An Eight-Week IGCSE Maths Revision Plan

Eight weeks can look generous on a calendar. Yet when every revision session begins with deciding what to do, useful time disappears before the maths starts.

An eight-week IGCSE Maths revision plan should begin with diagnosis, move through targeted topic repair and finish with realistic exam practice. Use the first week to identify gaps, the next four to strengthen and revisit topics, and the final three to develop exam performance. Match every task to your Cambridge or Pearson Edexcel specification and assessment route.

For help fitting sessions around other subjects, use the GCSE Maths revision timetable guide. The weekly priorities below explain what those sessions should contain.

Your eight-week checklist

Before starting, collect:

• Your specification, syllabus code and confirmed paper arrangements.
• A recent mock or past paper with its mark scheme.
• A topic list divided into secure, uncertain and weak areas.
• Several manageable weekly revision slots.
• An error log for corrections and revisit dates.

Cambridge and Edexcel courses are not interchangeable. Calculator rules, content and paper structures can differ, so check your school's specification before choosing resources. Older papers can provide useful questions without accurately representing your current assessment.

Weeks one and two: diagnose and repair

Week one: find the marks you are losing

Attempt a recent paper under quiet, timed conditions. Treat the result as evidence, not a prediction of your final grade.

After marking, classify lost marks:

• Knowledge gap: you did not know the method.
• Method error: you recognised the topic but could not complete the process.
• Accuracy error: arithmetic, algebra or rounding went wrong.
• Exam error: you misread the question, omitted working or ran out of time.

Different problems need different responses. Another video will not necessarily fix rushed arithmetic; random questions will not explain an unfamiliar theorem.

Choose five or six priority topics from this evidence. Give preference to weaknesses that recur or prevent progress elsewhere.

Week two: strengthen the foundations

Prioritise supporting skills such as fractions, percentages, ratio, equations, algebraic manipulation and graphs where your diagnosis shows gaps.

For each session, recall the method first. Use a revision lesson if understanding is incomplete, attempt targeted practice questions, then mark immediately. Redo mistakes without copying and schedule another attempt later.

Keep tasks specific. “Revise algebra” leaves too many decisions open. “Practise expanding and factorising quadratics” gives the session a clear purpose and finish.

Weeks three to five: build coverage and retention

Week three: geometry and measures

Work through relevant geometry topics, such as angles, similarity, Pythagoras, trigonometry, transformations and mensuration. Your specification determines which content and difficulty belong on the list.

Practise reading diagrams carefully. Label known information, identify the required relationship and check units and rounding instructions before finishing.

Keep revisiting earlier material through short retrieval sessions. A topic is not secure simply because yesterday's questions went well.

Week four: statistics and probability

Practise interpretation as well as calculation. Familiar-looking graphs and tables can conceal questions about comparison, sampling or the meaning of a result.

When marking explanations, check whether your wording answers the precise question. A vague observation may miss the feature the mark scheme requires.

If sessions keep slipping, use the realistic revision timetable method to make tasks smaller and easier to begin.

Week five: mixed and demanding questions

Introduce mixed sets so you must choose the method without a topic heading supplying the clue. Alternate weak-topic repair, mixed practice and timed mini tests.

Higher or extended students should target demanding content from their own specification. Core or foundation students should prioritise assessed material rather than copying another route's topic list.

Put these priorities into the MathsGenie Revision Planner, leaving space for marking and revisits, not just question attempts.

Weeks six and seven: practise exam performance

Week six: timed sections and careful review

Timed sections develop pace without requiring a full-paper session every evening. Afterwards, identify why each mark was lost, correct the working and attempt similar questions.

Return to the original question after a gap. Immediate correction can reflect short-term memory rather than independent understanding.

Use video solutions when a step remains unclear, but pause and predict the next move. Watching a solution is preparation for practice, not a replacement for it.

If your available time has changed, adapt the one-month maths revision plan or the busy-schedule revision guide.

Week seven: complete realistic papers

Choose papers matching your board, syllabus code and route. Follow the official time limit, use permitted equipment and remove notes and distractions.

Practise deciding when to move on, showing clear working and checking answers. Review unfinished questions separately to distinguish missing knowledge from time pressure.

Do not collect scores at the expense of learning. One thoroughly reviewed paper is more useful than several attempts whose mistakes are never revisited. Past papers provide assessment practice; predicted papers are additional practice, not guarantees of what will appear.

Week eight: consolidate without cramming

Use your error log to select recurring weaknesses and recoverable marks. Combine short mixed sets, method recall and selected past-paper questions.

Check calculator functions where permitted, equipment and exam arrangements. Protect normal sleep and leave room for other subjects.

If time has become very short, the calm three-day maths revision plan can help you prioritise rather than compress everything into one weekend.

Common mistakes to avoid

• Revising only comfortable topics: retain some retrieval practice, but direct attention towards evidenced weaknesses.
• Watching without attempting: close the explanation and solve questions independently.
• Using mismatched papers: check the course and assessment structure before practising.
• Recording only scores: log the cause, correction and revisit date.
• Overloading every day: balance demanding paper sessions with shorter reviews and rest.

Build the plan you will follow

The useful change is simple: each session has a purpose, and each mistake becomes a future task. Start with your diagnostic paper, then use MathsGenie's free revision lessons, practice questions and mark schemes to repair what it reveals. Build your schedule in the Revision Planner and keep adjusting it as your evidence improves.