首页> 外文期刊>European journal of engineering education >What do K-12 students feel when dealing with technology and engineering issues? Gardner's multiple intelligence theory implications in technology lessons for motivating engineering vocations at Spanish Secondary School
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What do K-12 students feel when dealing with technology and engineering issues? Gardner's multiple intelligence theory implications in technology lessons for motivating engineering vocations at Spanish Secondary School

机译:K-12学生在处理技术和工程问题时会有什么感受? Gardner的多元智能理论在技术课程中对西班牙中学激发工程职业的启示

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摘要

The interest on engineering and scientific studies can be raised up even from the early years of academic instructional process. This vocation may be linked to emotions and aptitudes towards technological education. Particularly, students get in touch with these technological issues (namely STEM) during the Compulsory Secondary Education in Spain (12-16 years old).This work presents a preliminary evaluation of how relevant is Gardner's multiple intelligence theory (MIT) in the teaching-learning process within the Technology Lessons. In this sense, MIT was considered as an explanation variable of the emotional response within the different educational parts (so-called syllabus units, SU) in the Technology Spanish curriculum. Different intelligence style (IS) will orient the student to a vision of the engineering and technology. This work tries to identify which relationships can be established between IS and specific technology and engineering learning. This research involved up to 135 students were subsequently tested about their predominant (IS) and on the emotions that arouse in them when working with each SU. The results were statistically significant and only those with a Logic-arithmetic or Environmental IS were not affected by the SU.Best teaching and learning practicesare required for encouraging further engineering studies.
机译:即使从学术教学的早期阶段,就可以引起人们对工程和科学研究的兴趣。这种职业可能与对技术教育的情感和天分有关。特别是,学生在西班牙(12至16岁)的义务中学阶段会接触到这些技术问题(即STEM)。这项工作对Gardner的多元智能理论(MIT)与以下课程的相关性进行了初步评估:技术课程中的学习过程。从这个意义上讲,麻省理工学院被视为技术西班牙语课程中不同教育部分(所谓的教学大纲单位)内情绪反应的解释变量。不同的智力风格(IS)将使学生适应工程技术的视野。这项工作试图确定可以在IS与特定技术和工程学习之间建立哪些关系。这项研究涉及多达135名学生,随后接受了有关其主要(IS)以及与每个SU合作时引起他们的情绪测试。结果具有统计学意义,并且只有逻辑算术或环境IS的结果不受SU的影响。需要最佳教学方法来鼓励进一步的工程研究。

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