Investigating and defining
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Blank Algorithm Grid - Colour
An activity for students to use when learning about algorithms (directions).
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Analogue and Digital Clock Coding Robot Mat
Practise telling time on analogue and digital clocks with coding robots!
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'I Can' Statements - Technology and Technologies (Middle Primary)
A set of 53 'I can' statement cards linked to the Australian Digital Technologies Curriculum.
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Cut and Paste Algorithm Grid - Colour
An activity for students to use when learning about algorithms (directions).
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Algorithm Poster
A poster showing the definition and an example of an algorithm.
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Pirate Pete’s Three Algorithm Quest
A worksheet for students to use when consolidating their understanding of algorithms.
- Free Plan
Directional Arrows Algorithm Game
A game to help teach your students directional instructions in sequencing (algorithms).
- Free Plan
Blank Algorithm Grid - Black and White
An activity for students to use when learning about algorithms (directions).
- Plus Plan
Cut and Paste Algorithm Grid - Black and White
An activity for students to use when learning about algorithms (directions).
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Coding Robot Zoo Mat
Implement coding for kids with coding robots and a printable coding robot map activity.
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Step by Step Introductory Worksheet for Algorithms - Pirate Adventure
A 1 page worksheet for students to use when learning how to write an algorithm.
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Algorithms Can Be... Poster
A poster showing the different forms algorithms can take.
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Class 'We Can' Statements - Technology and Technologies (Middle Primary)
A set of 7 class 'We can' statement cards linked to the Australian Digital Technologies Curriculum.
- Plus Plan
Class 'We Can' Statements - Technology and Technologies (Lower Primary)
A set of 7 class 'We can' statement cards linked to the Australian Digital Technologies Curriculum.
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'I Can' Statements - Technology and Technologies (Lower Primary)
A set of 44 'I can' statement cards linked to the Australian Digital Technologies Curriculum.
- Plus Plan
8-Step Algorithm Sequence Sheet - Lower Primary
A worksheet for students to use when writing an algorithm.
- Free Plan
Antonym Coding Robot Mat
Practise coding for kids and matching antonym pairs with a coding robot mat.
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Classmate Coding - Flashcards and Activities
Introduce your students to the concept of coding by having them "program" a classmate using coding cards.
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Technology and Technologies Terminology - Word Wall
96 vocabulary word wall cards and a poster about technology, to display in your classroom.
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8-bit Coding Card Packs with Activities
A set of 8-bit coding cards with associated activities to assist students in understanding 8-bit coding.
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Reading 8-bit ASCII Codes - Worksheet
A worksheet to assist students in understanding what actual computer code (ASCII- current 8-bit version) looks like.
- Plus Plan
ASCII Poster
A poster showing the definition and an example of ASCII.
- Free Plan
10-Step Algorithm Sequence Sheet - Middle Primary
A worksheet for students to use when writing an algorithm.
- Plus Plan
15-Step Algorithm Sequence Sheet - Lower Primary
A worksheet for students to use when writing an algorithm.
- Plus Plan
10-Step Algorithm Sequence Sheet - Lower Primary
A worksheet for students to use when writing an algorithm.
- Plus Plan
Orb Robot - Task Cards
Practice coding concepts with orb robot task cards for students, suitable for middle and upper years.
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8-bit Decoding Puzzle
A puzzle for students to solve when consolidating their understanding of coding.
- Plus Plan
Systems Poster
A poster showing the definition and an example of a system.
- Plus Plan
15-Step Algorithm Sequence Sheet - Middle Primary
A worksheet for students to use when writing an algorithm.
- Free Plan
8-Step Algorithm Sequence Sheet - Middle Primary
A worksheet for students to use when writing an algorithm.
- Plus Plan
Introducing Digital Technologies Through Algorithms Unit Plan
This Technology unit has been designed to introduce digital technologies to younger students; specifically, the purpose, structure and features of algorithms.
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Creating Basic Algorithms
A 60 minute lesson in which students will consolidate understanding of algorithms by creating a set of instructions.