Digital technologies / Foundation to Year 2 / Digital Technologies Processes and Production Skills

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View on Australian Curriculum website Australian Curriculum, Assessment and Reporting Authority
Curriculum content descriptions

Collect, explore and sort data, and use digital systems to present the data creatively (ACTDIP003)

Elaborations
  • collecting, and sorting data through play, for example collecting data about favourite toys and sorting them into categories such as toys they like or dislike
  • locating and purposefully using visual or text data, for example searching through a digital photo library to select an image, taking into account cultural considerations such as awareness of appropriate use of images and audio recordings of deceased persons
  • exploring, imagining and comparing the usefulness of different data displays, for example jointly creating simple column graphs and picture graphs to represent different types of items
  • exploring and creating graphs to represent classroom data, for example collecting data on the country of birth of each student and presenting the results as a picture graph
  • using digital systems to organise data to improve meaning, for example using word processing software to create a list of tasks or visualisation software to create a mind map (diagram) showing relationships between characters in a story
  • using common software to present data creatively, for example as a slideshow, movie, sounds, image, chart, word art, poster or drawing
General capabilities
  • Literacy Literacy
  • Numeracy Numeracy
  • Critical and creative thinking Critical and creative thinking
  • ICT capability Information and Communication Technology (ICT) capability
ScOT terms

Data representation,  Collation,  Data storage

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20 direct matches to ACTDIP003

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This is a unit for Years F-1 from the Scope and sequence resources from the DT Hub. The topic of data is organised into four key elements. Use this flow of activities to plan and assess students against the relevant achievement standards. Students collect, sort and present data in a digital format. They also explore ways ...

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Computational thinking in the Australian Curriculum: Digital Technologies

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This video provides an overview of computational thinking and how it can be taught in the context of other learning areas.

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Digital Technologies in the Australian Curriculum: overview and key links

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This PDF gives an overview of the Australian Curriculum: Digital Technologies. It includes key points from the rationale and a step-by-step process for becoming familiar with the structure of the curriculum to assist planning. The document also provides links to key documents and sections of the Australian Curriculum as ...

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Australian Curriculum: Digital Technologies Years F–2 Sample assessment task: Stepping out worksheet

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This PDF is a worksheet that accompanies the years F-2 sample assessment task called Stepping out.

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DTiF Classroom Exploring AI in the Classroom: Activity discussion

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Digital Technologies in Focus curriculum officers discuss a lesson about Artificial Intelligence with Simon Collier and a student.

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Lockwood & Mooney review: Computational thinking

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This article provides a literature review of how computational thinking fits into a school curriculum. The aim of the report is to provide educators with an overview of the current research in this field and the work that is being done in teaching computational thinking.

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Data interpretation: organise data by classifying, grouping and sorting objects

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This PDF provides suggestions for organising and classifying discrete items according to different criteria, for example, shape, size, colour and type, and prompts students to identify ways in which school resources have been classified.

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Computational thinking in practice: parent and teacher cards: years F-2

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This set of printable cards describe ways in which computational thinking can be applied when carrying out simple everyday tasks.

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Digital Technologies in the Australian Curriculum: sequence of content

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This PDF provides a sequence of content for the Digital Technologies subject in the Australian Curriculum

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Rosicka review: STEM practices in primary schools

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Data detective

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In this sequence of lessons students conduct a simple survey to collect, organise and present data. In doing so, they demonstrate their understanding of how to use patterns to represent data symbolically.

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Data collection and representation: What’s in your lunchbox? Years F-2

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This resource provides activities in which students collect, represent and interpret data about the fruit and vegetables they bring to school.

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Easterbrook review: Systems thinking and Computational thinking

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This article explores how the relationship between systems thinking and computational thinking would provide a conceptual basis for transformational change – change that considers the social and environmental impact of technology.

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DTiF Classroom Exploring AI in the Classroom: Activity

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Simon Collier, Digital Technologies in Focus Curriculum Officer, takes viewers though a lesson from the Digital Technologies Hub exploring how machine learning can be used to organise photographs.

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Supporting Digital Technologies curriculum in schools

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This PDF lists seven ways in which schools can support the Digital Technologies curriculum

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Mossman State School – Final report

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This report provides details of Mossman State School's participation in the Digital Technologies in Focus project, including a Research question, criteria for success, data collection, resources, challenges, milestones and next steps.

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St James Catholic College – Project proposal

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This PDF outlines St James Catholic College's proposal to participate in the Digital Technologies in Focus project.

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Bethany Christian School – Progress report 1

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Bethany Christian School – Progress report 4

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This video explains the progress that Bethany Christian School has made in the Digital Technologies in Focus project. It is the final in a series of four.

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Volmert et al. review: STEM learning

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This report examines the similarities and differences in the understandings about STEM education between experts and the general public in some American states. The authors contend that one of the most interesting findings is the role of Science: the general public equates STEM as Science, whereas the experts view all STEM ...

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