Canada · Coding classes · How to choose

Online coding classes in Canada, compared by format

Search for the best coding classes for kids in Canada and you mostly find old city listicles and directories that never say what "best" means. This page says it plainly. We set out seven criteria a family can check for itself, compare the five common formats against them (in-person franchise centres, live online groups, live online one-to-one lessons, recorded courses and free non-profit programs), show what each province's curriculum asks of young coders, and finish with a ten-minute test you can run in any trial class, ours included. We do not rank companies, and we do not tell you we are the best. We tell you how to find out.

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Teaching live online since 2020 · 10,000+ students · rated 4.9 across 547 Google reviews

The short answer

The best coding class for a Canadian child is the one that passes seven checks: a live teacher, a stated class size, the right age band, a link to the provincial curriculum, published fees, a route to contests such as the CCC, and teaching that makes the child think rather than copy. Modern Age Coders teaches live online across Canada, in a batch or one to one, in courses such as Coding for Kids and Python for Teens.

Where we would start

Three courses for Canadian students who are new to coding

Matched by age. Each is taught live by one regular teacher, so the seven checks below apply to us as much as to anyone.

Coding for Kids course thumbnail

BEC / 01

Coding for Kids

Ages 6 to 12, complete beginners, batches grouped by age. Block coding first, then games, apps and a first look at AI.

Open the syllabus →
Python and AI for Kids course thumbnail

BEC / 02

Python and AI for Kids

Ages 9 to 12. Typed code from the start, through games and turtle drawings, for a child ready to move past blocks.

Open the syllabus →
Python for Teens course thumbnail

BEC / 03

Python for Teens

Ages 13 to 18, from absolute beginner. The language behind most CCC Junior writers and many Grade 11 computer science courses.

Open the syllabus →

What "best" means here

Seven criteria for judging a coding class in Canada

These are our criteria, written so that a parent can check each one without trusting anybody's marketing, including ours. A class does not need a perfect score on all seven, but the first and the last matter more than the rest.

Seven criteria for a coding class, with the check a family can run (our framework)
CriterionWhy it mattersHow to check it yourself
1. A live teacherA recording cannot notice that a child has stopped understanding. A person can, and can change the next question on the spot.Ask whether the same teacher leads every class, and whether the child's screen is watched while they code.
2. A stated class sizeSize decides how often your child is asked to explain their own code. A provider that will not give a number is telling you something.Ask for the maximum, not the average, and whether it changes in busy months.
3. The right age bandA seven-year-old and a twelve-year-old need different tools, pace and kinds of project.Look for a published age range for each course, and ask how batches are grouped.
4. Curriculum fit by provinceOntario puts coding inside math from Grade 1; British Columbia, Alberta and others teach it in other places. A class that knows this can help with school, not just alongside it.Name your child's grade and province, and ask what their school course expects this year.
5. Published feesYou should know the monthly fee before a sales call, not after.Look for a fee on the provider's own site. If there is none, ask for it in writing.
6. A route to contestsCanada has free and low-cost contests, run through schools, that reward real problem solving.Ask which contests the teacher has prepared students for, and how practice problems are chosen.
7. Thinking over copyingA child who copies code, from a screen or from an AI tool, learns to type. A child who has to explain and change it learns to program.Run the ten-minute test further down this page in the trial class.

Why live teaching comes first

Every other criterion depends on someone being there. A stated class size only matters if a teacher uses the time to ask questions; curriculum fit only matters if someone adjusts the lesson to it.

This is not a case against recorded courses. They are cheap, patient and good for practice. It is a case against treating them as teaching, especially for a child under twelve.

Why thinking comes last but weighs most

The seventh criterion is the hardest to see from a website, and the one that decides whether a year of classes leaves anything behind.

Our promise to families is the same in Toronto, Calgary or Halifax as anywhere else we teach: we teach students how to think and solve problems, not to copy answers or AI output. The test below is how you hold us to it.

Five formats

Five coding class formats compared on the seven criteria

Most options open to a Canadian family fall into one of five formats. The table scores the format, not any one company; a strong provider can beat its format and a weak one can fall below it. The judgments in this table are ours.

Coding class formats in Canada against the seven criteria (our assessment of each format, October 2026)
CriterionIn-person franchise centreLive online groupLive online 1-on-1Recorded or self-paced courseFree non-profit program
Live teacherYes, on site; often supervising self-paced workYesYesNoUsually, for a workshop or club
Class size statedVaries; often not publishedSometimes publishedOne studentNot applicableVaries by event
Age bandOften narrow, such as roughly 5 to 14Varies by providerAny ageWideVaries; some focus on adults
Curriculum fit by provinceRarely the aimPossible if the teacher knows the provinceStrongest: built around the studentRareRare
Published feesOften not on the pageMixedMixedUsuallyFree or low cost
Route to contestsRarePossibleStrong if the teacher knows the contestRareOccasional
Thinking over copyingDepends on the centreDepends on the teacher and the sizeEasiest to checkHardest to checkDepends on the volunteer or instructor

Where in-person centres are strong

A centre gives a child a room, friends and a fixed after-school routine. For a six-year-old who needs to move around and be with others, that can matter more than any curriculum.

The trade-off is reach. A centre exists only where a franchise has opened one, the hours follow the centre's week, and a child in a smaller town may have nothing within driving distance.

Where online formats are strong

Live online classes reach every province and territory equally, and the teacher can see the child's code as it is typed, which is harder across a room of desks.

The difference between an online group and online one-to-one is mostly attention. A group gives a child peers and a fixed rhythm; one-to-one gives every minute to one student and lets the plan follow their school course.

A note on free programs: Canada is well served by them, and a family on any budget should know they exist before paying anyone, including us. They are listed by name in the next section. Their limitation is continuity: a workshop or a club meeting is rarely a year-long path with one teacher who knows your child.

In providers' own words

What providers in each format say about themselves

One or two examples per format, quoted from each provider's own website as read on 22 October 2026, so you can see what each format looks like in practice. This is not a ranking and not an endorsement, and the list is far from complete. Modern Age Coders is not connected with any provider named here.

Examples of each format, quoted from the providers' own sites (read raw on 22 October 2026)
FormatExampleIn its own wordsFee printed on the page we read?
In-person franchiseCode Ninjas (Canadian locator and a Toronto centre page)"Kids progress at their own pace through belt-based levels"; "Code Ninjas centers are open to kids after school on weekdays."; languages named: "Scratch, JavaScript, and Python"No
In-person maker centreSteamoji"maker academy for kids ages 6-14"No (a free session is offered)
Live online groupCoding with Kids (its Canada page)"Coding Classes and Camps in Canada"; "Join a small group class from home, via a LIVE video conference!"No
Live online groupCreate & Learn (a US site with no Canada page)"Class Size: 5 students Max"Yes
Live online, Canada-localisedBrightCHAMPS (en-ca pages)"Live instructor-led classes"Yes
Recorded or self-paced platformTynker"There are quarterly, yearly and lifetime plans which include access for up to 3 children"Plans described
Free non-profit, adults and familiesCanada Learning Code"a national not-for-profit"; "Learn in a social and collaborative way at low to no cost."Low to no cost
Free non-profit, youthDigital Moment (formerly Kids Code Jeunesse)"Founded in 2013, Kids Code Jeunesse (now Digital Moment)"; "Code Club is free and a great place to meet friends while learning to code"Free
Non-profit network, K to 12Actua"We proudly represent over 40 universities and colleges across Canada"; "year-round digital skill-building camps, clubs and workshops for youth in K-12"Varies by member

Sources: each provider's own site, read raw on 22 October 2026: Code Ninjas Canada, Steamoji, Coding with Kids Canada, Create & Learn pricing, BrightCHAMPS Canada, Tynker, Canada Learning Code, Digital Moment, Actua. We print no other provider's fees; check each site for its current figures.

Reading the fee column

Several of the in-person and online providers we read print no fee at all on the pages a parent lands on; you learn the price after a call or a visit. Others print one. Neither tells you whether the class is good, but it does tell you how easy it will be to compare.

On our side, the fees section on this page shows our monthly fee in your own currency before you speak to anyone.

Reading the class-size column

Few providers print a maximum class size. When one does, it is the most useful number on the page, because it tells you how often your child will be asked to speak.

Ours: a batch of 15 to 20, or one to one. The batch keeps the monthly fee low; one to one buys all of the teacher's attention.

Curriculum fit

What each province's curriculum asks of young coders

Canada has no national coding curriculum. Each province puts coding in a different place, and a class that knows where your child's school puts it can make school easier instead of competing with it. Every line below is quoted from the provincial curriculum document, read on 22 October 2026.

Where coding sits in provincial curricula (quoted from each ministry's curriculum site)
ProvinceWhere coding appearsIn the curriculum's words
Ontario, Grades 1 to 8Inside the math curriculum (2020), strand C, expectation C3, in every grade"solve problems and create computational representations of mathematical situations using coding concepts and skills"
Ontario, Grade 1The first rung of the coding ladder"by writing and executing code, including code that involves sequential events"
Ontario, Grade 5 and Grade 6Conditions, then efficiencyGrade 5: "including code that involves conditional statements and other control structures"; Grade 6 adds "by writing and executing efficient code"
Ontario, Grade 9 (MTH1W)Coding inside the de-streamed math course"create code by decomposing situations into computational steps in order to represent mathematical concepts and relationships"
Ontario, Grade 10 (ICD2O)A digital technology course from 2023"Students will learn and apply coding concepts and skills to build hands-on projects and investigate artificial intelligence, cybersecurity, and other emerging digital technologies"
British Columbia, Grades 6 and 7Applied Design, Skills, and Technologies, computational thinking module"simple algorithms" and "visual programming", "for example, Kodu, Scratch"
British Columbia, Grade 11Computer Programming 11"Key components are decomposition, patterns and generalizations, abstraction, and algorithmic thinking."
Alberta, Grades 7 to 9The renewed draft curriculum"By integrating topics like artificial intelligence, computer science and money management"; math 7 to 9 is "ahead of mandatory implementation in September 2027"
SaskatchewanComputer Science 20 and 30, filed with the sciences"resources/materials for Computer Science 20 and other science curricula"
ManitobaA computer science framework for high school"Senior 2 (20S), Senior 3 (30S), and Senior 4 (40S) Computer Science"
New BrunswickComputer Science 110"Learners will gain a strong foundation in coding while demonstrating operational skills, using computational thinking"; it names "AI-assisted debugging tools"
Nova ScotiaComputer Programming 12, through the Nova Scotia Virtual School"CodeHS: NSVS Computer Programming 12 (Java)."

Sources: Ontario curriculum and resources (read through its public content service), BC curriculum, ADST, Alberta curriculum timeline, Saskatchewan curriculum, Manitoba computer science, New Brunswick Computer Science 110 and Nova Scotia Virtual School, all read 22 October 2026. We could not reach Quebec's, Newfoundland and Labrador's or Prince Edward Island's curriculum sites that day, so they are not listed rather than guessed.

What this means for a younger child

An Ontario child in Grade 3 is already expected to write code with repeating events in math class. A coding class that teaches loops with blocks or Python is practising the same idea, and a good teacher will say so to the child.

In British Columbia, Scratch is named in the Grades 6 and 7 module. A child who has built a few Scratch projects before then walks in ahead rather than behind.

What this means for a teenager

By Grade 11 the provinces converge on the same ideas under different names: decomposition, abstraction and algorithms in BC; software development in Ontario's ICS3U; Java in Nova Scotia's Computer Programming 12.

A strong class teaches those ideas directly, in a real language, so that whichever school course the student takes, it reads as revision rather than a first meeting. Our Ontario students can also join the ICS3U and ICS4U companion course, which supports the school course and does not grant Ontario credits.

Contests

Contests a coding class in Canada should know about

Canada has two computing contests that any school can enter, both run by the Centre for Education in Mathematics and Computing (CEMC) at the University of Waterloo. A class that claims contest preparation should be able to tell you their dates and their rules without looking them up.

CEMC computing contests in the 2026 to 2027 school year (from CEMC's own contest pages, read 22 October 2026)
Beaver Computing Challenge (BCC)Canadian Computing Competition (CCC)
WhenCEMC lists "North and South America: Monday, November 9, 2026 to Friday, November 20, 2026"CEMC lists "North and South America: Wednesday, February 17, 2027"
WhoGrade 5/6, Grade 7/8 and Grade 9/10 levelsJunior level for "beginner to intermediate programming skills"; Senior for "intermediate to advanced"
Coding needed?No: the questions "only require familiarity with concepts covered in the mathematics curriculum across all Canadian provinces"Yes: "CCC participants may use C, C++, Python 2, Python 3, or Java."
Format"Time allowed for completion is 45 minutes.""5 questions." "Time allowed for completion is 3 hours." "Score out of 75."
How students enterThrough their school; CEMC says "It is not possible for students to individually register for a contest"Through their school, written online at school
AI toolsNot covered on the page we readThe CCC rules forbid "generative AI such as CoPilot or ChatGPT" during the contest

Sources: CEMC, Beaver Computing Challenge, CEMC, Canadian Computing Competition, How contests work and the CCC rules, read 22 October 2026. We are not connected with CEMC.

Why contests are a fair test of a class

A contest problem cannot be memorised in advance and, at the CCC, cannot be handed to an AI tool. It shows what a student can do alone, on a problem they have never seen.

That makes contests a useful check on criterion seven even for a family with no interest in prizes. A student who can solve an easy Junior question unaided has been taught to think.

What to ask a provider

Ask where practice problems come from. CEMC's past contests are free, and CEMC says of its resources: "There is no registration or fee required to access these materials." A provider should point you to them, not resell them.

Ask whether the teacher writes original practice problems. Ours are written by our teachers, labelled as ours, and never copied from CEMC. Our CCC Junior guide shows three.

A ten-minute test

The transfer test: how to tell whether a class teaches thinking

This is our test, and you can run it in any trial class, ours included. The idea is simple. A child who has really understood a program can change it when the rule changes. A child who copied it, from the teacher's screen or from an AI tool, cannot. Ask the teacher to let your child try both parts, and watch the second part closely.

Part 1: the morning bus. A school bus leaves its first stop at 7:05 and another leaves every 12 minutes. Print the time of every bus that leaves before 8:00. The program counts time in minutes after midnight, so 7:05 is 7 times 60 plus 5, which is 425.

Part 1 · our programpython
# Our transfer test, part 1: the morning bus (written by Modern Age Coders)
first_bus = 7 * 60 + 5      # 7:05, as minutes after midnight
gap = 12                    # a bus every 12 minutes
t = first_bus
while t < 8 * 60:           # every bus that leaves before 8:00
    print(f"{t // 60}:{t % 60:02d}")
    t += gap
Part 1 · what it printstext
7:05
7:17
7:29
7:41
7:53

Part 2: the rule changes. Now the last bus may leave as late as 8:30, and no bus may leave between 7:30 and 7:45 while a crossing guard changes shift. Change the program. Do not start again from a blank file.

Part 2 · one good answerpython
# Our transfer test, part 2: the changed rule (written by Modern Age Coders)
first_bus = 7 * 60 + 5
gap = 12
closed_from = 7 * 60 + 30   # no departures from 7:30 ...
closed_to = 7 * 60 + 45     # ... to 7:45
t = first_bus
while t <= 8 * 60 + 30:     # the last bus may now leave at 8:30
    if not (closed_from <= t <= closed_to):
        print(f"{t // 60}:{t % 60:02d}")
    t += gap

Two changes do all the work: the loop condition becomes t <= 8 * 60 + 30, and one if skips the closed window. The 7:41 bus disappears and three new buses appear after 8:00. Both programs were run under Python on 22 October 2026 and printed exactly the output shown.

Part 2 · what it printstext
7:05
7:17
7:29
7:53
8:05
8:17
8:29

What a child who understood does

They go straight to the while line, because they know it decides when the buses stop. They can say why 8 * 60 + 30 means 8:30. They test the new program and notice that 7:41 has gone.

They may be slow, and they may make a mistake on the way, such as writing < where <= was needed so that an 8:30 bus would be dropped. A mistake they find themselves is a good sign, not a bad one.

What a child who copied does

They retype the whole program, or ask for a new one. They cannot say what t holds, or why the program multiplies by 60. Asked to predict the output before running it, they guess.

None of that means the child is weak. It means the class has been teaching typing. The fix is a teacher who asks "why" before "what next", every lesson.

The same test works with blocks for a younger child: build a Scratch sprite that jumps three times, then change the rule so it jumps until it touches the ground. And it works for us. In our free first class, ask the teacher to change one rule in whatever your child has just built, and judge us by what happens next. Outside class, remember that ChatGPT needs a parent's permission for anyone under 18.

By age

Which format suits which age

Our guidance, from teaching students aged 6 to 67. It is a starting point for a conversation, not a rule; a mature nine-year-old and an anxious fourteen-year-old may both break it.

Format by age (our guidance)
AgeWhat tends to workWhat to be careful ofA matching course of ours
6 to 8Short live sessions with a lot of talk, block coding, a project finished every class or twoLong recorded videos; any class where the child mostly watchesScratch Coding for Kids
9 to 12Live groups that move from blocks to typed Python, with games as the reason to learnStaying in blocks for years because it is comfortablePython and AI for Kids
13 to 15Typed code, real projects, a first contest such as the Beaver Computing Challenge or CCC JuniorAI tools that write the code before the student has triedProblem Solving for Teens
16 to 18One-to-one or a small batch tied to the school course, the CCC or a university planCourses that ignore the student's actual Grade 11 or 12 courseCCC Junior and Senior Preparation
AdultsLive classes paced to work and family, with projects the learner choosesBootcamp pace for someone who has a full-time jobPython Masterclass

A group, when

The child likes peers, needs a fixed weekly rhythm, and the family wants the lower monthly fee of a batch of 15 to 20.

Both, when

A batch most of the year, with a few one-to-one classes before a contest, a school project or a test that matters.

One to one, when

The plan should follow a school course, a contest date or a learning difference, or the timetable is hard to fix.

Trial class steps

How to use a free trial class to compare providers

Most providers, us included, offer a first class or session without charge. Used well, it answers most of the seven criteria in an hour. These steps are ours.

  1. Before the class, write down three facts: your child's grade and province, what they have coded before (nothing is a fine answer), and what you hope they get from a year of classes.
  2. Ask the size question in writing. "What is the most students a class can have?" A clear number is a good sign; "it depends" is worth a follow-up.
  3. Ask for the monthly fee before the class, not after it. If the provider's site does not print one, ask for it by email so you can compare like with like.
  4. Sit nearby for the first fifteen minutes, then leave. Notice how often the teacher asks your child to explain something, and how often your child simply watches.
  5. Ask for one rule change near the end. This is the transfer test above. Watch whether your child can change their own work, with hints if needed.
  6. Ask what the next eight classes would cover, and how they link to your child's school course in your province.
  7. Afterwards, ask your child one question: "What did you make, and how does it work?" The answer is the best review any class can get.

Comparing two or three trials

Score each trial against the seven criteria on the same evening, while it is fresh. A simple tick, cross or question mark per criterion is enough.

If two providers tie, choose the one your child wants to go back to. Twelve months of willing practice beats a better syllabus attended reluctantly.

What our free first class covers

A short problem matched to your child's age, solved live on screen, and at the end one rule change so you can see the transfer test happen.

The teacher then tells you where your child is starting from, which course fits, and whether a batch or one to one suits them. There is no card to enter and nothing to sign.

Where a learner starts

Four stages from first lesson to independent coder

Our stages, used in the first class to place a student honestly.

Four stages of a young coder (ours)
StageWhat you see
1. FollowingBuilds what the teacher shows, step by step, and can say what each step does
2. ChangingAlters a working program when a rule changes, the transfer test in this page
3. PlanningBreaks a new problem into steps before writing any code
4. IndependentSolves unseen problems alone, tests them, and explains the method to someone else

For parents

Most children who come to us after a year of another class are at stage 1, whatever the certificate says. That is not their fault and it moves quickly once the teaching changes.

Stage 2 is the one to ask about after three months. If your child cannot yet change their own program, ask the teacher why.

For students

When something works, change one thing and predict what will happen before you run it.

If you used an AI tool, close it and write the program again from memory. Whatever you could not rewrite is what you still need to learn.

The catalogue

Nine coding courses for Canadian students, by stage

Every course is live online with one regular teacher, in a batch or one to one, for students in any province.

I

First steps

Ages 6 to 12

BEC / KID / 01

Scratch Coding for Kids

From a first sprite to complete games, for ages 6 to 12.

Open the syllabus

BEC / KID / 02

Minecraft Coding for Kids

Blocks to real code inside a world children already love.

Open the syllabus

BEC / KID / 03

Problem Solving for Kids

Logic and step-by-step thinking for ages 7 to 12.

Open the syllabus
II

Typed code

Ages 9 to 18

BEC / TEEN / 01

Roblox Game Coding

Typed Luau scripts inside a game, ages 8 to 14.

Open the syllabus

BEC / TEEN / 02

Java for Teens

The language of many Grade 11 and 12 courses.

Open the syllabus

BEC / TEEN / 03

ICS3U and ICS4U Companion

Alongside the Ontario school course, in Python or Java.

Open the syllabus
III

Further on

Teens and adults

BEC / ADV / 01

Competitive Programming for Teens

Algorithms and contest habits beyond CCC Junior.

Open the syllabus

BEC / ADV / 02

Vibe Coding for Teens

AI-assisted projects, built on code the student understands.

Open the syllabus

BEC / ADV / 03

Python Masterclass

From zero for adults, at a pace that fits a working week.

Open the syllabus

How our classes run

Live online coding classes for every Canadian time zone

Weekdays or weekends, flexible: choose your batch, or for a very personalised plan choose 1-on-1 at your convenience, weekend mornings or weekdays.

Weekdays

After-school batches, with the time set in your province's clock.

Weekends

Weekend mornings suit families with busy school weeks.

1-on-1

Booked around the student, and moved when the term changes.

One teacher

The same person every class, who knows your child's code.

A stated size

A batch of 15 to 20, or one student: you choose, and we keep to it.

Your province

Lessons that point back to the school curriculum.

Explain, then change

Every project ends with a rule change, not a copy.

Contest ready

BCC and CCC practice from problems our teachers write.

Ages 6 to 67

Children, teens and adults, in separate batches.

Student work

Projects our students have built

A child who passes the transfer test builds things like these. More are on the student labs page.

NutriLife AI nutrition coach project screenshot

AI and ML

NutriLife

An AI nutrition coach that reads what you eat and works you toward a target.

by Bhavya · Open it

Misti AI chatbot for maths and coding screenshot

AI and ML

Misti

A chatbot that answers mathematics and programming questions, built and deployed by a student.

by Harshit · Open it

GuardianX AI internet safety assistant screenshot

AI and ML

GuardianX

An assistant that helps a young person recognise unsafe situations online.

by Vivaan · Open it

SkyCast weather forecast application screenshot

Web app

SkyCast

A weather forecasting site with live conditions for any location.

by Krish

Fees

Fees

Criterion five, applied to ourselves: the monthly fee is printed here, in your own currency, before you talk to anyone. You pay month by month and can stop at the end of any month.

Free first class

Free

no card required

  • A free first class
  • The transfer test, if you ask
  • No card, no contract
Book it

Group batch

$100 USD

a month, eight live classes

  • A batch of 15 to 20
  • Eight live classes a month
  • One regular teacher
Start here

One to one

$150 USD

a month, eight live classes

  • A teacher for one student
  • Planned around the school course
  • Times that suit your family
Enquire

What families say

Rated 4.9 across 547 Google reviews

Google reviews from parents, quoted word for word.

★★★★★

"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

Questions Canadian parents ask

Choosing a coding class in Canada: questions and answers

What are the best coding classes for kids in Canada?

There is no single answer, so we give criteria instead of a ranking. Look for a live teacher, a stated class size, the right age band, a link to your province's curriculum, published fees, a route to contests and teaching that makes the child explain and change their code.

Are online coding classes as good as in-person ones?

They can be, and for coding they have one advantage: the teacher can watch the child's code as it is typed. In-person centres offer a room and friends, which matters for some young children. Judge the teaching, not the format.

What class size should I look for?

Ask for the maximum, in writing. Smaller groups mean more questions per child. We teach batches of 15 to 20 and one to one, and we tell families which one we would choose for their child.

At what age should a child start coding?

Our courses start at age 6 with block coding. In Ontario, the math curriculum already asks Grade 1 students to write and execute code with sequential events, so a gentle start at that age matches school.

Is block coding enough, or should my child learn Python?

Blocks are the right start for young children. Most children of 9 or 10 who are comfortable with blocks are ready for typed Python, and staying in blocks for years can slow them down.

Are there free coding programs in Canada?

Yes. Canada Learning Code describes itself as a national not-for-profit offering workshops at low to no cost, Digital Moment says its Code Club is free, and CEMC offers free resources and past contests. They are worth trying before paying anyone.

Should a coding class follow my province's curriculum?

It should at least know it. Ontario teaches coding inside math from Grades 1 to 8, BC names Scratch in its Grades 6 and 7 module, and several provinces offer high school computer science. A class that knows this can support school instead of competing with it.

Do coding classes help with the CCC or other contests?

A good one should. CEMC runs the Beaver Computing Challenge in November 2026 and the Canadian Computing Competition on Wednesday 17 February 2027, both entered through schools. Ask how a provider chooses practice problems.

Should my child use AI tools while learning to code?

Only after they can write and explain the code themselves. The CCC rules forbid generative AI during the contest, and ChatGPT needs a parent's permission for anyone under 18. We teach students to think first and to check any AI output line by line.

What times are your classes for families in Canada?

Weekdays or weekends, flexible: choose your batch, or for a very personalised plan choose 1-on-1 at your convenience, weekend mornings or weekdays. We confirm every time in your own province's clock.

How can I tell whether a trial class was good?

Ask the teacher to change one rule in what your child built, and see whether your child can change the program. Then ask your child what they made and how it works. A clear answer is the best sign.

Are you the best coding class in Canada?

We will not claim that, and you should be wary of anyone who does. We publish our class sizes and our monthly fee, teach live, and invite you to run the transfer test in our free first class and judge for yourself.

Elsewhere on this site

Related pages

More for families weighing up coding and math classes in Canada.

Coding classes in Canada

Our main page for Canadian families, with every course we teach here.

Coding classes in Ontario

The Ontario curriculum, ICS courses and class times in Eastern time.

Coding classes in British Columbia

ADST, Computer Programming 11 and 12, and Pacific times.

Coding classes in Alberta

The renewed curriculum and classes on Alberta's clock.

Coding curriculum by province

Every province's coding expectations, side by side.

CCC Junior guide

The 2027 contest, with three practice problems we wrote.

Live vs recorded classes

The trade-off between a teacher and a video, in more depth.

Group or 1-on-1?

How to decide between a batch and a teacher of your own.

Think like a programmer

The habits the transfer test is checking for.

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Book a free first class

Bring the seven criteria with you. The first class is a short live lesson at your child's level, ending with one rule change so you can watch the transfer test for yourself, and an honest word on which format and course would suit.

Want to see a real lesson first? How we teach has recorded classes, and the course list shows every syllabus before you decide.

WhatsApp us · +91 91233 66161 · connect@modernagecoders.com

We have no centre in Canada: our teachers work from India and every class is live over video, which is why a family in Whitehorse gets the same class as one in Mississauga. WhatsApp reaches us fastest.

Free, with no card asked for and nothing to sign.

Want a class sooner? Book a priority demo

A priority demo is a full class of about 45 to 60 minutes. After the class the mentor sends a written skill report and a personal learning roadmap on WhatsApp. If you enrol, the demo fee is adjusted against your first month's fee. Share your demo Order ID with us on WhatsApp and we take it off.

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