F-10 Curriculum (V8)
F-10 Curriculum (V9)
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Mossman State School is a government school located in Mossman, Queensland, on the Traditional Lands of the Kuku Yalanji Peoples. Beth Claydon is the curriculum officer who works directly with the school to support the implementation of the Australian Curriculum: Digital Technologies. Teachers at the school have chosen ...
This set of printable cards describe ways in which computational thinking can be applied when carrying out simple everyday tasks.
Nathan Alison from Digital Learning and Teaching Victoria (DLTV) explains what systems thinking is and how it is used in the context of Digital Technologies. Nathan explains what we need to consider when teaching digital systems, covering topics such as networks, hardware and software protocols, people and processes.
This planning resource for Year 5 is for the topic of Follow and create algorithms. Students create, follow, and modify algorithms involving a sequence of steps and decisions to experiment with multiplication and division, factors and multiples, and the relationship of these to divisibility. Students use digital tools such ...
This planning resource for Year 6 is for the topic of Use rules and algorithms. Students generate and investigate patterns using concrete materials, geometric shapes, calculators and spreadsheets. Some examples are growing patterns using dots, cubes or sticks; systematically exploring dividing by 9 or multiplying by 11 ...
Write programs to solve problems with code and create word games! In this DT Challenge, you'll learn how to play Mad Libs, Questions, Taboo, and Word Chain, and even write your very own Pirate Chatbot! Can you fool your friends into thinking they're talking to a real person? Learn how to create a series of word games with ...
This planning resource for Year 9 is for the topic of Algorithms. Students draw upon their knowledge of congruency, transformations and ratios of right-angled triangles and apply creativity, critical thinking and reasoning skills to a sequenced geometric problem. For example, students may design a flow chart to prove the ...
This is the sixth in a series of lessons to transition from visual coding to text-based coding with a General Purpose Programming language. This lesson may take two to three 45-minute periods. It builds on the previous introduction to arrays (also called lists) and brings in the length property.
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Explore geometry through programming, and draw intricate patterns and explosive fireworks! In this challenge, you’ll learn about how computers use angles, parallel lines and geometric transformations to generate the text and images you see on your screen every day. Use what you learn to develop your own fonts, pattern generators ...
Use blocks to program a micro:bit for sport! Get excited about coding even if you have no experience. You'll use drag-and-drop blocks to write your own programs, and make interactive games and tools to improve your health.
Learn how to use the Turtle in Blockly to draw and create with code. You'll draw a satellite piece by piece, building up your coding skills and learning advanced programming concepts like loops and functions.
Space Race is a simple board game that teachers can use to introduce the concept of algorithmic sequencing to students. The teaching points provided with the game assist teachers to introduce the use of an algorithm (a simple set of mathematical instructions) to describe the trajectory of an object across a grid plane from ...
What makes even numbers special? What makes odd numbers… well… odd? Help these farmers plant their fruit trees in rows and patterns, and see what happens when we add, subtract and multiply different combinations of these numbers together! Use this low threshold, high ceiling task to explore the properties of even and odd numbers.
The focus of this activity is to discover if students can use numbers to describe a pattern created with objects. We want to encourage students to record what they know about the pattern in a table and then use this information to help predict future terms and identify the rule or function for the pattern. By recording ...
This activity is designed to encourage students to engage with a problem, before they overthink it. Too often in class we begin with what is familiar to students and gradually increase the challenge. This problem begins with a challenge and encourages students to work backwards to solve a simpler problem, before applying ...
In this lesson sequence, students identify characteristics of living things and distinguish living things from non-living things. They identify and describe patterns and understand how scientists use external features to group living and non-living things. Students describe and follow a sequence of steps involving decisions ...
In this lesson, students will explore a story by an Aboriginal or Torres Strait Islander author that has a sequence that can be followed. Students will sequence the main elements or steps in the story in their own way and share with peers.
In this lesson, students will practise breaking down a process into smaller parts or steps as an introduction to computational thinking.
The focus of this activity is on patterns and algorithmic thinking. The lesson aims to encourage students to explore problems with limited assistance from the teacher. Although the teacher asks questions and can prompt learning, the students will investigate the problem using their own strategies.