Example
Gem Quest: teaching a 6-year-old to count in 2s, 5s and 10s
Most of what I build is for grown-ups. I wanted to go the other way entirely and build for the hardest audience there is, a Year 2 child (age 6–7) who can barely read, has the attention span of a caffeinated squirrel, and will abandon anything that isn't fun in about four seconds.
So I made Gem Quest, a short interactive maths lesson that teaches counting in 2s, 5s and 10s, dressed up in the blocky voxel-game style that every kid this age already loves. It runs entirely inside a Rise code block.
The design problem: they can't read well, and they'll cheat!
Two constraints that shaped everything i did...
First, minimal reading. A weak reader can't be handed a wall of instructions. So every one of the seven sections is narrated; a children's entertainer style voice tells them what to do, and the on-screen text is short, huge, and backed up by what they can see.
Second, kids pattern-match instead of learning. Build for young kids and assume they will find and exploit every shortcut you leave lying around!
The narrator buddy
At the start of the course, kids pick one of three blocky pixel-face explorers. Their chosen character becomes the course narrator. Whenever a voice-over clip plays, the explorer slides in from the left with a blocky speech bubble showing what's being said and slides back out when the audio finishes. It gives the narration a face, lets early readers follow along with the text.
Levels are gated; they have to earn the next one
Kids can't skip ahead. The next button stays locked until the current level's activity is complete. The hotbar shows future levels with a padlock so they can see there's more to unlock, and completed levels stay lit so they can revisit freely.
The contrast
I posted a very different course earlier this week, the Discount Decoder, aimed at older learners tackling percentages. Same engine, same tool, completely different skin, reading level, and tone. That's the point I'd leave you with; the pattern - narrated, tap-driven, one idea per screen, mistakes are safe, reward in context, counting stays concrete, scales from a six-year-old collecting gems to a teenager decoding a sale price. Only the surface changes.
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