Why You Aren’t a “Visual Learner”

At some point, probably in a classroom with the lights half-off and an overhead projector humming, somebody handed you a quiz that sorted you into one of four boxes: Visual, Aural, Read/Write, or Kinesthetic. You got your label assigned to you and you may still remember it. People bring up their learning style the way they bring up their Myers-Briggs type or their Hogwarts house (ew, J.K. Rowling reference), except this one comes with institutional backing: schools teach it, teacher training repeats it, and somewhere between sixty and ninety percent of educators across multiple countries believe it, depending on which survey you read. Sigh.

There is no good scientific evidence that teaching to a student’s preferred learning style improves their learning. Not weak evidence. Not mixed evidence. When the claim has been tested properly, it fails.^[1]

I believed this one too, when I was younger. It is a collective illusion that nearly all of us bought into, because it flatters us, because it sounds like science, and because it contains just enough truth to be convincing. The myth does real damage and the way it survives tells you something about how bad ideas persist generally in society.

The intuitive trap

Humans love a categorisation instrument. We are the species that invented the personality quiz, the enneagram, and the sorting hat: a short test that returns a diagnosis of who you really are. “Kinesthetic learner” feels like a personalised readout of your brain’s wiring, delivered with the authority of an acronym, that will unlock your magical learning capabilities like an episode of Limitless. It explains your struggles (no wonder algebra was hard, it was taught wrong for you) and it costs nothing to adopt.

And, crucially, there is a grain of truth there. People genuinely do have preferences about how they take in information. I would rather read documentation than watch a tutorial video at a fixed pace, and if you have opinions about that sentence, you have preferences too. Preferences are real, measurable, and worth accommodating where it is easy to do so, if only because comfortable students are less miserable.^[2]

The myth is what happens when a preference gets promoted into a claim about cognitive architecture: not “I like diagrams” but “my brain learns through diagrams, and text mostly bounces off.” Those are radically different claims. The first is a fact about your tastes while the second is a testable hypothesis about memory and cognition, and it is the one that turns out to be false. What learners prefer and what actually helps them learn are, inconveniently, not the same thing, and learners are surprisingly bad judges of the difference.^[3]

The evidence deficit

The learning styles claim has a proper name in the literature: the meshing hypothesis. It says that instruction is more effective when its modality is matched, or meshed, with the learner’s style; the visual learner taught with diagrams should outperform the same visual learner taught with text. This is a perfectly testable claim, and to test it you need a specific kind of experiment: classify learners by style, randomly assign them to different instructional formats, then give everyone the same test. If the hypothesis is right, you get a crossover: visual learners do best with visual instruction, verbal learners do best with verbal instruction. Doesn't that sound neat?

In 2008, the Association for Psychological Science commissioned four cognitive psychologists, Pashler, McDaniel, Rohrer, and Bjork, to review the entire literature. Their conclusion is remarkable for how little it hedges: virtually no studies exist with a design capable of testing the claim, and among the ones that do, several found results that flatly contradict it. Their words, not mine:

At present, there is no adequate evidence base to justify incorporating learning-styles assessments into general educational practice.

Pashler, McDaniel, Rohrer, & Bjork, Psychological Science in the Public Interest^[1]

For a multi-billion-pound industry of assessments, workshops, and curriculum redesign, the empirical foundation simply is not there.

Once you see why, it feels obvious. Most of what we learn is not stored as sights or sounds but as meaning. When you learn what the French Revolution was, you are not filing away a picture or a soundtrack; you are building a structure of causes, actors, and consequences that you can express in any modality. The best way to teach something is therefore dictated by the content, not by the student. Geometry wants spatial representation. A new language has to be met in use, whether spoken, written, or signed. You cannot learn to drive from a book, however much you like reading, and no amount of interpretive movement will get a kinesthetic learner through a Shakespearean sonnet. Notice that none of this pins a subject to one sense: blind mathematicians work through geometry by touch and description, and signed languages are acquired as completely as spoken ones. The knowledge is the structure, not the channel it happened to arrive through. Good teachers already know this, which is why they were teaching maps with maps and music with sound long before anyone sold them an inventory for it.^[2]

What the myth costs

If learning styles were merely wrong, they would be a harmless piece of astrology for the staff room. The problem is that the belief has teeth, and I have watched them bite from both sides of the classroom.

The damage on the student side is the self-limiting belief. A student who has decided they are a kinesthetic learner now owns a ready-made explanation for every struggle: the algebra is not hard, the delivery is wrong. The label converts “this is difficult and I need to work at it” into “this was not made for people like me,” which is a much more comfortable thought and a much more corrosive one. It writes off entire subjects, and entire formats, as other people’s territory. The wider version of this worry shows up in the literature too: when education is guided by what learners prefer rather than what works, the learners lose, because preference and benefit frequently point in different directions.^[3] I wrote about a cousin of this fallacy in my defence of audiobooks: the assumption that the format something arrives in determines how well a brain can absorb it.

During my years teaching at universities, learning styles came up in teaching development the way fire safety comes up in an office induction, as settled procedure rather than open question. Colleagues and I were encouraged to consider the mix of learning styles in the room, and dutiful educators everywhere spend real hours building four versions of material because a framework told them their students needed it. Those hours are far from free, when most teachers were also full time researchers, part time mentors and supervisors, and expected to review theses and papers on top. Every hour spent adapting a lesson into modalities comes out of the budget for things with actual evidence behind them: better examples, better feedback, better practice problems. Multiply that across every school and university that takes the framework seriously and the bill for a false idea becomes enormous.

What actually works

The good news is that dismantling the myth does not leave a crater; cognitive science has replacements with actual evidence behind them, and they share a theme: they are for everyone.

Dual coding. Combining words with relevant visuals improves learning across the board, because verbal and visual channels reinforce each other. Note what this does to the myth: diagrams are not a service for the visual-learner minority, they help essentially everybody, just as clear verbal explanation helps essentially everybody. The lesson is “use both,” not “sort your students.”

Active recall. Retrieving information from memory, by testing yourself, closing the book and explaining the idea aloud, or doing problems without the worked example in view, strengthens memory far more than re-reading or re-watching ever will.

Spaced repetition. Returning to material over widening intervals beats massed cramming so reliably that it is one of the oldest and most replicated results in the field. Just ask musicians learning a piece.

The techniques that work are effortful, mildly unpleasant, and identical for all four VARK letters. The learning styles myth offered the opposite: a personalised shortcut, a reason why learning felt hard that was not your fault and could be fixed by someone else changing their slides. I understand why that sold. But real learning is often frustrating precisely when it is working, and no personality quiz can negotiate you out of that.

References

1. Pashler, H., McDaniel, M., Rohrer, D., & Bjork, R. (2008). Learning styles: Concepts and evidence. Psychological Science in the Public Interest, 9(3), 105–119. https://doi.org/10.1111/j.1539-6053.2009.01038.x
2. Riener, C., & Willingham, D. T. (2010). The myth of learning styles. Change: The Magazine of Higher Learning, 42(5), 32–35. https://doi.org/10.1080/00091383.2010.503139
3. Kirschner, P. A., & van Merriënboer, J. J. G. (2013). Do learners really know best? Urban legends in education. Educational Psychologist, 48(3), 169–183. https://doi.org/10.1080/00461520.2013.804395