Bouncing Cat
The classic first Scratch project. The cat walks, bumps the wall, turns around. One hour, one smile.
At 8, kids love building tiny worlds — a bouncing cat, a colour story, a singing pumpkin. We use Scratch and gentle block coding so they build those worlds themselves, with no typing pressure and no boredom. Live, 1 hour per session.
At this age the right course is one that feels like play but still teaches logic, sequencing and patience. These are the courses most 8 year olds thrive in — every class live, 1 hour, with a real teacher.
A gentle starter course — AI, Scratch and game-dev taster sessions to find what lights them up.
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The visual block coding foundation — animations, characters, games. Zero typing stress.
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A playful intro using blocks. Logic, sequence and events — the habits every coder needs.
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Puzzle-driven computational thinking. Pattern spotting, decomposition and logic games.
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Code that produces art — spirals, colour patterns, moving stories. Great for visual learners.
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Build playable games — characters, score, levels. Favourite track for most kids.
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Design and build mobile-app style screens using blocks. A confidence-boosting first app.
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Posters, social posts and thumbnails with Canva AI. Design literacy for a visual world.
View course →If your child has already played with Scratch Junior, Code.org or Swift Playgrounds, skip the very first weeks and move to a Scratch projects or Game Dev track. We do a 10-minute level check in the free demo.
Looking for more? Browse the full courses catalogue →
At 8, most children read short paragraphs, love building and making up stories, and are not yet worried about school marks. That combination is rare — and it is perfect for their first real taste of coding.
Scratch blocks read like short English sentences — "when green flag clicked", "move 10 steps". An 8 year old who reads a storybook comfortably can read a Scratch program within minutes.
Ask an 8 year old what they want to build and you get wild, beautiful answers. Block coding lets them build it before they can type — which is why the first "oh, I made this" moment happens faster at this age than any other.
Board exams and entrance tests are years away. This is the rare window where your child can learn something hard slowly, without a deadline, and actually enjoy it.
These are the projects every 8-year-old learner of ours builds in the first months. Short enough to finish in one class, fun enough to show the family, and progressive — each one adds one new idea.
The classic first Scratch project. The cat walks, bumps the wall, turns around. One hour, one smile.
A title card with the child's name, colours, and a short animation. They send it to grandparents on day one.
A scrolling forest scene with changing weather — rain, snow, sunshine — controlled by clicks.
A bag at the bottom of the screen, stars falling — catch as many as you can in 30 seconds. First real game.
A Scratch cat asking "what is your favourite colour?" and reacting to the answer. First taste of input.
Arrow keys move a paintbrush across the screen. Spacebar changes colour. Their own little art tool.
At 8, progress shows up as confidence first and code second. The path below is what works for most children. Your child's pace may be faster or slower — that is fine, and expected.
Sprites, costumes, the green flag. Short, silly projects with lots of small wins. The goal is simply that they look forward to Friday's class.
Motion + costumes + events combine into finished mini-games and story scenes. They start saying "can we build X next?" — that sentence is the real milestone.
We introduce "what if" thinking. Score counters, lives, simple quiz branches. This is where computational thinking quietly moves in.
Stories with chapters, games with levels, quizzes with 10 questions. They can now plan on paper before coding — a huge leap.
Same curriculum. Same teachers. Same recordings. The difference is whether your child learns best with one teacher's full attention, or alongside 4 to 6 classmates at their level.
One teacher, one learner, the full 1 hour. The teacher adapts pace in real time — slowing down on tricky concepts, speeding up where your child is already fluent. Best for focused learners, specific exam prep, or fastest progress.
4 to 6 students at a similar level, one teacher, 1 hour per session. Learners move faster when they see peers solve problems in different ways. Supportive, never pressured. Best if your child enjoys learning with others.
If you are deciding when to begin, this table gives you the plain differences between age 7, 8 and 9. Each row is a real shift we see in the classroom.
| What to expect | Age 7 | Age 8 (this page) | Age 9 |
|---|---|---|---|
| Main tool | Scratch Junior, Code.org | Scratch + drag-drop | Scratch + early typing |
| Reading fluency | Short words | Short sentences | Paragraphs |
| First project | Moving character | Catch-the-star game | Maze chase |
| Session length | 45 min | 1 hour | 1 hour |
| Homework | Optional | Tiny and playful | 10-minute tasks |
| Best format | 1-on-1 | Small group works too | Both work well |
Real, verified reviews from Modern Age Coders families.
Modern Age Coders have wonderful teachers who teach in a clear, easy and practical way. The teacher boosts students' confidence, keeps them updated with technology, and inspires them to learn without hesitation.
My son has been attending this class for a few months and I have been genuinely impressed with his progress and enthusiasm. The instructors are patient and knowledgeable. He looks forward to every class and his confidence has grown.
The one step solution for my son. Modern Age Coders make learning coding so simple that kids love it. The teachers explain complex concepts clearly with practical exercises and interactive content. The projects were challenging and rewarding.
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