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Coding and AI classes in England

What are the best coding classes in England?

England has a statutory computing curriculum that runs from Reception to Year 11, and most English secondary schools are under no obligation to teach it. Both halves of that sentence come from the government. Computing is one of the national curriculum subjects with published programmes of study for key stages 1 to 4. GOV.UK also says that "academies and private schools do not have to follow the national curriculum", and that academies "must teach a broad and balanced curriculum including English, maths and science" with computing absent from the list. At the January 2026 census, 83.9 per cent of secondary schools in England were academies or free schools. So a family cannot read the curriculum and assume it describes their child's week. We teach live online from India, ages 6 to 67, in groups of five to ten or one to one. The first lesson is free; a group place is then USD 100 a month and one-to-one teaching USD 150.

This page is about a gap, not a complaint. England wrote one of the most ambitious school computing curricula in the world in 2014, and then spent a decade converting its schools into academies that are not required to deliver it. Most do teach computing, many teach it well, and the curriculum still sets the language everyone uses. But the entitlement a parent assumes exists is weaker than they think, and the difference between two secondary schools three miles apart can be enormous and entirely lawful. What follows is what the documents actually say, the one question that tells you where a school stands, and what a family can do about it.

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Facts last verified 20 September 2026. Teaching is online; no England branch is claimed.

Course picks for England

Four courses for learners in England

A Year 3 child in Leeds who has only ever used blocks, a Year 8 in Bristol who should be writing text by now, a Year 10 in Manchester starting GCSE Computer Science, and an adult in Norwich retraining. All four start the same way, with a free lesson.

Scratch Coding for Kids course thumbnail
Ages 6 to 10

Scratch Coding for Kids

The blocks stage done properly, so a child leaves primary school able to build and debug rather than only to follow.

See the syllabus
 Python and AI for Kids course thumbnail
Ages 10 to 13

Python and AI for Kids

The textual language key stage 3 asks for, taught at the age the curriculum expects it.

See the syllabus
 Python for Teens course thumbnail
Ages 13 to 17

Python for Teens

Python to GCSE standard and beyond, for students whose school teaches it lightly or not at all.

See the syllabus
 Data and AI Analytics for Non-Programmers (Excel, Sheets, Power BI) course thumbnail
Adults

Data and AI Analytics for Non-Programmers (Excel, Sheets, Power BI)

The concepts without the career change, for parents and professionals who want to follow the argument.

See the syllabus

Browse the course atlas for more than one hundred options and use the coding roadmap to check prerequisites.

The four we are known for

Python, AI, vibe coding and agentic coding

These run underneath everything above. Every one is live and online, placed by ability rather than by age, and the first class is free.

Vibe Coding for Teens course thumbnail
Vibe codingAges 13 to 17

Vibe Coding for Teens

Python, web and AI projects where the learner still owns the thinking.

See the syllabus
 Python Automation Course course thumbnail
Python and AICollege and adult

Python Automation Course

Automate the work you already do, then let AI carry part of it.

See the syllabus
 AI and Machine Learning for Teens course thumbnail
AI and MLAges 14 to 18

AI and Machine Learning for Teens

Train a model, read what it learned, and be able to say why it is wrong.

See the syllabus
 Codex & Claude Code course thumbnail
Agentic codingProfessionals

Codex & Claude Code

Run AI coding agents on real work without losing control of the codebase.

See the syllabus
What is written down

Computing is statutory from Reception to Year 11

The programmes of study for computing cover all four key stages. These are the government's own words.

Key stages in England, as GOV.UK publishes them
StageYear groupsAges
Early years foundation stageReception4 to 5
Key stage 1Years 1 to 25 to 7
Key stage 2Years 3 to 67 to 11
Key stage 3Years 7 to 911 to 14
Key stage 4Years 10 to 1114 to 16

The line worth memorising

At key stage 3, pupils should be taught to "use 2 or more programming languages, at least one of which is textual, to solve a variety of computational problems". Two languages. One of them typed. By the end of Year 9.

The ambition goes further than that single line. Key stage 3 also asks pupils to "make appropriate use of data structures [for example, lists, tables or arrays]" and to "design and develop modular programs that use procedures or functions". Read as a whole it describes a fourteen-year-old who can decompose a problem, structure data and write reusable code. That is a serious expectation, and it is not what every Year 9 in England is actually doing.

What the curriculum is for

Its stated purpose is that "a high-quality computing education equips pupils to use computational thinking and creativity to understand and change the world". Not tool training. Thinking.

Where key stage 4 softens

The wording changes. "All pupils must have the opportunity to study aspects of information technology and computer science at sufficient depth." An opportunity to study, not a course everyone takes.

Why that matters at options

A school satisfies key stage 4 by offering the subject. A pupil who does not choose it may do no computing at all between Year 9 and Year 12, entirely within the rules.

Who it applies to

Most English secondary schools do not have to follow it

This is the part almost nobody tells parents, and the government states it in one sentence.

Quoted from GOV.UK

"Other types of school, like academies and private schools, do not have to follow the national curriculum. Academies must teach a broad and balanced curriculum including English, maths and science. They must also teach relationships and sex education, and religious education." Computing is not on that list.

Academies and free schools in England, January 2026 school census
Share of schoolsShare of pupils
Secondary schools83.9 per cent83.6 per cent
Primary schools48.8 per cent49.9 per cent
All schools48.2 per cent60.4 per cent

Put the two facts side by side and the shape of English school computing becomes visible. The curriculum sets an ambitious national standard. Fewer than one secondary school in six is legally bound by it. The rest choose, and the great majority choose to teach computing anyway, because it is a good subject, because leadership teams value it and because league tables count Computer Science. But choosing is not the same as being required, and when timetable pressure arrives, a subject nobody has to teach is a subject that can quietly shrink.

This is not a scandal

Academy freedom was the point of the policy, and many academies teach computing better than the curriculum demands. The problem is the assumption, not the freedom.

It is a reason to ask

A parent cannot look up what their child will be taught. They have to ask their own school, and the honest ones will tell them straight away.

It is why we place by ability

Two Year 8s from different English schools can be three years apart in practice. We test what a learner can do rather than what their year group implies.

Where this sits across the UK

England leaves the decision with the school. Wales names one language in the rules and sits every candidate on screen. Northern Ireland runs two separate qualifications under one subject name. Scotland uses its own qualifications and stages entirely. The UK page sets the four systems out together.

What to ask

One question that tells you where a school actually stands

Not "do you teach computing". Every school says yes to that. Ask something the curriculum makes checkable.

AskWhich two programming languages will my child use by the end of Year 9, and which of them is textual?
It quotes the key stage 3 requirement back at the school without sounding like an inspection, and there is no vague answer to it.
GoodA clear pair, usually blocks or a visual language in Year 7 and Python from Year 8, with a named term when the switch happens.
That school is doing what the curriculum describes, and a learner joining us will be building on it rather than repairing it.
WarningOnly a visual language named, or an answer about software packages, online safety and presentations.
Useful things, but not programming. A pupil arriving at GCSE from that start has ground to make up, and it is better to know in Year 8 than in Year 10.

The question works because it is the school's own standard, not ours. It is also the moment a parent finds out whether their child has met a text editor. The move from dragging blocks to typing code is the single hardest transition in school computing, and a student who has not made it by Year 10 spends the first term of a GCSE course fighting syntax instead of learning ideas.

If the answer is good

Keep going. Depth is the useful next step: bigger projects, real data, and problems that do not fit in a lesson. That is where our teens' Python course starts.

If the answer is thin

It is fixable and it is not the child's fault. Typed Python takes a term of weekly lessons to become comfortable, well before any option form appears.

If the school is a specialist

Some English schools teach far beyond the curriculum. Then the right question is what a strong student does next, and the British Informatics Olympiad page is a better starting point than this one.

For students already past that stage, the competitions this country runs are unusually good, from primary puzzle rounds through to national olympiads. The competitions calendar lists what is open this year and when entries close.

Across England

Nine regions, 56,489,800 people, one class list

Published census figures, reproduced as published. They are not totalled here, for the reason given below.

Usual residents by English region, Census 2021
RegionUsual residentsRegionUsual residents
South East9,278,065South West5,701,186
London8,799,728Yorkshire and The Humber5,480,774
North West7,417,397East Midlands4,880,054
East6,335,074North East2,647,013
West Midlands5,950,757

The Office for National Statistics reports that "there were 56,489,800 people in England" on census day, 21 March 2021, and publishes that figure with a warning that rounded numbers "may not add exactly because of this rounding". The regional rows above come from the census tables and are printed exactly as the census gives them. They are not added together here and no total is claimed from them, because a sum of published parts is an arithmetic result rather than a published statistic, and the difference is the kind of thing that turns a careful page into an inaccurate one.

Every region, same timetable

A learner in Durham joins the lesson a learner in Surrey joins. Regional differences in provision stop mattering when the teacher is on a link.

Groups built by level

Five to ten learners at one stage, drawn from across England and beyond, which is how a group at the right level exists at a workable hour.

Places we write about

London, Surrey and Harrow have pages of their own, with local schools, transport and selection covered in detail.

Sources

Curriculum: GOV.UK, The national curriculum, and National curriculum in England: computing programmes of study. School types: Department for Education, Schools, pupils and their characteristics, January 2026 school census, published 4 June 2026. Population: Office for National Statistics, Population and household estimates, England and Wales, Census 2021, and ONS Census 2021 usual residents by region via Nomis. All read 20 September 2026.

Learning ladder

From blocks to a textual language, and past it

Placement is by what a learner can build unaided, which is the only reliable measure when schools differ this much.

Ages 6 to 10

The blocks years

Key stage 1 and 2 work done properly: sequences, repetition, debugging, and a child who can say why something broke.

Scratch Coding for KidsCoding for Kids
Ages 10 to 13

The textual crossing

The key stage 3 requirement met in practice, with typed Python introduced slowly enough to stick.

Python and AI for KidsMaths Through Coding
Ages 13 to 16

GCSE depth

Algorithms, data structures and programs long enough to need planning, whether or not a school is teaching them.

Python for TeensGCSE Computer Science
Ages 16 to 67

Sixth form and after

A level study, projects, data and AI, and adults retraining from a standing start.

AI and Machine Learning for TeensData and AI Analytics for Non-Programmers (Excel, Sheets, Power BI)
Coding and AI

Why learn to code in England when an assistant can write it?

Because of what the curriculum is actually asking for, which was never typing.

The computing programmes of study put computational thinking first: analysing a problem, decomposing it, choosing a structure for the data and designing something modular. An assistant will hand a student working code on request and will not teach them one of those four things. The student who reads the generated program, spots that it stores everything in one list, and restructures it has done the work the curriculum names. The student who pastes it has done nothing the curriculum recognises.

There is a practical edge too. GCSE and A level assessment in England still happens on paper and under supervision, and a candidate who has never written a program without help is not ready for either. Our teaching uses AI the way a working developer does, as something to argue with and check, and never as something to copy from.

So the case in England is the curriculum's own case. It asks for a young person who can think in computational terms, and no assistant will do that part for them. The longer argument is in why teenagers should still learn to code in 2026.

Delivery

Nine regions, one teacher, no commute

A country this varied is exactly where placing by ability beats placing by postcode.

Placed by what they can do

Not by year group. Two Year 8s from different English schools can be years apart, and pretending otherwise wastes a term.

Curriculum language used

Key stages, programmes of study and the textual-language requirement, named the way the Department for Education names them.

A free lesson first

Real teaching, closing with an honest view of where the learner is and what to take next.

Small groups

Five to ten learners at one stage, so nobody waits and nobody drowns.

Or one to one

For a learner a long way ahead or a long way behind, where a group would be the wrong room.

Fixed in UK time

Teachers work from India, four and a half hours ahead in summer and five and a half in winter, and every slot is agreed in UK time.

The transition that decides everything

Blocks to text. The national curriculum puts it in key stage 3, which means by the end of Year 9, and a child who makes that crossing on time finds GCSE Computer Science a subject about ideas. A child who makes it in Year 10 finds it a subject about semicolons. Nothing else a family can arrange early has a bigger effect.

Fees

What classes cost in England

The same three prices in every region.

First classUSD 0

A full lesson on real work, ending with a level and a recommended course.

Group tuitionUSD 100

Roughly eight lessons a month, shared with five to ten learners at the same stage.

Private tuitionUSD 150

Roughly eight lessons a month, one teacher and one learner.

Prices are in US dollars, which is how we quote everywhere outside India, and no pound list is published. Nothing is charged until the free lesson has settled a course and a weekly slot. Pauses, missed lessons and moving between group and private teaching are all explained on the pricing page.

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Reviews

Six families, six Google reviews, printed unedited

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

Free placement class

Tell us about the learner

A year group and what they enjoy is enough to start. The first lesson might be a game, a first typed program, or a look at whether a Year 9 has really met a textual language yet.

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FAQ

Coding classes in England: questions

About the computing curriculum, academies and how lessons work.

Is computing compulsory in England?

Computing is a national curriculum subject with statutory programmes of study for key stages 1 to 4. Whether a particular school must follow the national curriculum depends on the type of school it is.

Do academies have to teach computing?

No. GOV.UK says academies and private schools "do not have to follow the national curriculum", and that academies must teach a broad and balanced curriculum "including English, maths and science". Computing is not named in that requirement.

How many English schools are academies?

At the January 2026 school census, 83.9 per cent of secondary schools were academies or free schools, with 83.6 per cent of secondary pupils. Across all schools it was 48.2 per cent of schools and 60.4 per cent of pupils.

What should a Year 9 be able to do?

The key stage 3 programme of study asks pupils to use two or more programming languages, at least one of them textual, to solve a variety of computational problems, alongside data structures and modular programs.

Does every pupil study computing at key stage 4?

Not necessarily. The requirement is that "all pupils must have the opportunity to study aspects of information technology and computer science at sufficient depth". A school can meet that by offering the subject.

What is the hardest step for a child?

Moving from block-based coding to a typed language. It is a change of medium rather than of difficulty, and it is much easier at eleven than at fifteen.

My child's school teaches very little coding. What now?

Weekly lessons outside school close the gap faster than most parents expect. A term of typed Python at the right level is usually enough to put a learner back on the curriculum's own timetable.

Which language do you teach?

Python for most learners, after a block-based start for younger children. It is the language most English schools use at GCSE and the one that transfers most easily to A level and beyond.

Do you cover the whole of England?

Yes. Lessons are online and live, so a learner in Northumberland and a learner in Cornwall are in the same room at the same hour.

Are lessons in English?

Yes, all lessons are taught in English by teachers working from India, and every slot is agreed in UK time.

Explore the UK

The other nations

All four school systems are compared on the UK page, which carries a link to every page in this series. Wales, Northern Ireland and Scotland each run computing differently enough to be worth reading if a family is moving.

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