The Relationship of Goal-Setting in the Teaching of Mathematics with its Technological Support

S. Pozdnyakov
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Abstract

Technological support of teaching mathematics depends on what methodological and pedagogical goals are put for learning. Achieving or failing to achieve these goals is connected with the used type of feedback or in other words, the method of assessing the educational activities of students. In this work, two types of assessment are contrasted: a test form of knowledge testing (implemented by a system of mid-term and final exams) and a formative assessment (determined by the teacher’s informal reaction to the student’s productive activities and the way these activities are organized). It is shown that the first type of assessment corresponds to the consideration of the curriculum as a learning goal, the second — as a learning tool. In the first case, the purpose of training is the acquisition of specific knowledge and skills, and in the second, the mastery of the general mechanisms of educational activity inherent in a given subject area (mathematics). For the first goal, it is effective to use template tasks including generated exercises and simulators, for the second — to use various tools that support constructive and research activities. The article shows how “non-invasive monitoring” is used to achieve the second goal, when the teacher and the student are not on opposite sides of the academic barrier (the student answers — the teacher sets a mark), but on the same side and jointly perform actions to create conditions for the most effective mastery of the course material by each student. The basis of non-invasive monitoring is modeling the presentation of the results of this activities to the scientific community, including all intermediate stages of such activities. Instead of testing knowledge and issuing formal marks, feedback is used, various approaches and ways to solve the problem are discussed together, and monitoring is limited to students’ self-esteem, which is not necessarily communicated to the teacher. At the same time, the discussion process itself is open, and the teacher can always evaluate the problems of students, without turning them into an instrument of formal pressure on the student by third parties.
数学教学目标设置与技术支持的关系
数学教学的技术支持取决于学习的方法和教学目标。实现或未能实现这些目标与所使用的反馈类型有关,换句话说,与评估学生教育活动的方法有关。在这项工作中,对比了两种类型的评估:一种是知识测试的测试形式(由期中和期末考试系统实施),另一种是形成性评估(由教师对学生的生产性活动的非正式反应以及这些活动的组织方式决定)。研究表明,第一类评估对应于将课程作为学习目标的考虑,第二类评估对应于将课程作为学习工具的考虑。在第一种情况下,训练的目的是获得特定的知识和技能,在第二种情况下,是掌握某一学科领域(数学)固有的教育活动的一般机制。对于第一个目标,使用模板任务(包括生成的练习和模拟器)是有效的;对于第二个目标,使用支持建设性和研究活动的各种工具。本文展示了如何利用“非侵入式监控”来实现第二个目标,即教师和学生不在学业障碍的对立面(学生回答—教师打分),而是站在同一边,共同采取行动,为每个学生最有效地掌握课程材料创造条件。非侵入性监测的基础是模拟向科学界介绍这些活动的结果,包括这些活动的所有中间阶段。不是对知识进行测试和正式的打分,而是采用反馈的方式,将各种解决问题的方法和途径放在一起讨论,监控仅限于学生的自尊,而不一定传达给老师。同时,讨论过程本身是开放的,教师可以随时评估学生的问题,而不会把它们变成第三方对学生施加正式压力的工具。
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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