特点是学生完全独立于任何指示。本文认为,在中等职业教育系统的数学技术教学中,教学技术的选择必须以实现算法的独立实现水平为导向。
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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