幼儿教育中的计算思维,超越地面机器人

IF 1.9 Q2 EDUCATION & EDUCATIONAL RESEARCH Education in the Knowledge Society Pub Date : 2020-07-24 DOI:10.14201/eks.22366
J. F. Á. Herrero
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引用次数: 9

摘要

教育机器人、编程和计算思维正在被纳入许多教育中心和任何年龄段的教室。在许多情况下,将这种做法纳入课程是经过充分论证和记录的,但在其他情况下,这种做法是草率的,没有事先考虑。在幼儿教育中,计算思维的发展似乎在地板机器人中找到了一种工具,使其得以改进和进步。为了验证这一点,来自西班牙各地的50名专家(在职教师、未来教师培训师和教育机器人商业技术人员)接受了测试。结果表明,尽管有很高比例的人认为地板机器人是幼儿教育中发展计算思维的优秀工具,但在使用其他类型的实践时,没有达成共识,这些实践超越了这一学习过程,也有利于这一学习过程。因此,我们认为有必要建立一个共同的框架和指导方针,以便在幼儿教育中正确实施机器人,编程和计算思维。此外,这是基于提供高质量的培训来发展这些概念。
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Pensamiento computacional en Educación Infantil, más allá de los robots de suelo
Educational robotics, programming and computational thinking are being incorporated in the classrooms of many educational centres and at any age. In many cases, this incorporation in the curricula is well-argued and documented, but in other cases, it is done in a rash manner and without prior reflection. In Early Childhood Education, the development of computational thinking seems to have found in floor robots a tool that allows its improvement and progress. To verify if this is so, 50 experts (active teachers, trainers of future teachers and commercial technicians of educational robotics) from all over Spain were tested. The results show that although there is a high percentage of considering floor robots as an excellent tool for the development of computational thinking in Early Childhood Education, there is no consensus when using other types of practices that go beyond and also benefit this learning process. Therefore, we consider it necessary to establish a common framework and guidelines that allow the correct implementation of robotics, programming and computational thinking in Early Childhood Education. Furthermore, this is based on offering quality training to develop these concepts.
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来源期刊
Education in the Knowledge Society
Education in the Knowledge Society EDUCATION & EDUCATIONAL RESEARCH-
自引率
10.30%
发文量
27
审稿时长
4 weeks
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