The most widely referenced learning styles model is VARK, which categorizes learners into four types: Visual, Aural, Read/Write, and Kinesthetic. But VARK is just one of several frameworks people use to describe how individuals prefer to take in information. Other well-known models include Kolb’s experiential learning cycle and Howard Gardner’s theory of multiple intelligences. Before you sort yourself into a category, though, it’s worth knowing that the science on learning styles is more complicated than most people realize.
The VARK Model
Developed by Neil Fleming and Colleen Mills in 1992, VARK is the framework most people mean when they talk about learning styles. It breaks learners into four groups based on the sensory channel they prefer.
Visual (V) learners gravitate toward information presented as diagrams, charts, flow charts, maps, and other symbolic representations. This doesn’t mean they prefer photographs or videos. It means they think in patterns, shapes, and spatial relationships. A whiteboard sketch showing how concepts connect is more useful to them than a paragraph describing the same thing.
Aural (A) learners absorb information best when they hear or speak it. They tend to thrive in lectures, group discussions, and conversations. A hallmark of this preference is the need to talk things through. Aural learners often process their thoughts by speaking first, then refining, rather than thinking silently before responding. They may repeat what someone else has said or ask a question that was already answered, not because they weren’t listening, but because saying it themselves is how they internalize it.
Read/Write (R) learners prefer text-based input and output. They lean on manuals, reports, essays, lists, and reference materials. These are the people who reach for a written summary over a lecture recording, and who process information by writing notes, outlines, or bullet points.
Kinesthetic (K) learners are drawn to experience and practice. They connect to material through hands-on activities, demonstrations, simulations, real-world examples, and case studies. The key trait is a need to feel grounded in something concrete rather than abstract. A kinesthetic learner studying physics would rather build a small catapult than read about projectile motion.
Most people don’t fall neatly into one category. VARK itself acknowledges that many learners are “multimodal,” meaning they rely on a combination of two or more preferences depending on the situation.
Kolb’s Experiential Learning Cycle
David Kolb’s model takes a different angle. Rather than focusing on sensory preferences, it describes learning as a cycle with four stages: Concrete Experience (feeling), Reflective Observation (watching), Abstract Conceptualization (thinking), and Active Experimentation (doing). The idea is that effective learning moves through all four stages, but individuals tend to favor one or two.
From these stages, Kolb identified four learning types. A person who leans toward concrete experience and reflective observation, for example, learns best by observing and feeling their way through new situations. Someone who favors abstract thinking and active experimentation prefers to form a theory and then test it. The model is popular in professional development and workplace training because it emphasizes learning by doing and reflecting, which maps well to on-the-job skill building.
Gardner’s Multiple Intelligences
Howard Gardner’s theory, introduced in the 1980s, is frequently lumped in with learning styles, but Gardner himself has pushed back against that connection. His framework identifies nine types of intelligence: verbal-linguistic, logical-mathematical, spatial-visual, bodily-kinesthetic, musical, interpersonal (reading other people), intrapersonal (understanding yourself), naturalist (recognizing patterns in the natural world), and existential (grappling with big philosophical questions).
Gardner’s point is that intelligence isn’t a single, measurable thing. Someone might be highly musical but average at logical reasoning, or brilliant at reading social dynamics but weak at spatial tasks. This is a theory about cognitive ability and potential, not about how you prefer to receive a lecture. Gardner has explicitly said the term “learning styles” should be dropped because the concept is poorly defined and lacks evidence that tailoring instruction to a supposed style improves outcomes.
What the Research Actually Shows
Here’s where things get uncomfortable for anyone who has confidently declared “I’m a visual learner.” A substantial body of peer-reviewed research has found no scientific evidence that matching instruction to a person’s self-identified learning style improves how well they learn. Multiple studies, reviewed by researchers at Yale’s Poorvu Center for Teaching and Learning, confirm this finding. In some cases, students actually performed better when taught in a modality different from their stated preference.
The core problems with learning styles as a fixed trait are practical ones. Your preferred style can shift depending on the subject, the complexity of the material, and even your mood or energy level. Labeling yourself as one type can discourage you from using strategies that might work better for a given task. And the learning process itself is far more complex than any single sensory channel can capture. Understanding a new concept usually requires a mix of reading, listening, doing, and reflecting, not just one of those.
Why Multimodal Learning Works Better
Current research favors a multimodal approach, which simply means using multiple forms of input and output to learn something. Instead of picking one channel and sticking with it, you combine several: watch a video, then read a summary, then explain the concept out loud, then practice applying it. Each modality activates different cognitive pathways, which strengthens memory and deepens understanding.
Studies have shown that when learners use more modalities, they develop a wider range of strategies and engage with material from different angles. This is the opposite of the learning-styles approach, which encourages specialization in one mode. A student who believes they’re “only” a kinesthetic learner might skip reading altogether, cutting off a channel that could reinforce what they learned through hands-on practice.
The practical takeaway is straightforward. It’s fine to notice that you enjoy listening to podcasts more than reading textbooks, or that drawing diagrams helps you organize your thoughts. Those are real preferences, and they’re worth using. But don’t let a label limit you. The strongest learning happens when you deliberately vary your approach: read the chapter, sketch the key ideas, discuss them with someone, then try to apply them. The more ways you engage with information, the more likely it is to stick.