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Implementation Features of Scientific and Educational Programs in The Field of Primary Engineering Education on the Basis of Children's Camps

机译:在儿童营地基础上的基础工程教育领域科学和教育计划的实施

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At the present time, there is a global challenge of searching for new approaches to attracting young people to the field of science, technology, engineering and exact sciences, and also to raising the level of their training. As experience has shown, one of the most interesting and promising approaches to solution of the articulated challenge is introduction of components of elementary engineering education and professional oriented work into programs implemented on the basis of children's camps of both country and urban (day) formats. Since 2016, the employees of Bauman Moscow State Technical University have implemented a large number of scientific and educational programs of various orientations (mainly aerospace), duration and complexity level, including for groups with an international composition of participants, on the basis of various children's camps. In the process of their implementation, they revealed a number of peculiarities of organizing and conducting classes in children's camps not peculiar of school or university teaching groups. The following features can be identified: ? uneven-aged composition of children in one group (from 8 to 18 years of age); ? significant differences in the basic training of students in one group; ? one-group education of schoolchildren from different countries with different level of language skills and learning culture; ? difficulties with ensuring safety in certain technological processes; ? need for scientific and technical mentoring, on the one hand, and formation of independence of schoolchildren in solving engineering tasks, on the other hand; ? individual differences of children in terms of involvement level into engineering activities. The introduced paper considers the measures taken by the university staff and proposed solutions, which recognize the above-mentioned features and have increased the efficiency of the programs implementation, as well as plans for their development. These programs have already shown th
机译:目前,目前,寻求吸引青年人的新方法存在全球挑战,以吸引科学,技术,工程和精确科学领域,并筹集培训水平。随着经验所表明的,解决铰接挑战的最有趣和有希望的方法之一是将小学工程教育和专业导向的课程的组件引入了在国家和城市(日)格式的儿童营地的基础上实施的方案。自2016年以来,鲍曼莫斯科国家技术大学的员工已经实施了大量的各种方向(主要是航空航天),持续时间和复杂程度的科学和教育方案,包括与各种儿童的国际组成的群体营地。在他们实施的过程中,他们揭示了许多特殊的组织和开展儿童营地的课程,而不是学校或大学教学小组的特有。可以识别以下功能:一组儿童的不均匀组成(从8至18岁以下);还是一组学生基础培训的显着差异;还是来自不同国家的小学生一组教育,具有不同的语言技能和学习文化;还是确保在某些技术过程中安全的困难;还是另一方面,一方面需要对科学和技术指导的科学和技术指导,并在解决工程任务方面的独立性;还是儿童在参与水平进入工程活动方面的个人差异。介绍的论文考虑了大学员工和建议的解决方案所采取的措施,识别上述特征,并提高了方案实施的效率,以及他们的发展计划。这些计划已经显示出来

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