Core Skills Analysis
Math
Ollie used TurboWarp to build an interactive game that changed size depending on whether the mouse was hovering over it, which showed an understanding of how size can be controlled and compared in a digital program. He worked with block coding to manage dimensions, timing, and size changes, which connected math ideas to measurement, patterns, and logical sequencing. By using division and fractions, Ollie practiced breaking numbers into parts and using proportional thinking to make the game respond correctly. This activity likely helped him see how math can be used to create precise effects in a game, not just solve worksheet problems.
Digital Technologies
Ollie used TurboWarp and block coding to follow a tutorial and create an interactive advanced game, showing he could apply digital tools to make a working program. He learned how to combine coding blocks to produce a response when the mouse moved on or off the game object, which supported his understanding of events, input, and programming logic. The activity also involved adjusting timing and size, so Ollie practiced testing and refining code to achieve the intended behavior. This suggested growing confidence with creating digital solutions and understanding how code controls on-screen actions.
Tips
To extend Ollie’s learning, he could make the same mouse-hover effect in a different game and compare how changing the size, timing, or speed affects the player experience. He could also sketch the steps of the code in order before building it, which would strengthen his planning and help him explain the logic behind each block. A fun next challenge would be to add scoring, sound, or a second hover effect so he can experiment with more complex interactions. Finally, he could use a fraction or division challenge inside the game, such as making the object grow by halves or quarters, to connect coding decisions more closely with math reasoning.
Book Recommendations
- Hello Ruby: Adventures in Coding by Linda Liukas: A playful introduction to coding concepts, problem-solving, and computational thinking for children.
- How to Code a Sandcastle by Josh Funk: A story that introduces coding as a step-by-step process of planning, debugging, and completing a task.
- Fractions in Disguise: A Math Adventure by Edward Einhorn: A math adventure that explores fractions in a creative and accessible way.
Learning Standards
- Australian Curriculum: Mathematics — using fractions and division to describe parts of a whole and solve practical problems.
- Australian Curriculum: Mathematics — comparing and interpreting size and dimension changes through measurement and proportional thinking.
- Australian Curriculum: Digital Technologies — using block-based coding to create an interactive digital solution.
- Australian Curriculum: Digital Technologies — designing, testing, and refining a program that responds to user input and events.
Try This Next
- Create a mini worksheet: label the coding steps Ollie used to make the object grow and shrink on mouse hover.
- Quiz prompt: What happens in the game when the mouse is on the object? What happens when it is off the object?
- Drawing task: draw the game object in its small size and large size, then compare the two sizes using fractions.
- Writing prompt: explain how division or fractions helped make the game work.