What are the best coding classes for kids in Melbourne?
For a Melbourne child in Prep to Year 8, look for a live teacher, a small group at the same level and projects the child can explain afterwards. Greater Melbourne had 307,523 children aged 5 to 9 at the 2021 Census. Our classes start at age 6, run online after school, and the first lesson costs nothing.
Ask a Melbourne eight-year-old which playground is closest to the State Library and you will get a confident answer and an argument. We settled it with data. OpenStreetMap lists 234 playgrounds in a rectangle we drew around the inner city, and a child can find the nearest one with a single idea: keep a note of the smallest distance seen so far, and cross it out only when a smaller one turns up. That one variable is the heart of countless programs. Our young Melbourne coders run it in Scratch, then in Python, and then discover two things: in a list of 234 playgrounds the record only changed six times, and starting the record at the wrong number gives a confident wrong answer.
Facts last verified 7 October 2026. Teaching is online; no Melbourne branch is claimed.
Chosen by age and by what the child likes making. The free first lesson confirms the level before anything is booked.

Sprites, loops and a first game, including a playground hunt where the cat remembers the closest swing it has found.
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Games in Scratch, Roblox and Minecraft, built and play-tested by the child rather than copied from a video.
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First typed code: lists, loops and turtle drawings, then small programs that sort and search real Melbourne data.
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What AI is, what it gets wrong and how to check it, taught without signing a child up to adult chatbots.
See the syllabusBrowse the course atlas for more than one hundred options and use the coding roadmap to check prerequisites.
The four we are known for
These run underneath everything above. Every one is live and online, placed by ability rather than by age, and the first class is free.

Python, web and AI projects where the learner still owns the thinking.
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Automate the work you already do, then let AI carry part of it.
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Train a model, read what it learned, and be able to say why it is wrong.
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Run AI coding agents on real work without losing control of the codebase.
See the syllabusFrom the Australian Bureau of Statistics 2021 Census QuickStats for the Greater Melbourne capital city area. Each figure is the published one; we have not added any of them together.
| Measure | Greater Melbourne |
|---|---|
| Aged 0 to 4 | 290,649, or 5.9% of residents |
| Aged 5 to 9 | 307,523, or 6.3% (Australia 6.2%) |
| Aged 10 to 14 | 293,410, or 6.0% |
| People attending preschool | 107,797 |
| Average children in families with children | 1.8 |
| Median age of all residents | 37 |
Children aged 5 to 9 made up 6.3% of Greater Melbourne's residents in 2021, a touch above the national 6.2%. That is the band where most of our Melbourne learners first meet Scratch.
The 293,410 children aged 10 to 14 cover Years 5 to 8, where typed code such as Python starts to make sense and maths and coding begin to feed each other.
Families with children had 1.8 children on average. In practice that means siblings, and we often place brothers and sisters in different groups so each works at their own level.
A note we also teach the children. Census tables adjust each age band separately to protect privacy, so the bands are not promised to add up exactly to the total population. When a figure exists, we quote it; we never build our own total by adding the pieces.
Every playground OpenStreetMap records in our inner-Melbourne rectangle, measured from the State Library Victoria building, then searched with one variable.
| Measure | Figure |
|---|---|
| Playgrounds tagged in the rectangle | 234, of which 27 have a name |
| Nearest playground to the State Library | 805.5 metres (it has no name in the map data) |
| Next nearest | Flagstaff Gardens Playground at 944.4 m, Museum Playground at 947.4 m, then ArtPlay Playground at 1,074.3 m |
| Playgrounds within 1 kilometre | 4 |
| Farthest in the rectangle | 6,800.5 metres |
| Times the smallest-so-far value changed | 6, reading the list in the order the map returned it |
The first playground in the list was 4,341.8 metres away. With nothing to compare it to, it becomes the record: the smallest distance so far.
Each new playground is compared with the record. Bigger or equal, ignore it. Smaller, write it down instead. A Scratch sprite can do this with one variable and one if block.
Across all 234 playgrounds the record changed only six times: at the 1st, 3rd, 5th, 22nd, 138th and 143rd playground. After that, nothing beat 805.5 metres.
Beginners often start the record at a round number instead of the first distance. Start it at 0 and nothing is ever smaller, so the program reports a playground 0 metres away. Start it at 500 and the program reports 500 metres, because no playground in the list is that close: the nearest is 805.5 metres. Start it with the first playground's distance and the answer is right every time. One starting value, three different answers, and only one of them is true.
These figures are ours, measured on an OpenStreetMap snapshot from 7 October 2026. OpenStreetMap is mapped by volunteers, so a playground may be missing or one that has gone may remain; the rectangle is our own choice and not a council boundary. Distances are straight lines from the library building, not walking routes, and the nearest playground happens to have no name in the data, which children find funny and which is a useful lesson in itself.
The same idea at three ages, so a Prep child and a Year 8 student can each meet it at the right size.
| Stage | What the child does | What it teaches |
|---|---|---|
| Prep to Year 2 | Turns over number cards one at a time and keeps only the smallest in a special spot | Comparing two numbers and remembering one of them |
| Years 3 to 6 | Builds a Scratch sprite that walks past playground signs and updates a variable called nearest | Variables, if blocks and loops working together |
| Years 7 and 8 | Writes the search in Python over all 234 distances and counts how often the record moves | Lists, loops and a first taste of measuring what a program does |
Children often start the record at zero. Then nothing is ever smaller and the program proudly reports a playground zero metres away. Fixing it by starting with the first item is a lesson they remember.
What if two playgrounds are the same distance? Using smaller rather than smaller-or-equal keeps the first one found. Children decide which rule they want and say why.
Older learners sort the whole list as a second opinion and confirm both methods agree on 805.5 metres before they trust either.
We are not connected with the State Library Victoria, OpenStreetMap or the Australian Bureau of Statistics, and none of them has endorsed this project. The Census figures are the Bureau's own; the playground distances and record counts are our calculations.
Classes follow the Victorian school year, so holidays and busy weeks are agreed in advance rather than missed by surprise.
| Term | Start | Finish |
|---|---|---|
| Term 1 | Wednesday 27 January (students in government schools start Thursday 28 January) | Thursday 25 March |
| Term 2 | Monday 12 April | Friday 25 June |
| Term 3 | Monday 12 July | Friday 17 September |
| Term 4 | Monday 4 October | Friday 17 December |
Victoria calls the first year of school Prep. Our youngest Melbourne learners are six, usually in Prep or Year 1, and start with picture-based coding before any typing.
Families choose whether lessons continue through the holidays or pause. Many children keep one lesson a week going so a project is not forgotten over the break.
Secondary school brings bigger projects and more homework. We keep sessions to a steady weekly slot so coding stays enjoyable rather than another deadline.
Why a calendar is a good coding lesson too
Term dates look simple until a child tries to count the school weeks between two of them. Is the end date included? What about the day students start later than staff? Questions like these are exactly the edge cases programmers learn to ask about.
Bands are a guide. The free first lesson sets the real starting point.
Arrows, sequences and simple loops on screen, with lots of talking about what the program will do before it runs.
Coding for KidsProblem Solving and Computational Thinking for KidsVariables, scores and timers in games the child designs, including the playground hunt.
Scratch Coding for KidsGame Development for KidsMinecraft and Roblox projects, simple apps and a first look at how AI tools make guesses.
Minecraft Coding for KidsAI Literacy for Kids (Ages 8 to 14)Typed code, lists and loops on real data, with maths and coding taught side by side.
Python and AI for KidsMaths Through CodingYes, because an AI helper can start the record at zero just as easily as a beginner can, and only a child who understands the idea will notice.
Ask an AI tool for a program that finds the nearest playground and it will usually produce something tidy. Sometimes it sets the starting record to zero or to a fixed number such as 1,000, which quietly breaks when every playground is further away than that. Nothing on the screen says so. A child who has built the search by hand knows to look at that first line and ask what the record starts as.
That habit of reading a program and asking one sharp question is what we are really teaching young Melbourne coders. It applies to code from a friend, a book or an AI tool, and it is far easier to build at nine than to learn at nineteen. Children use AI helpers only in age-appropriate ways in our classes, with a teacher present.
Learning to code in 2026 is not about racing a computer. It is about knowing which line to check, and a child who has watched a record change six times in 234 playgrounds knows exactly where to look. The longer argument is in our longer case for children learning to code.
Greater Melbourne is wide, and after-school traffic is no one's favourite activity. Live online lessons reach every suburb without a car trip.
A laptop or desktop, a working microphone and a parent nearby for the first session is all a young learner needs.
Teachers use the year names Melbourne children hear at school, from Prep to Year 8, so nothing feels foreign.
Your child builds something small but complete, then you get a suggested level, course and weekly time. No card details are asked for.
Fifteen to twenty children working at the same stage, so no one is left behind or held back. One to one is available instead.
Around eight lessons a month in a fixed slot, which suits most children better than one long weekend session.
Melbourne is four and a half hours ahead of India time in winter and five and a half hours ahead during daylight saving, so a 4pm Melbourne lesson sits in our teachers' late morning or early afternoon.
Clock changes, settled once
Victoria moves its clocks forward in early October and back in early April; India never changes its clocks. Lesson times are always confirmed in Melbourne time, so the change is ours to manage, not yours.
Three clear prices, nothing hidden underneath.
One full lesson with no charge, ending with a level, a course suggestion and a weekly time.
A month of lessons, usually eight, alongside fifteen to twenty children at the same level.
The same monthly rhythm of about eight lessons, with your child as the only learner.
Families outside India pay in US dollars at one rate, so a child in the inner north and a child on the Mornington Peninsula pay the same. Nothing is invoiced until after the free lesson, once the course and time suit you; the pricing page explains holidays, missed lessons and switching between group and private.
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A Prep child might start by guiding a sprite with arrows, a Year 4 child by building the playground hunt in Scratch, and a Year 7 student by writing a first Python loop. Tell us the age and what they enjoy.
What Melbourne families tend to ask before the first lesson.
Our live classes start at age 6, usually Prep or Year 1. The youngest children begin with picture-based coding and simple loops before they type anything.
A running minimum is a variable that holds the smallest value seen so far while a program looks through a list. Each new value is compared with it and replaces it only if it is smaller, so one pass through the list finds the minimum.
Children take the 234 playgrounds OpenStreetMap records in an inner-Melbourne rectangle, measure each one's distance from the State Library Victoria building and find the nearest, 805.5 metres away, by keeping a smallest-so-far record and counting how often it changes.
No. Coding and maths grow together. Comparing distances, counting and spotting patterns are part of the lessons, and many children find maths easier once they have used it to make something work.
Yes. We use Victorian year names from Prep to Year 8 and plan breaks around the Victorian school terms, which in 2027 start on Wednesday 27 January for schools.
After school on weekdays or on weekends, chosen during the free lesson and always stated in Melbourne time. Exact times depend on which groups suit your child's level.
Lessons are live with a teacher in a small group, children are not asked to create accounts on adult AI tools, and parents are welcome to sit in, especially for the first few sessions.
No, and none is claimed. All teaching is live and online, with no premises anywhere in Australia. A learner needs a laptop or desktop, working sound and a reliable connection, and the contact number shown is an Indian one.
The first lesson is free. After that a group place is USD 100 a month for two live lessons a week, around eight a month, with fifteen to twenty learners, or USD 150 a month for the same pattern one to one. Course, format and time are agreed before anything is paid.
Fifteen to twenty learners, matched on level, pace and what they want to build rather than on age or suburb. If no suitable group meets at a workable time, one-to-one lessons are offered instead.
Older Melbourne students and adults have their own page: vibe coding and AI agents classes in Melbourne. For the whole state, including Prep to Year 12 and the VCE, see coding and AI classes in Victoria. Parents comparing options for younger children can read online coding classes for kids in Australia and game development for kids. Everything else hangs off the Australia coding page.