Is the content actually accurate?

Every resource is built on real classroom experience, explicitly linked to AQA and Edexcel specifications, and uses the correct command words at the right tier. Difficulty is scaffolded from foundation to stretch.

What subjects and exam boards do you support?

KS3 Maths (Y7–Y9), KS4 Maths (Edexcel iGCSE), KS4 Physics (AQA GCSE), and KS5 Physics (AQA A-Level). Chemistry and Biology are coming soon.

How is this different from ChatGPT?

ChatGPT doesn’t know your spec. Print My Lesson is built by a working teacher and explicitly linked to the syllabus — correct command words, appropriate difficulty, proper formatting. No prompt engineering required.

You get 10 free resources to try — no card required, including PDF export. Upgrade to Pro (£9/month) for unlimited resources and DOCX export.

Can my whole department use it?

Yes. The Department licence covers up to 6 teachers for £349/year — one invoice for your finance team, a shared resource library, and an admin dashboard.

Which exam boards do you support for Physics?

AQA GCSE (8463 Triple Award and 8464 Combined Science) and AQA A-Level (7407 AS and 7408 A2). OCR and Edexcel support is on the roadmap.

Triple Award or Combined Science — which does it support?

Both. Choose Triple (8463) for the full physics spec including Space, or Combined Science (8464) for the trimmed scope without Space and with reduced sub-topics. The generator adjusts content scope accordingly.

What does it produce for a physics lesson?

Full slide decks with a retrieval starter, direct instruction, worked examples, tiered practice questions, and an exit ticket. Also question worksheets and exam-style question sets — all with mark schemes.

Does it handle equations and units properly?

Yes. Equations are rendered correctly, units are checked, and numerical answers use appropriate significant figures. Mark schemes reflect how AQA actually awards marks.

Can it produce required practical resources?

Yes. You can generate lessons or worksheets specifically for the required practicals, including method, analysis, and the specific skills examiners test.

Can I stretch my higher tier students?

Questions go from ★ (spec minimum) to ★★★★★ (exam challenge). For Higher tier you'll get questions that push beyond recall into application and evaluation.

What export formats are available?

PDF export is available on all plans including free — great for printing and projecting. Pro users also get Word (.docx) for worksheets, which you can edit before distributing. Slides are designed for browser printing direct to PDF.

Will my department get a discount?

The Department tier covers 6 teachers for £349/year — roughly £58 per teacher per year. Email hello@printmylesson.co.uk to get set up.

UK Secondary · Physics · GCSE & A-Level

Physics resources.
Right first time.
Ready to teach.

Every teacher has found an AI-generated physics answer that looked right until the units were wrong. These don't have that problem. AQA GCSE and A-Level, built by a teacher who marks the papers — so the calculations, units, and command words are correct every time.

Start free →See a sample

10 free resources · No card · First lesson in 2 minutes

< 2 min

to generate a full lesson

GCSE + A-Level

right depth for each spec, every time

Exam-ready

correct units, command words, tier

Print My Lesson

AQA GCSE Physics · Year 10

Newton's Second Law

Lesson Slides · 55 minutes · 8 slides

StarterRetrieval quiz — forces recap, 4 min

I DoF = ma — definitions, units, worked example

We DoCar acceleration problem — full working

You Do3 tiered questions ★ to ★★★★★

Exit Ticket1 exam-style question — mark scheme included

Ready to teach tomorrow

Spec alignment

Built on the spec.
Not on guesswork.

When you type a physics topic, you want a resource that reflects your class — not a generic AI's best guess at what 'Newton's Second Law' means. Every resource is built against a structured database of AQA spec points — GCSE (8463) and A-Level (7407 AS / 7408 A2). Type the topic, and the generator knows whether you mean 4.5.2 at GCSE or 3.4.1.2 at A-Level, adjusting depth, command words, and maths accordingly.

Why it matters: Generic AI tools write plausible-looking resources that miss spec points, use the wrong command words, or pitch the wrong tier. Physics resources from Print My Lesson are built on a structured database of spec points, so every question, slide, and mark scheme is anchored to what students will actually be assessed on.

Built by Alex

Maths & Physics Teacher, Kent

KS3–KS5 classroom teacher who marks the papers and knows the difference between what the spec demands and what generic AI produces.

Example spec coverage

4.1Energy — stores, transfers, efficiency
4.2Electricity — I, V, R, P, series and parallel
4.3Particle model of matter
4.4Atomic structure and nuclear physics
4.5Forces — motion, Newton's laws, momentum
4.6Waves — properties, EM spectrum, reflection
4.7Magnetism and electromagnetism
3.4A-Level: Mechanics and materials
3.7A-Level: Fields and their consequences

Full topic and sub-topic coverage inside the generator.

Who it's for

For physics teachers who are sick of generic AI.

If you've tried a generic chatbot to write a physics question, you already know the problem. Plausible-looking, often wrong, and you end up re-doing the maths anyway. Print My Lesson was built because that wasn't good enough.

✓AQA GCSE Physics teachers — Triple Award (8463) and Combined Science (8464)

✓AQA A-Level Physics teachers — AS (7407) and full A-Level (7408)

✓HODs building shared resource libraries across their physics team

✓NQTs and ECTs who need exam-aligned scaffolding they can trust

✓Experienced teachers covering unfamiliar topics (required practicals, A2 optional modules)

✓Cover supervisors and non-specialists who need something classroom-ready quickly

Real examples

What you'll actually get.

Three sample topics we've generated for this audience. Real output, not mockups.

Sample 1

Required Practical: Measuring acceleration — full lesson with method, data table, graph analysis and mark scheme

[PLACEHOLDER: embed real generated output — lesson preview, question cards, or mark scheme snippet]

Generate your own →

Sample 2

Electromagnetic induction — 6-mark exam-style question with full mark scheme at Higher tier

[PLACEHOLDER: embed real generated output — lesson preview, question cards, or mark scheme snippet]

Generate your own →

Sample 3

A-Level Capacitors — lesson slide deck with worked examples, exponential decay, and tiered practice

[PLACEHOLDER: embed real generated output — lesson preview, question cards, or mark scheme snippet]

Generate your own →

What teachers ask first

The questions
you're already thinking.

Will it actually save me time?

Yes — once you've used it a couple of times and know how it works. The first generation might take you a few extra minutes while you get the feel for it; after that, a full lesson takes under two minutes.

Does it know the difference between GCSE and A-Level?

Yes. You select the level when generating, and the content scope adjusts to match — GCSE doesn't get A-Level-only topics, A-Level resources go into appropriate depth.

What about required practicals?

Required practicals are part of the spec coverage. Generate a lesson on a specific RP and you'll get the practical context, not just generic theory.

Can I teach the same topic across both tiers?

Yes. Generate once for Foundation and once for Higher from the same topic — the resources are produced separately so they reflect the different tier expectations.

Can I set the lesson length?

Yes — choose from 45, 50, 55, 60, 70, or 75 minutes when generating a lesson slide deck. The resource is scoped and timed to fit.

Honest about where we fit

When to use us.
When not to.

We're not right for every job. Here's an honest picture of where other tools win and where we do.

Use them

Generic AI chatbots

Good for brainstorming explanations or rephrasing concepts. Less reliable for spec-accurate physics — they don't know which tier you're teaching, can be loose with units and command words.

Use us

Print My Lesson

A lesson slide deck or question sheet that's ready to use. Spec-mapped, tiered, built by a physics teacher who marks the papers.

Use them

Big resource libraries

Useful when you want to browse and pick something existing. The trade-off is generality — resources weren't made for your specific class, tier, or lesson length.

Use us

Print My Lesson

Generated for exactly the topic, tier, and lesson length you need. Faster than browsing and you can iterate immediately.

Pricing

Less than a textbook.
More useful than ten of them.

Start free — no card, no commitment. Department licence available.

Free

£0

10 free resources to try — no card required.

✓10 free resources
✓All subjects, all exam boards
✓PDF export

Start free

Physics resources.
Right first time.
Ready to teach.

Built on the spec.
Not on guesswork.

For physics teachers who are sick of generic AI.

What you'll actually get.

The questions
you're already thinking.

When to use us.
When not to.

Physics resources.
The questions that matter.

Less than a textbook.
More useful than ten of them.

Resources for other
subjects and specs.

Stop spending Sunday
on Monday's lesson.

Physics resources.Right first time.Ready to teach.

Built on the spec.Not on guesswork.

For physics teachers who are sick of generic AI.

What you'll actually get.

The questionsyou're already thinking.

When to use us.When not to.

Physics resources.The questions that matter.

Less than a textbook.More useful than ten of them.

Resources for othersubjects and specs.

Stop spending Sundayon Monday's lesson.

Physics resources.
Right first time.
Ready to teach.

Built on the spec.
Not on guesswork.

The questions
you're already thinking.

When to use us.
When not to.

Physics resources.
The questions that matter.

Less than a textbook.
More useful than ten of them.

Resources for other
subjects and specs.

Stop spending Sunday
on Monday's lesson.