How could we teach data science in primary school?
Author(s)
Fry, Kym
Makar, Katie
Griffith University Author(s)
Year published
2021
Metadata
Show full item recordAbstract
In this paper, we propose that informal aspects of data science could be introduced in primary school. The International Data Science in Schools Project (IDSSP) framework for data science curriculum provides a guide for a data science curriculum aimed at upper secondary level. We analyzed synergies between the IDSSP framework and the current content of the Australian Curriculum at the primary school level (ages 5-11) for Mathematics, Digital Technologies, and two General Capabilities (ICT, Critical and Creative Thinking). Our findings suggest that the primary curriculum already exists to support informal, age-appropriate ...
View more >In this paper, we propose that informal aspects of data science could be introduced in primary school. The International Data Science in Schools Project (IDSSP) framework for data science curriculum provides a guide for a data science curriculum aimed at upper secondary level. We analyzed synergies between the IDSSP framework and the current content of the Australian Curriculum at the primary school level (ages 5-11) for Mathematics, Digital Technologies, and two General Capabilities (ICT, Critical and Creative Thinking). Our findings suggest that the primary curriculum already exists to support informal, age-appropriate data science content for young children. A vignette of a Year 4 (age 9) class is used to illustrate what such a curriculum could look like in practice.
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View more >In this paper, we propose that informal aspects of data science could be introduced in primary school. The International Data Science in Schools Project (IDSSP) framework for data science curriculum provides a guide for a data science curriculum aimed at upper secondary level. We analyzed synergies between the IDSSP framework and the current content of the Australian Curriculum at the primary school level (ages 5-11) for Mathematics, Digital Technologies, and two General Capabilities (ICT, Critical and Creative Thinking). Our findings suggest that the primary curriculum already exists to support informal, age-appropriate data science content for young children. A vignette of a Year 4 (age 9) class is used to illustrate what such a curriculum could look like in practice.
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Journal Title
Teaching Statistics
Volume
43
Issue
S1
Subject
Specialist studies in education
Social Sciences
Education & Educational Research
teaching
data science
primary statistics