What are the best coding classes for kids in Newcastle?
Newcastle children from Kindergarten to Year 8 learn most from a live teacher, a small group ready for the same next step and projects about their own city. The Newcastle and Maitland urban area counted 31,908 children aged 5 to 9 in 2021. We teach online from age 6, with a first lesson at no cost.
Ask a Year 4 child what 3 plus 6 is and you will get 9 before you finish the question. Ask a computer, and sometimes the answer is 36. That is not a broken computer. It is what happens when numbers are stored as text, and Newcastle's park benches give us a perfect example. OpenStreetMap records 191 benches across central and coastal Newcastle in the rectangle we chose, and two of them note how many people they seat: 3 and 6. Add them the wrong way and the total is 36. Our young Newcastle coders find out why, and learn the one small fix that makes it 9.
Facts last verified 7 October 2026. Teaching is online; no Newcastle branch is claimed.
Chosen to suit age and interests. The first lesson costs nothing and confirms the level.

Number sense first: knowing that 3 and 6 make 9 so firmly that 36 looks obviously wrong.
See the syllabus
Block programs with number blocks and word blocks, and the moment a child notices they behave differently.
See the syllabus
Scratch games that read answers typed by the player and have to decide whether they are words or numbers.
See the syllabus
First Python, where text, whole numbers and conversion between them are some of the first things learned.
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.
See the syllabus
Automate the work you already do, then let AI carry part of it.
See the syllabus
Train a model, read what it learned, and be able to say why it is wrong.
See the syllabus
Run AI coding agents on real work without losing control of the codebase.
See the syllabusThe ABS publishes 2021 Census QuickStats for the Newcastle and Maitland significant urban area. These are those published numbers, quoted as they appear.
| Figure | Newcastle - Maitland |
|---|---|
| Children 0 to 4 | 29,485 (5.8%) |
| Children 5 to 9 | 31,908 (6.3%; Australia 6.2%) |
| Children 10 to 14 | 31,667 (6.2%) |
| People attending preschool | 11,755 |
| Families | 137,303 |
| Median age | 39 |
Of the people in the area attending any educational institution, 7.9% were at preschool, the highest share among the eight areas on our kids pages. Many future coders are only a year or two away.
New South Wales calls the first school year Kindergarten. Our youngest Newcastle learners are six and usually in Kindergarten or Year 1.
Families with children in the area had 1.8 of them on average, and siblings often learn with us at the same time in separate groups.
Census tables adjust each age band on its own for privacy, so the bands need not add up to the published total. We quote the published figures and never add pieces together to make a number of our own, a habit we pass on to the children.
Two Newcastle park benches, the seat counts written on them in OpenStreetMap, and what happens when a program forgets those counts are stored as text.
| Question | Answer |
|---|---|
| Benches mapped in our Newcastle rectangle | 191 |
| Benches that record how many people they seat | 2, seating 3 and 6 |
| Adding the two values exactly as stored | "3" + "6" gives "36" |
| Adding them after converting to whole numbers | 3 + 6 gives 9 |
| Sorting "3", "6" and "240" as text | "240", "3", "6" |
| The largest of the three, compared as text | "6" |
OpenStreetMap stores every value as text, even ones that look like numbers. To a program, the seat count "3" is the character 3, no different in kind from the letter a.
For numbers, plus adds. For text, plus joins one piece onto the end of another. Joining "3" and "6" makes "36", which is exactly what the program was asked to do.
Wrapping each value in int() turns the text into a whole number first. Now 3 plus 6 is 9, and the program agrees with every Year 4 child in Newcastle.
One of the benches also records the direction it faces, 240. Put "3", "6" and "240" in order as text and you get "240", "3", "6", because text is ordered by its first character and 2 comes before 3. Ask for the largest and text comparison answers "6". Convert to numbers first and the order becomes 3, 6, 240, with 240 the largest, as any child would expect.
These results are from our own Python run on an OpenStreetMap snapshot taken on 7 October 2026. OpenStreetMap is edited by volunteers; benches may be missing or have changed, and few record their seat count at all. The rectangle is our own choice, not a council boundary, and we make no claim about how many benches Newcastle has.
The difference between a number and the symbol for a number is a big idea, so we bring it in gently and early.
| Stage | Activity | Understanding built |
|---|---|---|
| Kindergarten to Year 2 | Joins number cards side by side to make bigger numbers, then adds them with counters | A digit is a symbol; putting symbols together is not the same as adding |
| Years 3 to 6 | Builds a Scratch quiz where typed answers are checked, and spots when 10 and 010 are treated differently | Input, comparison and converting what a player types |
| Years 7 and 8 | Reads the Newcastle bench tags in Python, adds, sorts and finds the largest, before and after int() | Data types, conversion and testing results against common sense |
A total of 36 seats on two benches should make anyone suspicious. Children learn that a quick reasonableness check catches many bugs before any fancy testing.
What if a tag said "three" or "3 to 4"? int() would stop with an error. Older children write code that reports such values instead of crashing.
Numbers stored as text cause the same trouble in spreadsheets at school. Once children understand it in code, they recognise it everywhere.
Our project has no connection with the City of Newcastle, OpenStreetMap or the Australian Bureau of Statistics, and none of them has endorsed it. The census numbers are the ABS's; the bench results come from our own code.
Newcastle families follow the New South Wales school year, and lessons are planned around it.
| Term | Students attend |
|---|---|
| Term 1 | Wednesday 3 February to Friday 9 April |
| Term 2 | Thursday 29 April to Friday 2 July |
| Term 3 | Tuesday 20 July to Friday 24 September |
| Term 4 | Tuesday 12 October to Monday 20 December |
The ABS Schools methodology records that New South Wales children must attend school from the age of six, which is also the age our live classes begin.
Each term starts with school development days for staff before students arrive, so the dates above are student days, as the department lists them.
Between terms, families choose whether lessons pause or carry on once a week. Short holiday projects keep skills fresh without crowding the break.
Dates are text too
Type "3 February" into a program and it is just text, exactly like the bench seat counts. Before a program can count the days between two dates, it has to turn them into dates, the same idea as turning "3" into 3.
Bands are a starting suggestion. The free lesson shows where your child really is.
Counting, place value and first programs that use number blocks.
Mental Maths for KidsCoding for KidsReading what the player types, checking answers and keeping scores.
Scratch Coding for KidsGame Development for KidsBlock-based apps and Minecraft projects that store and compare values.
App Making for KidsMinecraft Coding for KidsText, whole numbers, decimals and conversion, used on real Newcastle data.
Python and AI for KidsMaths Through CodingYes, because the tool adds whatever it is given, and a seat count of 36 looks just as tidy on screen as a seat count of 9.
AI tools and spreadsheets both work with data as it arrives. If the numbers came in as text, a quickly generated program may join them instead of adding them, or sort 240 before 3, and the output looks perfectly confident. A child who has met "3" plus "6" makes "36" will glance at the result and know something is off.
We teach young Newcastle coders to expect the computer to do exactly what it was told, no more, and to check that what it was told is what they meant. AI tools appear in our lessons only in ways suited to the child's age, with a teacher present throughout.
So, is coding still worth learning in 2026? For a child who wants to understand the answers a computer gives, more than ever. A Newcastle child who has fixed 36 into 9 already knows why. The longer argument is in is learning to code still worth it.
The Newcastle area spreads from the coast to the Hunter, and a live online lesson means no driving after school.
Any laptop or desktop with sound will do, and a parent beside a young child for the first lesson.
Teachers use NSW year names from Kindergarten onwards, so lessons sound like school.
A genuine first lesson where your child builds something, then a suggested course and time. No card is ever requested.
Groups of fifteen to twenty at a similar level, or private lessons instead.
Around eight lessons a month in a regular slot that sits around sport and homework.
Newcastle is four and a half hours ahead of India time in winter and five and a half hours ahead during daylight saving, so after-school lessons fall within our teachers' daytime hours.
Clock changes handled
NSW moves its clocks in early October and early April; India does not. Every lesson time is confirmed in Newcastle time so the change never catches anyone out.
Three prices and that is all.
One complete free lesson, ending with a level, a course and a time.
Around eight lessons a month with fifteen to twenty children at the same level.
Around eight lessons a month with your child learning one to one.
Outside India, all families pay in US dollars at one rate, from the beaches to the Hunter. We invoice only once you have tried a lesson and chosen a course and slot; holidays, absences and moving between group and private are explained on the pricing page.
Rated 4.9 across 547 Google reviews. These are real reviews, reproduced as written.
★★★★★
"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."
Ria Mukherjee
Parent
★★★★★
"Modern Age Coders has been a game-changer for me. I struggled to grasp IT concepts and coding before joining, but their classes transformed everything. I can now confidently write complex programs with ease."
Samriddha Mondal
Student
★★★★★
"One of the most wonderful education centres out there. Education is not limited to school syllabus but focuses on skill development."
Vansh Agarwal
Student
★★★★★
"My child Dhairya is really enjoying the Modern Age Coders classes. This is his first online class and he eagerly looks forward to it. I can already see his improvement, and the teachers are very cooperative."
Sonam Oswal
Parent of Dhairya
★★★★★
"Modern Age Coders have wonderful teachers who teach in a clear, easy and practical way. The teacher boosts students' confidence and inspires them to learn without hesitation."
Sonu Goyal
Parent
★★★★★
"I highly recommend this computer coding class! The teachers are incredibly knowledgeable and passionate about coding."
Ritu Kedia
Parent
A Kindergarten child might begin with number cards and blocks, a Year 4 child with a Scratch quiz, and a Year 8 student with the bench data in Python. Give us a year level and one thing your child loves.
What Newcastle families usually ask first.
Live classes start at age 6, normally in Kindergarten or Year 1. Young children begin with blocks and pictures before they type.
It means the computer is holding the characters that look like a number rather than the number itself. Text can be joined and sorted letter by letter, but not added or compared by size until it is converted, for example with int() in Python.
Children take the 191 benches OpenStreetMap records in a rectangle over central and coastal Newcastle, find the two that list seat counts, 3 and 6, and see that adding them as stored gives "36" until they convert the values to numbers and get 9.
Not at all. Younger children explore the same idea with number cards: putting a 3 next to a 6 makes 36, while adding three counters to six makes nine. Code comes later; the idea starts early.
Yes. We use NSW year names from Kindergarten to Year 8 and plan around the NSW school terms, which in 2027 begin for students on Wednesday 3 February.
After school on weekdays or at weekends, agreed during the free lesson and stated in Newcastle time.
Lessons are live with a teacher watching throughout, groups are small, children are never asked to join adult AI services, and parents may sit in on any lesson.
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.
For the state picture, from Kindergarten to the HSC and the selective tests, see coding and AI classes in New South Wales. Families with older students heading for senior school can read HSC Software Engineering help. For younger children there is coding for 7 and 8 year olds, and everything else is linked from the Australia coding page.