Learning Styles: How to Find Study Methods That Work for You

Students often hear that they are a “visual learner”, “auditory learner” or “kinesthetic learner”. These categories can be useful for thinking about the different ways information can be presented, but learning is more complicated than fitting everyone into one fixed type.

You may prefer diagrams when learning biology, discussion when exploring literature and repeated problem-solving when studying mathematics. The most effective method often depends on what you are trying to learn, not simply on a permanent learning style.

A more useful approach is therefore to understand your learning preferences, experiment with different study techniques and pay attention to which methods actually help you remember, understand and apply information.

This guide explores the most commonly discussed learning styles, what they can and cannot tell you about how you learn, and practical study strategies you can use to become a more flexible and independent learner.

What Are Learning Styles?

Learning styles are commonly described as different ways in which students prefer to receive or work with information.

One of the best-known frameworks divides learning preferences into four broad categories:

• Visual – learning through diagrams, images, charts and spatial relationships
• Auditory – learning through listening, speaking and discussion
• Reading and writing – learning through written words, notes and text
• Kinesthetic – learning through practical activity, movement and experience

These categories can provide useful ideas for varying the way you study. However, they should not be treated as strict labels.

A student can enjoy visual explanations without needing every subject presented visually. Someone who likes discussing ideas may still learn vocabulary effectively through written retrieval practice. Most students use several different approaches depending on the task.

Do Learning Styles Really Exist?

People clearly have preferences about how they like to learn. You might find diagrams particularly helpful, enjoy listening to explanations or prefer working through a problem yourself rather than watching someone else solve it.

What is less useful is assuming that everyone has one fixed learning style and will learn better whenever teaching is matched to that category.

Different academic tasks naturally benefit from different methods. Learning pronunciation requires listening and speaking. Geometry often benefits from diagrams. Chemistry may involve written explanations, mathematical calculations and practical experiments. Essay writing requires reading, planning and producing written arguments.

Instead of asking “What type of learner am I?”, a more productive question is often:

“What is the best way to learn this particular material?”

That shift gives you far more options.

Learning Preferences vs Learning Styles

It can help to distinguish between a preference and a requirement.

You may prefer watching someone demonstrate a problem before attempting it yourself. That does not mean you cannot learn by reading an explanation.

You may enjoy making colourful diagrams. That does not automatically make diagrams the most effective way to revise every topic.

Preferences can make studying more enjoyable and may help you engage with material, but effective learning also requires you to practise the skills you will eventually need to perform.

If your exam asks you to write an essay, for example, listening to podcasts about the topic may improve your understanding, but you still need to practise planning and writing essays.

Why Understanding How You Learn Is Useful

The value of thinking about learning preferences is not finding one label. It is becoming more aware of your own learning process.

Ask yourself what helps you understand difficult ideas, what causes you to lose concentration and which techniques actually result in successful recall later.

That awareness can help you:

• Choose appropriate study methods
• Identify ineffective revision habits
• Become more adaptable
• Organise your study time better
• Recognise when you need another explanation
• Select techniques according to the subject
• Become more independent in your learning

The aim is to build a larger collection of strategies rather than narrowing yourself to one.

Visual Learning Strategies

Visual methods represent information through diagrams, images, charts, maps and other spatial formats.

They can be particularly helpful when the relationships between pieces of information matter.

In biology, for example, a labelled diagram may make an anatomical structure easier to understand. In geography, maps and graphs can show patterns that would be difficult to communicate through text alone.

Useful visual study techniques include:

• Diagrams
• Flowcharts
• Timelines
• Tables
• Graphs
• Concept maps
• Mind maps
• Annotated images
• Written worked examples

However, simply looking at diagrams remains relatively passive.

Try recreating them from memory. Cover the labels on a biological diagram and add them yourself. Study a historical timeline, put it away and reconstruct the key events.

This turns visual material into an active learning technique.

Auditory Learning Strategies

Auditory approaches use speaking and listening.

Discussion can be particularly valuable in subjects where ideas need to be explained, compared or challenged. Talking through a philosophical argument or debating an interpretation of a novel may reveal weaknesses in your reasoning that you had not noticed independently.

You can also explain a topic aloud to yourself.

Choose something you have recently studied, close your notes and try to teach the concept as clearly as possible. If you become stuck or vague, you have probably identified something you need to revisit.

Other auditory approaches might include:

• Academic discussions
• Verbal self-explanation
• Question-and-answer revision
• Recorded summaries
• Lectures
• Relevant educational podcasts
• Language speaking practice

Listening should still be combined with active retrieval. Hearing an explanation several times is not the same as being able to reproduce it yourself.

Reading and Writing Learning Strategies

Many academic environments rely heavily on reading and writing, making these skills important regardless of whether they are your preferred way of learning.

Reading can introduce you to new information, but repeated rereading should not become your only revision technique.

Try transforming what you read.

You could:

• Summarise a chapter without looking
• Convert headings into questions
• Create short written explanations
• Write essay plans
• Produce comparison tables
• Generate practice questions
• Complete written recall exercises
• Explain definitions in your own words

Writing is particularly useful when it requires you to retrieve or organise information rather than simply copy it.

Ten minutes spent writing everything you remember about a topic can tell you far more about your understanding than ten minutes spent rereading the same page.

Kinesthetic and Hands-On Learning Strategies

Hands-on learning involves interacting with information through activity, experimentation or practical application.

This is naturally important in subjects involving laboratories, design, engineering, performance or physical skills.

In science, conducting an experiment can help connect theoretical ideas with observable results. In engineering, building and testing a model can reveal problems that are not obvious from a diagram.

Hands-on approaches can also include:

• Experiments
• Models
• Practical demonstrations
• Role-play
• Fieldwork
• Coding
• Design projects
• Manipulating physical objects
• Applying concepts to real examples

The important element is not movement for its own sake. Walking around while reading your notes does not necessarily improve learning.

The activity should help you engage more meaningfully with the concept.

Why You Should Use More Than One Learning Method

Relying on one technique can limit your understanding.

Suppose you are studying the human heart. You might first read an explanation, then examine a diagram, then explain the process aloud and finally answer questions without using your notes.

Each activity requires you to interact with the knowledge differently.

Combining methods can also help distinguish between recognition and genuine understanding. You may recognise a diagram instantly but struggle to explain what it represents.

The more ways you can successfully retrieve and apply an idea, the more robust your understanding is likely to become.

Choose the Method According to the Subject

One of the biggest problems with rigid learning-style labels is that they ignore the nature of the subject.

Different disciplines require different kinds of thinking.

A mathematics student needs to solve mathematical problems. An aspiring musician needs to hear and produce music. A language student needs to read, listen, speak and write. A history student needs to interpret evidence and construct arguments.

The best study strategy therefore starts with the question:

What will I eventually need to be able to do?

Your revision should then give you repeated opportunities to practise that skill.

Learning Strategies for Mathematics

Mathematics benefits heavily from active problem-solving.

You may find a visual explanation useful when learning a new concept, but the real test is whether you can solve problems independently.

Try:

• Completing questions without worked examples
• Explaining each step of a solution
• Comparing different methods
• Drawing diagrams where appropriate
• Identifying recurring mistakes
• Reattempting difficult questions later

Do not spend your entire revision session watching someone else solve problems.

You need to do the mathematical thinking yourself.

Learning Strategies for Science

Science often combines several forms of learning.

You may need to remember terminology, understand processes, interpret diagrams, complete calculations and evaluate practical methods.

Useful approaches include:

• Drawing processes from memory
• Explaining scientific concepts aloud
• Completing calculation questions
• Using flashcards for key facts
• Analysing experimental results
• Answering application questions
• Recreating labelled diagrams

The exact method should depend on the material you are studying.

Learning Strategies for Essay-Based Subjects

History, literature, politics, philosophy and similar subjects require students to understand information and use it to construct arguments.

Reading is important, but it should lead to active work.

Try:

• Summarising arguments from memory
• Comparing different interpretations
• Debating a question
• Creating essay plans
• Retrieving quotations or evidence
• Writing individual analytical paragraphs
• Completing timed essays

Discussion can help you develop ideas, but written practice remains important if your final assessment is written.

Learning Strategies for Languages

Languages naturally require multiple learning modes.

You need to recognise vocabulary, understand spoken language, produce speech, read unfamiliar material and communicate ideas in writing.

A varied routine might include:

• Vocabulary retrieval
• Listening exercises
• Speaking practice
• Reading short texts
• Writing sentences
• Translation exercises
• Grammar questions

Someone who considers themselves a “visual learner” still needs to listen if they want to understand spoken French, Spanish or Mandarin.

The task determines the strategy.

Learning Strategies for Creative Subjects

Creative subjects can involve observation, experimentation, technical skill and reflection.

Students studying art or design might analyse existing work, experiment with materials, keep visual records and develop a project through several stages.

Creative writing could involve reading, discussion, drafting, feedback and repeated revision.

The useful principle remains the same: explore ideas in several ways and practise the skill you ultimately want to develop.

Learning Strategies for Computer Science and Coding

Programming is difficult to learn purely by reading or watching.

Examples and explanations are useful initially, but students need to write code themselves.

Try modifying existing programmes, predicting what code will do before running it and solving small programming challenges.

When something goes wrong, debugging becomes part of the learning process. Understanding why your solution failed often teaches you more than simply copying a correct version.

Active Learning vs Passive Learning

The distinction between active and passive learning can be more useful than deciding whether you are visual or auditory.

Passive learning includes activities where you mainly receive information:

• Reading
• Watching
• Listening
• Highlighting

These activities can help introduce material.

Active learning requires you to do something with it:

• Recall it
• Explain it
• Solve a problem
• Analyse it
• Compare ideas
• Generate an argument
• Apply it to a new situation

A strong study routine usually moves from receiving information towards actively using it.

Active Recall and Learning Preferences

Active recall can be adapted to different forms of material.

If you like visual material, recreate a diagram from memory.

If you enjoy speaking, explain a concept aloud without notes.

If you prefer writing, answer questions or produce a blank-page summary.

If the subject is practical, attempt a task independently and explain why you made each decision.

The format can vary, but the underlying principle remains the same: retrieve the knowledge rather than repeatedly expose yourself to it.

How to Experiment With Different Study Techniques

Instead of taking an online quiz and deciding that you belong to one learning category, run your own experiments.

Choose a topic and try several methods.

You might:

1. Read an explanation.
2. Draw a diagram.
3. Discuss it with another student.
4. Explain it aloud.
5. Answer questions without notes.

Then test yourself later.

Which method helped you understand the material? More importantly, which helped you remember and apply it?

Over time, you can identify a collection of techniques that work particularly well for different tasks.

How to Know Whether a Study Method Is Working

A study method should be judged by results rather than by how comfortable it feels.

Ask:

• Can I recall the information tomorrow?
• Can I explain it without notes?
• Can I answer an unfamiliar question?
• Can I identify relationships between ideas?
• Can I use the knowledge under exam conditions?

Sometimes the technique that feels easiest is not the one producing the most learning.

Rereading, for example, can feel reassuring because the material becomes familiar. Testing yourself may feel more difficult because you encounter things you cannot remember.

That difficulty gives you useful information.

Why Comfortable Studying Isn't Always Effective Studying

Students naturally prefer activities they feel good at.

If you enjoy making notes, you may spend hours creating them. If you enjoy videos, you may watch explanation after explanation.

But studying should occasionally feel challenging.

Attempting a question before you feel ready, trying to recall information without looking or receiving feedback on an argument exposes the limits of your current understanding.

That is useful.

The objective is not to make studying unnecessarily unpleasant. It is to avoid mistaking comfort for learning.

How to Identify Your Learning Preferences

Think about previous learning experiences.

When did a difficult idea suddenly become clear?

Was it when you saw a diagram? Heard another explanation? Tried a practical example? Discussed the question? Attempted a problem yourself?

Look for patterns, but do not turn them into restrictions.

You might realise that diagrams are particularly useful when you first encounter scientific processes but that practice questions are better for revision.

That is more useful information than simply deciding that you are a visual learner.

Avoid Limiting Yourself With Learning-Style Labels

Labels can become self-fulfilling.

A student who decides “I'm an auditory learner” might avoid reading difficult material because they assume they cannot learn effectively from text.

Another student might say, “I'm not a kinesthetic learner”, and become reluctant to participate in practical work.

This can unnecessarily narrow the ways you engage with information.

Instead, think of yourself as a flexible learner who can improve at different methods.

What If You Struggle With One Way of Learning?

Difficulty does not always mean the method is unsuitable for you.

You may find academic reading difficult because the material is unfamiliar, not because you are “not a reading learner”.

You may dislike presenting ideas aloud because you have not had much practice.

Those skills can often improve.

Rather than avoiding a difficult method completely, combine it with something that helps. Read a difficult text, discuss it with someone and then return to the text with a clearer understanding.

Multimodal Learning

Multimodal learning simply means using more than one form of information or activity.

A lesson might combine verbal explanation, written material, diagrams, discussion and practical work.

This can be useful because complex topics often have several dimensions.

A geography student studying climate change, for example, might examine graphs, read scientific explanations, discuss policy implications and interpret maps.

Each format provides something slightly different.

The important thing is that each method serves the material rather than being included simply for variety.

Learning Through Discussion

Discussion can help students clarify ideas and encounter perspectives they would not have reached independently.

This is particularly valuable for questions involving interpretation.

Explaining your view requires you to put your reasoning into words. Hearing someone disagree forces you to examine your assumptions.

However, discussion should still be evidence-based.

The goal is not simply to exchange opinions but to develop better-supported understanding through questioning and comparison.

Learning by Teaching Someone Else

Trying to teach a concept can be an excellent test of understanding.

Choose a topic and explain it in simple language without referring to your notes.

Imagine the other person knows nothing about it.

Where do you become vague? Which term can you use but not define? Which stage of the process do you forget?

Those moments reveal gaps.

You can then return to your materials, correct the gaps and try the explanation again.

Learning Through Practice and Feedback

Feedback connects study with improvement.

Without feedback, students can repeatedly practise the same mistake.

Feedback might come from a teacher, tutor, mark scheme, peer or the result of a problem itself.

Pay attention to patterns.

If several essays receive the same comment about analysis, that should influence how you practise. If mathematical errors repeatedly occur during one type of question, target that method specifically.

Effective learners adjust what they do based on evidence.

How Learning Preferences Can Change Over Time

The way you study at 12 may not be the way you study at 17.

As subjects become more advanced, different strategies become necessary.

You may also develop skills you previously found difficult. A student who once disliked discussion may become comfortable contributing to seminars. Someone who relied on handwritten notes may discover that practice questions are more efficient during exam preparation.

Your study methods should evolve alongside your academic experience.

Learning Preferences and Exam Preparation

When exams approach, the format of the assessment becomes especially important.

If you need to write essays under timed conditions, include timed essay practice.

If you need to solve mathematical problems without notes, practise under similar conditions.

If a language examination includes listening, practise listening.

You can still use preferred methods to build initial understanding, but eventually your preparation needs to resemble the task you will perform.

How to Adapt Your Learning When a Subject Gets Harder

A technique that worked for an introductory topic may become less useful as the material becomes more complex.

Flashcards might help you remember physics equations, for example, but advanced problems require you to decide which equation to use and how different concepts interact.

As difficulty increases, shift from simple recall towards application.

Ask more complex questions. Compare concepts. Solve unfamiliar problems. Explain why an answer works.

Your study techniques should develop as your understanding develops.

Common Learning-Style Mistakes

One common mistake is assuming you can discover one perfect way of studying that will work for every subject.

Another is choosing techniques because they are enjoyable rather than checking whether they produce lasting understanding.

Other mistakes include:

• Labelling yourself too rigidly
• Avoiding unfamiliar study techniques
• Using diagrams without testing recall
• Listening to explanations without applying them
• Copying notes instead of retrieving knowledge
• Confusing movement with effective hands-on learning
• Choosing a method without considering the assessment
• Assuming preferences cannot change
• Spending more time categorising yourself than actually studying

The goal should always be better learning rather than finding the perfect label.

How to Build a Flexible Study Routine

A flexible learner has several strategies available and knows when to use them.

For a new topic, you might begin with reading and explanation.

Next, organise the concept visually.

Then test yourself.

Afterwards, complete practice questions.

Finally, revisit the topic several days later to check whether you still remember it.

You do not have to use every technique every time. Build a routine based on the needs of the material.

How Teachers Can Support Different Ways of Learning

Teachers can support students by presenting ideas clearly, providing different opportunities to engage with material and encouraging active participation.

A lesson might combine explanation, examples, questioning, discussion and independent work.

Different students may initially connect with different aspects of the session.

However, the aim should not necessarily be to assign every student a fixed learning type. Students also benefit from developing techniques they find less familiar and becoming capable of learning in different academic environments.

Becoming a More Independent Learner

Understanding your own learning process becomes increasingly important as you progress through education.

At school, teachers may provide much of the structure.

Later, students often need to decide independently what to read, when to revise, which weaknesses to prioritise and when to seek help.

A useful independent learner can ask:

• What do I understand?
• What am I struggling with?
• How can I test myself?
• Which study method fits this task?
• What does my feedback tell me?
• What should I do differently next time?

These questions are more valuable than simply knowing whether you prefer visual or auditory information.

How Atlas Summer Courses Encourages Flexible Learning

At Atlas Summer Courses, students are encouraged to engage actively with academic ideas through small-group, discussion-based learning.

The academic environment creates opportunities for students to ask questions, explain their reasoning, encounter different perspectives and respond to feedback. This can help students become more aware of how they approach unfamiliar material and which strategies help them develop their understanding.

Depending on the course and age group, students may encounter different forms of academic activity, including discussion, independent preparation, problem-solving, projects, presentations or tutorial-style learning.

The precise format varies by programme rather than being determined by a student's supposed learning type. Students are encouraged to become adaptable, try different approaches and develop greater independence in how they learn.

Atlas Summer Courses offers independent summer programmes in Oxford and Cambridge, alongside programmes in other locations for particular age groups. Atlas Summer Courses programmes in Oxford and Cambridge are independently operated and are not provided by, affiliated with or part of the University of Oxford or the University of Cambridge.

Final Thoughts: Finding the Best Way to Learn

Understanding how you learn can help you become a more effective student, but you do not need to define yourself permanently as a visual, auditory, reading/writing or kinesthetic learner.

Instead, pay attention to your preferences while remaining flexible.

Use diagrams when relationships need to be visualised. Discuss ideas when another perspective would help. Write when you need to organise an argument. Practise directly when the subject requires a skill.

Most importantly, test yourself.

The best learning strategy is not necessarily the one you enjoy most or the one that matches a label. It is the one that helps you understand the material, remember it later and use it successfully when you need it.