Master maths: ten revision tips you need to know - Part 2 of 2

Mastering mathematics calls for a focused and strategic approach to revision. To achieve real success, you must actively engage with the material, pinpoint areas for improvement, and strengthen your understanding over time. In the first part of this series, we explored five tips for revising smaller sections of mathematical content effectively. Now, as your coursework progresses and the volume of material grows, this post will guide you through five advanced strategies to help you stay on top of increasingly complex topics and excel in your studies.

Revise bigger chunks of material over time

As you progress in your studies, it’s crucial to revisit and integrate larger sections of material into your revision. Initially, focus on mastering smaller topics, like a single chapter or concept. Over time, expand your revision sessions to include broader themes, such as entire units or interconnected topics. This approach not only solidifies your understanding but also helps you see how concepts relate to each other.

For example, if you’re studying calculus, you might first focus on derivatives, then integrate integrals, and finally review how the two connect in the Fundamental Theorem of Calculus. By gradually broadening the scope of your revision, you’ll develop a more comprehensive understanding, which is particularly valuable for exams that test multiple topics in a single problem.

Maintain a cheat sheet of common mistakes

Everyone has patterns of errors they make when solving maths problems. Whether it’s forgetting a negative sign, misapplying a formula, or skipping a crucial step, these mistakes can derail your performance. To combat this, maintain a “cheat sheet” of your most common errors.

Whenever you spot a mistake during practice, add it to your cheat sheet with a note about why it occurred and how to avoid it in the future. For example, if you frequently confuse the conditions for using the sine and cosine rules, write down the distinctions and a few example scenarios. Regularly reviewing this cheat sheet will help you become more mindful of your tendencies and build stronger habits.

Create concept maps or formula sheets

Visual aids like concept maps and formula sheets are powerful tools for organising and summarising key information. Concept maps allow you to see the relationships between topics, while formula sheets give you a quick reference for essential equations.

Start by identifying the core concepts or formulas you need to remember, then organise them into a clear and logical structure. For instance, when studying algebra, you could create a concept map linking quadratic equations to their solutions, graphing techniques, and real-world applications. Alternatively, a formula sheet for geometry might categorise formulas under headings like area, volume, and angles.

Creating these tools is an active learning process that helps you organise, process, and retain information more effectively. However, it’s essential to ensure accuracy — double-check your concept maps or formula sheets for errors, or consult your mathematics coach for verification. As you advance in your studies, continue refining these resources to reflect your growing understanding. Make them a regular part of your practice sessions to reinforce key concepts and maintain a clear overview of the material.

Use spaced repetition for long-term retention

Spaced repetition is a scientifically proven technique for improving memory by revisiting material at increasing intervals over time. Instead of cramming, schedule your revision sessions so that you revisit topics periodically, even after you feel you’ve mastered them.

For example, after studying a topic like probability, review it the next day, then a few days later, and again a week after that. As you become more comfortable with the material, you can extend the gaps between sessions. This method strengthens your long-term memory and ensures you retain information well beyond exam day.

Numerous tools and apps, such as Anki or Quizlet, are specifically designed to support spaced repetition and make the process more efficient. Alternatively, you can implement this technique manually using a calendar or planner to schedule your revision sessions strategically. For a more tailored approach, consider working with your mathematics coach, who can help design and manage an optimised revision plan that aligns with your learning goals.

Practice interleaved problem-solving

Interleaved practice involves mixing different types of problems or topics within a single study session. While it may feel more challenging than focusing on one topic at a time, this method trains your brain to switch between concepts and apply knowledge flexibly—just as you’ll need to do in real-world problem-solving or exams.

For instance, instead of spending an hour solving only algebra problems, mix in some geometry, calculus, or trigonometry questions. This variety forces you to think critically about which techniques to use, helping you deepen your understanding and avoid relying on rote patterns.

One effective way to implement interleaved practice is by using past papers or mixed-topic problem sets. Over time, this approach will enhance your ability to tackle unfamiliar questions with confidence.

Final Thoughts

Mastering mathematics is as much about refining your revision techniques as it is about understanding concepts. By revising larger chunks of material, creating visual aids, tracking common mistakes, implementing spaced repetition, and practicing interleaved problem-solving, you’ll build a more robust and flexible mathematical skillset. These strategies not only prepare you for exams but also lay the groundwork for success in advanced courses and real-world applications. Start integrating these tips into your study routine today, and watch your mathematical abilities grow.

Looking for a mathematics coach to design and guide you through a tailored revision plan? Schedule your free consultation today and take the first step toward achieving your goals.

Hungry for more insights? Dive into my other blog series for expert tips and guidance, and don’t forget to sign up for my monthly newsletter below to ensure you never miss a post.

Mario Ausseloos

International Mathematics Coach for learners aged 16 and up | Digital Entrepreneur

https://www.marioausseloos.com
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Master maths: ten revision tips you need to know - Part 1 of 2