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DT Challenge - 7/8 Python - Introduction to Microbit

  • TLF-IDA003611

In this challenge students use the BBC micro:bit as an embedded system to create different pieces of a virtual pet game. Students in the process learn about the micro:bit’s features and can think about how to make their own version of a virtual pet game, or even an entirely new project. Discover how embedded hardware (micro:bit) ...

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DT Challenge - 7-8 Python - Turtle

  • TLF-IDA003612

Control a turtle and draw amazing pictures with code. In this challenge you'll learn the fundamentals of programming by using instructions to position a turtle on the screen, drawing lines, patterns and shapes in the same way computers draw images. Computers use the input from users and the environment to give us feedback ...

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DT Challenge - 7/8 Javascript - Space Invaders

  • TLF-IDA003613

In this coding challenge, students learn about programming in JavaScript, including data representation, decomposition, design, branching, iteration, functions, variables, animations, tracing and evaluation.

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DT Challenge - 7/8 Javascript - Cookie Clicker

  • TLF-IDA003615

Learn how to make interactive webpages and build a surprisingly addictive game! In this DT Challenge, you'll learn the web technologies that form the foundations of the internet. In this course you'll learn the basics of HTML, CSS and JavaScript! You'll build webpages using text and images, and learn how to make them interactive ...

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DT Challenge - 7/8 Python - Sport Micro:Bit

  • TLF-IDA003622

Use Python to program a micro:bit for sport! Get excited about coding even if you have no experience. You'll use the Python language to write your own programs, and make interactive games and tools to improve your health.

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Balancing Mobiles

  • TLF-IDA003780

In this teaching activity, students will apply mathematical, science, and engineering concepts to experiment with balancing levers. They classify types of levers to design and build a simplified mobile and explore suspended and standing mobiles by sculptor Alexander Calder.

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Biomimicry glider

  • TLF-IDA004618

In this lesson students explore the dynamics of flight by examining animal adaptations and apply their learning to think like an aeronautical engineer and design their own glider

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ACARA sample assessment task: years 7-8

  • TLF-IDA002171

This resource provides strategies for assessing students' understanding of the ways in which data can be sourced, organised and represented to maximise options for analysis, evaluation, decomposition and visualisation in order to create digital solutions. The context of the resource is the liveability of the places in which ...

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Micro:bit missions: Take a chance on me (Integrating Mathematics): years 6-8

  • TLF-IDA002183

This resource comprises two activities that allow students to explore the concept of chance in Mathematics. Students use computational thinking while using a micro:bit as a digital system to generate and collect data. Students implement programs involving branching and iteration in visual and general-purpose programming languages.

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Digital Technologies in the Australian Curriculum: sequence of content

  • TLF-IDA002195

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

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A–Z Digital Technologies vocabulary F–6

  • TLF-IDA002201

This PDF assists teachers in thinking about when and how to introduce Digital Technologies discipline-specific vocabulary.

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Scratch 3.0 tutorial

  • TLF-IDA002207

This tutorial provides step-by-step instructions to support the learning of Scratch, a visual programming language. The tutorial is designed for educators who would like to learn how to use Scratch.

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ICT Proficiency Teacher self-assessment matrix

  • TLF-IDA002225

These matrices allow teachers to self-assess their ICT Capability and Digital Technologies proficiency. They include a notes section for teachers to plan future professional learning.

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Engineers think outside the square

  • TLF-IDA004619

Students explore the brainstorm and iterate phases of the engineering design process, with a particular emphasis on the importance of trying different ideas to ‘build a better mouse trap’.

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The maths behind RGB images

  • TLF-IDA004599

In this lesson, students explore the RGB (Red, Green, Blue) colour model commonly used in digital imaging and display systems. They learn how each colour in the RGB model is represented by 8 bits and understand why there are 256 color intensities for each channel. Students will represent the 8 bits using their mathematical ...

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Engineering solutions for platypus protection

  • TLF-IDA004620

Students learn about the important role engineering plays in conservation. They explore how engineers, industrial designers and ecologists collaborate to mitigate the impact of human activity on different species.

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Create dichotomous keys lesson

  • TLF-IDA002722

In this lesson students engage in a hands-on exploration of local diversity. Students research and record local wildlife, learn about biodiversity in Australia, and conduct a ‘bush blitz’. They learn how to create dichotomous keys and translate their keys into a wildlife discovery app prototype. The resource includes links ...

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Literature reviews: what, why and how

  • TLF-IDA002241

This PowerPoint explains the benefits and techniques of literature reviews.

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Kelley & Knowles review: STEM integration

  • TLF-IDA002246

This article explores ways of building integrated STEM programs so that students have opportunities to make connections to crosscutting concepts and real-world problems. This is proposed through the lens of a framework.

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Voskoglou & Buckley review: Problem solving and computational thinking

  • TLF-IDA002251

This article explores the relationship between computational and critical thinking as it applies to solving technological problems. Research evidence derived from classroom experiments strongly suggests that using computers to solve problems enhances students’ abilities in solving real-world problems involving mathematical ...

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