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A suggested path through all 25 Autonomy articles. It starts with what learning is for, moves through everyday learning habits, careful thinking and mathematics, then turns to choosing curricula, tools and pathways. Every article also stands on its own.
What learning is for
- What should an education actually deliver?
Start a conversation about education with observable learning, care and opportunity.
- Does your learning make you more independent?
Questions for judging whether education develops understanding, judgment and responsible independence.
Learning habits you can use today
- Make a small space ready for the next piece of work
A manageable preparation routine for starting a learning task and keeping evidence of progress.
- Learn a skill by making something small
Plan a modest project, seek specific feedback and keep a record of what you can now do.
- Make an error useful: attempt, feedback, correction
A low-stakes learning routine that turns a first attempt into something you can inspect and improve.
- The lesson is finished. What can the learner do?
Check understanding with a small independent task, then use the result to plan the next explanation.
- Give children responsibility—with support
Plan a manageable handover: agree on the task, practise together and review the support needed.
Thinking clearly about claims
- Read with a question, then explain the answer
Turn reading into an active investigation with a short note that distinguishes the author's claim from your judgment.
- Agree on the words before arguing about the answer
Use definitions, examples and historical references to make a disagreement more precise.
- Write an argument another person can examine
Move from an opinion to a clear claim, supporting evidence and a revision that answers a serious objection.
- How to check a persuasive video
Pause a compelling clip, isolate one claim and follow it back to evidence and context.
- Before sharing a statistic, ask what was counted
Check the denominator, time period and source before turning a striking number into a conclusion.
Mathematics and science with meaning
- When does 2 plus 2 become 22?
Use a familiar joke to distinguish adding quantities from joining written symbols.
- See place value move with Exploding Dots
Use groups of dots to explore carrying, place value and the meaning of a number base.
- Make mental arithmetic something you can explain
Use small number problems to practise calculation, estimation and clear explanations.
- Describe the next maths step, not the child's limit
Replace broad ability labels with specific observations, useful challenges and appropriate support.
- Sometimes the question needs checking too
Distinguish a calculation error from an ambiguous or badly specified maths problem.
- How colour works: light, paint and perception
Explore why mixing coloured light differs from mixing paint, then test a prediction.
Choosing what and how to learn
- Curriculum standards and teaching methods: what’s the difference?
Separate what learners should learn, how they are taught and how their understanding is checked.
- Choose a curriculum that fits your learner
Compare learning goals, sample lessons, support and costs before committing to a curriculum.
- Choose learning tools by the work they help you do
A practical way to assess a learning platform without mistaking a feature list for an education.
- Ask these questions before collecting student data
A discussion checklist for learning records, attendance tools and data that follows a student.
- Make room for knowledge that is already here
A practical way to connect learning with local skills, community knowledge and accountable expertise.
Pathways after school
- University or a trade? Start with the work
Compare education pathways through real tasks, entry requirements and opportunities to try the work.
- What does a university dropout statistic actually mean?
Read the definition and cohort behind an education statistic before drawing conclusions about success or failure.