The learning-styles myth

There is a popular, intuitive idea: that each person has a learning style — visual, auditory, kinaesthetic — and learns best when taught in it. It is probably the most widely believed wrong thing in education, and some of the people reading this page teach, so it is worth setting out plainly.

The idea, stated precisely

It is called the meshing hypothesis: that instruction works best when its format matches the learner's preferred style — diagrams for a “visual learner”, recordings for an “auditory” one. Stating it precisely matters, because the careless version of the debunking is also wrong.

Two things are true, and are not in dispute:

  • People do have preferences. Ask anyone how they like information presented and they will tell you, consistently. Pashler and his colleagues found “ample evidence” of this.
  • People do differ in aptitude. There is “plentiful evidence” that people vary in how well they handle different kinds of thinking and different kinds of material.

The claim that fails is the step between them: that sorting someone by their preference tells you how to teach them.

What testing it would take, and what it found

In 2008 Pashler, McDaniel, Rohrer and Bjork were asked to review the evidence for Psychological Science in the Public Interest. They began by setting out what a real test would have to look like: sort students by learning style, randomly assign each of them to one teaching method or another, then give everyone the same final test. To support the hypothesis, the results have to cross over — the method that works best for one style has to be a different method from the one that works best for another. Anything less just shows that some teaching is better than other teaching, which nobody doubts.

They found the literature enormous and that pattern almost entirely absent: “virtually no evidence” for the interaction, and very few studies that had even used a design capable of testing for it.

Why it survived anyway

Because it is intuitive, because it flatters, and because it has an industry: tests, guidebooks, and teacher training built around it. Belief stays high even among people who know the evidence. A 2017 survey of 114 UK university academics found 58% believed that teaching to a student’s learning style is beneficial, and that 32% said they would keep using learning styles after being shown that the evidence was not there.

That is the part worth sitting with. It is not a story about people who have not heard. It is a story about how hard an idea is to give up once it has organized how you think about your students — or about yourself.

A separate confusion worth untangling

The seven headings below come from Howard Gardner's theory of multiple intelligences, which is a claim about kinds of ability. It is not a learning-styles theory and does not say anything about matching teaching to a preference. The two get run together constantly — this page did it — and the merger is not something either theory claims.

So what should you actually do?

Read what follows as a menu of techniques, not a diagnosis. The useful question is not “which one am I?” but “which of these suits what I am trying to learn this week?” Diagrams are good for spatial relationships whoever you are; saying something out loud is good for checking whether you understand it whoever you are. Use several. Choose by the material, not by the label.

And if you have been told you are one kind of learner: that description may well match how you like to work, and it is not a limit. The risk in the label was never that it was flattering. It was that “I'm not a maths person” and “I'm a visual learner” turn out to be the same sentence, and the second one sounds like science.

The same reasoning retired the schizophrenia subtypes from the DSM in 2013, and for the same kind of reason: a category has to earn its place by predicting something useful. That story is on the schizophrenia page, and it is the same lesson twice.

Logical–mathematical

Suits you when: Prefer to learn through reasoning and problem-solving.

Study tips

  • Aim to understand the reasons behind your content and skills
  • Create and use lists by extracting key points from your material
  • Remember association works well when it is illogical and irrational
  • Systems thinking helps you understand the bigger picture
  • If you often freeze from analysis paralysis, write "Do It Now" in big letters on some post-it notes
  • Break large selections of material into smaller segments that fit together
  • Use graphs and charts in textbooks — and if there aren’t any, create your own
  • Build models, timelines, and charts

Musical

Suits you when: Prefer to learn through patterns, songs, rhythms, instruments, and musical expression.

Study tips

  • Use sound, rhyme, and music in your learning
  • Set mnemonics and acrostics to rhythm, rhyme, or a jingle
  • If a particular song makes you want to take on the world, use it to anchor your emotional state
  • Ask your teacher if you can record the lesson, then take notes from the recording
  • Try tapping while you read your notes, and read them out loud
  • Participate in class discussions, or get friends together to talk the material through

Bodily (kinesthetic)

Suits you when: Prefer to learn through interaction with your environment and building concrete experiences.

Study tips

  • Use physical objects as much as possible — writing and drawing diagrams are physical activities too
  • Use role-playing, alone or with someone else, to practice skills or behaviors
  • Find a study place with room for movement and engagement
  • Try study activities that involve a physical object, like arranging timelines on notecards
  • Teach others, find a way to be active while you study, and take regular breaks

Interpersonal

Suits you when: Prefer to learn through interactions with others and working collaboratively.

Study tips

  • Work with others as much as possible — role-play, share your key findings, teach one another
  • Working in groups to practice behaviors helps you handle variations
  • Take advantage of any collaborative activities your instructor sets up
  • Show family and friends what you’re learning
  • Set goals for your study sessions, and make outlines, checklists, or graphs

Intrapersonal

Suits you when: Prefer to learn through values, feelings, and attitudes.

Study tips

  • Plan, make lists, and stick to an agenda; you prefer learning alone using self-study
  • Align your goals with personal beliefs and values, and create a personal interest in your topics
  • When you associate and visualize, highlight what you would be feeling at that time
  • Find a quiet study space you can be alone in
  • Write down your goals, set deadlines, and review with flashcards or outlines

Linguistic

Suits you when: Prefer to learn through written and spoken words — reading, listening, speaking, writing.

Study tips

  • Use techniques that involve speaking and writing
  • Record your scripts and use the recordings for review
  • Take lots of notes in your own words, then rewrite and organize them after class
  • Read your notes aloud and explain the material as if teaching someone new to it
  • Find lectures online, such as Khan Academy

Visual–spatial

Suits you when: Prefer to learn visually and organize ideas spatially.

Study tips

  • Use images, color, layout, and other visual media to help you learn
  • Use mind maps; replace words with pictures; use color to highlight major and minor links
  • Highlight different kinds of information in different colors
  • Rewrite your notes and connect the core ideas as you review
  • If the textbook has no figures, draw your own — and watch documentaries or videos

Sources

  1. ThoughtCo — Study tips for visual learners
  2. Newton PM, Miah M — Evidence-based higher education: is the learning styles ‘myth’ important?, Frontiers in Psychology 8:444, 2017 (58% belief among UK academics; 32% would continue using learning styles after being shown the evidence — checked September 2026)
  3. Pashler H, McDaniel M, Rohrer D, Bjork R — Learning styles: concepts and evidence, Psychological Science in the Public Interest 9(3):105–119, 2008 (the meshing hypothesis and the finding of virtually no evidence for it — checked September 2026)
  4. Three sources the original page cited for its per-style study tips — Brighton College, The Study Gurus and Edudemic — are all gone: the first does not resolve, the second redirects to an unrelated site, the third is a parked domain. They are removed rather than marked, because the framing they supported is no longer on this page.

Sources were last checked September 2026. Every source links to the exact document cited, never a homepage.