Journal of JASME : research in mathematics education
Online ISSN : 2433-3034
Print ISSN : 1341-2620
Design Framework of Statistics Curriculum to Develop Statistical Inference Skill:Through Considering Curriculum Development and Backward Design as the Methodology
Hiroki OTANI
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2018 Volume 24 Issue 1 Pages 47-59

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Abstract

  The focus of curriculum in new times moves from content to skill and capability.  The two methodologies for developing the new curriculum, curriculum development and backward design theory, are paid attention to.How can the two methodologies function for developing skill-and-capability-based curriculum?  This paper attempts to design the statistics curriculum to develop statistical inference skill thorough considering the two methodologies critically.  

  Skill-and-capability-based curriculum is developed in the following process: firstly, the overall staged development process of certain skill or capability is clarified; then the curriculum is designed based on the process; and the designed curriculum is implemented and improved by a teacher.  However, methodology of curriculum development can only function effectively for improving the teacher’s competency for implementing the designed curriculum.  Backward design theory can function effectively as guidelines for developing the curriculum based on the overall staged development process of certain skill or capability.  Thus, the addressed task to develop the skill-and-capability-based curriculum is to clarify the process and to design curriculum based on the process.  The overall staged development process of the statistical inference skill has been clarified in the previous study.

  The development process is regarded as a long-term curriculum in terms of backward design theory. In addition, it is necessary to design a short-term curriculum to develop the skill gradually in the process.  In other words, the short-term curriculum is designed in terms of the three aspects, that is, learning goal, assessment, and learning experience and teaching, which are examined specifically.  Finally, the suggestion for developing skill-and-capability-based curriculum in school mathematics and the remaining addressed issues are summarized.

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© 2018 Japan Academic Society of Mathematics Education
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