6 Effective Visual Learner Strategies

Short answer: The most effective visual learner strategies are concept maps, diagrams paired with written explanations, sketching the problem before solving it, active video watching, one-page visual summaries and interactive simulations. Research does not support matching teaching to a “learning style,” but these visual techniques help all students, including those who prefer pictures.

If you think of yourself as a visual learner, that preference is real and worth using. The good news is that the strategies below are backed by learning research, so they will pay off in math, physics and chemistry whatever your style.

Key points

• Preference, not a type: Research reviews found no solid evidence that teaching to a “learning style” improves results.
• Words plus pictures: Pairing graphics with verbal explanations, called dual coding, helps learners in general.
• Concept maps work: A meta-analysis of 55 studies linked concept mapping to better retention.
• Make, don’t just look: Visuals work best when you create or interact with them.
• Sketch first: In math and physics, draw the problem before writing any equation.
• Redraw from memory: Recreating a diagram without notes turns it into self-testing.

Are “visual learners” real?

Many students genuinely prefer diagrams, charts and pictures over long blocks of text or listening to a lecture. That preference is real.

What the research does not support is the idea that you learn best only when material is delivered in your preferred format.

In 2008, psychologists Harold Pashler, Mark McDaniel, Doug Rohrer and Robert Bjork reviewed the learning styles research for Psychological Science in the Public Interest. They concluded that there was no adequate evidence base to justify building instruction around learning-styles assessments (Pashler et al., “Learning Styles: Concepts and Evidence”).

So why use visual strategies at all?

Because good visuals help almost everyone. A U.S. Department of Education practice guide on study and instruction recommends that teachers and students combine graphics with verbal descriptions when learning processes and procedures.

Use the strategies below because they work, not because a quiz labeled you.

What are the 6 most effective visual learner strategies?

Each strategy below is something you actively do. Looking at a pretty diagram someone else made is a start, but drawing, labeling and explaining it is where the learning happens.

1. Build concept maps to connect ideas

A concept map starts with a central idea and branches out to related ideas, with each connecting line labeled to say how the two are related. A mind map is a looser version, useful for brainstorming.

The labels on the links are what make concept maps powerful, because they force you to state the relationship.

A 2006 meta-analysis of 55 studies in Review of Educational Research found that learning with concept maps was associated with better knowledge retention across many settings, from Grade 4 through college (Nesbit and Adesope, 2006). Results varied with how maps were used, so build your own rather than only reading someone else’s.

• Use one at the end of a chapter: put the unit title in the center and add every key term you can remember.
• Label every arrow with a verb or phrase, such as “causes,” “is a type of” or “is calculated from.”
• Check your map against your notes and add what you missed in a different color.

Maps that reach back to earlier units are especially useful, because many students struggle to carry old skills into new topics:

“About a third of my students miss details or don’t really understand the steps they’re using. They also struggle to take what they learned in algebra or geometry and apply it to something new. It’s almost as if they forget it exists.”

Jake Gerhardt, Alexander Tutoring math tutor

2. Pair every diagram with words (dual coding)

Dual coding means representing the same idea in two forms, usually a picture and a verbal explanation. The key is that the two are tightly connected: the words explain the picture and the picture shows what the words describe.

• In geometry, draw the figure, mark the given information, then write each step of your reasoning next to the part of the figure it uses.
• In chemistry, sketch the particle diagram for a reaction and write the balanced equation directly under it.
• When you study a graph, write one sentence underneath it explaining what the slope or the shape means.

In math, the most useful picture of all is often the simplest. Sign rules for negative numbers look arbitrary as a list, but on a number line you can see why they work.

“The number line is the why. It explains why things work the way they do.”

Sean Alexander, founder of Alexander Tutoring

Tutor tip: When a rule with negatives feels like memorization, draw a number line and act it out with arrows. Our guide to 7th grade math shows how this works for adding and subtracting negatives.

This pairs well with techniques in our guide to memorizing math formulas, where a formula is much easier to recall when you can picture what each variable represents.

3. Sketch the problem before you solve it

This is the single most useful visual habit in math and physics. Before writing any equation, draw what the problem describes and label every quantity you know and the one you want.

• Physics: draw a free-body diagram showing every force on the object, with arrows in the right direction.
• Geometry: redraw the figure larger than the textbook version and mark equal sides, right angles and parallel lines.
• Algebra word problems: sketch a bar model, a number line or a simple table of values.
• Functions: make a rough graph to check whether your answer is reasonable.
• Trigonometry: on unit circle problems, sketch the angle and the right triangle it makes before reaching for any values.

“The first thing you should always do is draw the triangle.”

Sean Alexander, founder of Alexander Tutoring

For more on this, see our tips to improve geometry problem-solving skills and our advice on how to get better at physics.

4. Watch educational videos actively

Videos are great for seeing a process unfold, such as a graph shifting or a lab demonstration. The risk is that watching feels like learning even when little sticks.

Treat each video as a worked example you have to engage with.

1. Pause before each new step and predict what comes next.
2. Sketch the key diagram yourself instead of screenshotting it.
3. After the video, close it and try a similar problem from memory.

Practice on this unit circle lesson from Sean Alexander, founder of Alexander Tutoring, pausing to sketch each triangle yourself before the next step.

Tutor tip: Compare each sketch you make with the one in the video. If yours differs, that is the step to rewatch and redraw. The unit circle connects directly to the precalculus topics in our 12th grade math guide.

5. Make one-page visual summaries

At the end of a unit, condense everything onto a single page using graphs, small diagrams, arrows and short labels. Fitting it on one page forces you to decide what matters most and how the pieces connect.

Color coding can help here as an organizing tool, for example blue for definitions, green for formulas and red for common mistakes. Be careful not to confuse coloring with studying: a major review of study techniques rated highlighting as low utility because it does not consistently improve performance (Dunlosky et al., 2013).

The same review rated practice testing as high utility, so finish by covering your summary and redrawing it from memory.

If you enjoy designing your notes, our post on aesthetic note-taking has more ideas for keeping them both attractive and useful.

6. Use interactive simulations and graphing tools

Interactive tools let you change one thing and immediately see what happens, which is how many scientists build intuition. Free PhET simulations from the University of Colorado Boulder cover physics, chemistry and math topics such as projectile motion, circuits and graphing lines.

Free online graphing calculators work the same way for functions.

• Before moving a slider, predict what the graph or simulation will do.
• Write down one rule you discovered, such as “doubling the length of a pendulum does not double its period.”
• Connect it back to the equation in your textbook.

How do you combine visual strategies with other study methods?

Visual strategies work best alongside the habits that research supports most strongly: spacing study sessions over time and testing yourself. A simple weekly routine looks like this:

1. Sketch and label diagrams while doing homework.
2. Build a concept map or one-page summary at the end of each topic.
3. A few days later, redraw it from memory and check what you missed.
4. Use the gaps to choose which practice problems to do next.

Our list of the best memorization techniques covers spacing and self-testing in more detail.

Frequently asked questions