Why Most Study Advice Does Not Work for Every Brain
- falzone48
- 5 days ago
- 9 min read
“Just take better notes.”
“Use flashcards.”
“Make a study guide.”
“Watch the video again.”
That advice is not necessarily wrong. It is just incomplete.
Learning is not one-size-fits-all because brains do not all process information the same way. Some students understand new ideas best when they can see patterns, symbols, and systems. Some need pictures, maps, models, or spatial layouts. Others make sense of the world through words, explanations, reading, discussion, or writing.
And here is where it gets even more interesting: the way a student learns best is not always the same as the way they remember best.
A student may understand a concept beautifully through diagrams but remember it better after explaining it aloud. Another student may learn through words but need pictures, color, or mental images to make the information stick. This is why one student can seem “so smart” during a lesson but then blank out later during a test, homework assignment, or written response. This is also where students can get stuck on being a certain type of learner but not realize learning is not the same as remembering and remembering is not the same as learning.
This blog series is about helping students stop guessing and start studying in a way that actually matches how their brain works.
At Beyond the Norms, we use a Cognitive Assessment with our students because it gives a clearer picture of the thinking skills underneath learning, including reasoning, memory, attention, processing speed, and flexible thinking. But this series will also give you a DIY starting point. Even without an assessment, you can begin noticing patterns in how your child learns, remembers, and gets stuck.
This first post gives an overview of three learning profiles and two memory profiles. Future posts will go deeper into each one and show which learning and study strategies tend to work best for different combinations.
Learning Profiles vs. Memory Profiles
Before we look at the profiles, it helps to separate two questions that often get blended together:
How does this student understand new information best?
and
How does this student remember information best later?
Those are not always the same thing.
Learning profiles describe how a student most naturally processes, organizes, and reasons through new information.
Memory profiles describe what kind of information tends to stick most easily and what kind may disappear unless the student uses a stronger strategy.
A student’s learning profile might show that they understand concepts best through diagrams and patterns. But their memory profile might show that words, stories, and verbal explanations are what actually help the information stay retrievable.
That mismatch matters.
It can explain why a student says, “I understood it yesterday,” and they are telling the truth. They did understand it. They just did not store it in the format their brain retrieves most easily.
What Are Learning Profiles?
Learning profiles describe the preferred ways individuals absorb, process, and recall information. Understanding your profile helps you choose study methods that fit your natural strengths. This leads to better comprehension and retention, especially when facing complex reasoning tasks that require analyzing new information and solving problems.
For this series, we will look at three broad learning profiles:
Visual-Abstract Learners
Visual-Spatial Learners
Verbal Learners
These are not rigid boxes. Most people use a mix of all three. The goal is not to label a student forever. The goal is to figure out which doorway helps the brain understand information fastest, most clearly, and with the least unnecessary friction. There is always one type that a learner's brain connects with the most and, sometimes, there can be a reasoning type that a learner struggles with greatly. Each type approaches learning differently, and knowing which one fits you best can guide your learning habits.
Visual-Abstract Learners
Visual-Abstract learners tend to think in patterns, symbols, categories, relationships, and systems.
These students often do well when information can be organized into charts, graphs, formulas, diagrams, flowcharts, or cause-and-effect models. They may enjoy math, science, coding, logic puzzles, strategy games, or any subject where they can see how pieces connect.
They do not always need a realistic picture. In fact, too many decorative visuals may distract them. What helps most is a clean structure that shows relationships.
A Visual-Abstract learner may prefer to:
Use charts, graphs, and flowcharts to organize information.
Create symbolic notes with arrows, shapes, and abbreviations.
Practice solving problems using equations and formulas.
Summarize ideas with mind maps that focus on concepts and connections.
Engage with interactive tools like digital simulations or graphing calculators.
For example, when studying biology, a Visual-Abstract learner might prefer a flowchart showing how glucose, oxygen, energy, carbon dioxide, and water connect within the steps of cellular respiration rather than a detailed drawing of a cell.
When studying history, they may care less about memorizing a list of events and more about seeing the pattern: what caused the conflict, what changed, and what repeated later.
Visual-Spatial Learners
Visual-Spatial learners tend to think in pictures, space, location, movement, shape, color, size, and visual relationships.
These students often benefit from seeing where information belongs. They may think in mental images or remember where something was on a page. They may enjoy maps, models, drawing, design, building, videos, demonstrations, or hands-on visual examples.
Visual-Spatial learners often need the “whole picture” before the details make sense.
A Visual-Spatial learner may prefer to:
Use color-coded notes and highlight key points.
Draw diagrams, maps, and sketches to represent ideas.
Organize study materials in spatial layouts like bulletin boards or mind maps.
Visualize information by creating mental images or watching videos.
Use physical models, 3D objects or simulations and demonstrations to understand complex structures or ideas.
For example, when studying history, a Visual-Spatial learner may benefit from a large timeline across a page or wall. Seeing events spaced out visually can make the sequence easier to understand.
When learning anatomy, they may need a labeled diagram, model, or video before the vocabulary has meaning. The words alone may feel like floating labels with nowhere to land.
Verbal Learners
Verbal learners tend to think through words.
These students often learn best by reading, listening, discussing, explaining, writing, debating, or talking through ideas. They may enjoy stories, lectures, books, podcasts, wordplay, definitions, summaries, or conversations.
Verbal learners often need language to organize their thinking. If they can explain it, they can often understand it.
A Verbal learner may prefer to:
Take detailed written notes during lectures or readings.
Use flashcards with definitions and explanations.
Explain concepts aloud or teach others to reinforce understanding.
Write summaries or essays to process information.
Participate in study groups or discussions.
For example, when studying literature, a Verbal learner may remember themes, character motivations, and plot details by writing or talking through chapter summaries or the story.
When studying science, they may need to explain the process in words before the diagram makes sense. A visual may help, but the verbal explanation gives it meaning.
The Two Memory Profiles: Verbal Memory and Visual Memory
Now we add the second layer: memory.
A student’s learning profile tells us how they understand new information best.
A student’s memory profile tells us what kind of information they are more likely to store and retrieve easily.
For this series, we will focus on two major memory profiles:
Verbal Memory
Visual Memory
Again, most people use both. But one may be much stronger, faster, or more reliable than the other.
Verbal Memory
Students with stronger verbal memory tend to remember words, stories, explanations, labels, names, phrases, and information they have talked through or written out.
They may remember:
what someone said
definitions
song lyrics
stories
verbal instructions
facts explained in words
information they discussed
information they taught to someone else
A student with strong verbal memory may benefit from turning visual information into words. For example, instead of only looking at a diagram of the water cycle, they might say:
“Water evaporates, becomes vapor, condenses into clouds, and then falls as precipitation.”
The words become the retrieval path.
Visual Memory
Students with stronger visual memory tend to remember images, locations, colors, shapes, faces, layouts, patterns, and what something looked like.
They may remember:
where something was on a page
a diagram
a chart
a picture
a color-coded category
a mental image
a map
a visual pattern
the layout of notes
A student with strong visual memory may benefit from turning verbal information into images. For example, instead of only repeating the definition of erosion, they may picture waves slowly wearing away rock along a shoreline.
The image becomes the retrieval path.
When Learning and Memory Do Not Match
This is one of the most important ideas in the whole series:
A student can learn best one way and remember best another way.
That means the best study method may need two steps:
One step helps the student understand.
The next step helps the student store and retrieve.
For example:
A Visual-Abstract learner with strong Verbal Memory may understand a science process through a flowchart but remember it better after explaining each step in words.
A Verbal learner with strong Visual Memory may understand a lecture well but need to sketch the idea or make a visual layout to remember it later.
A Visual-Spatial learner with strong Verbal Memory may need a model or picture first, then a spoken or written explanation to make the learning stick.
A Verbal learner with weaker Visual Memory may do well with written notes and discussion but struggle when a test asks them to interpret a diagram, graph, or map.
This is why “study harder” is often not the answer.
Many students are already working hard. They are just using a study method that helps one part of the learning process but not the whole loop.
A DIY Way to Start Noticing Your Child’s Profile
A cognitive assessment gives clearer data, but parents and students can still start watching for patterns.
Here are some questions to ask:
When my child understands something quickly, what helped?
Was it a diagram, chart, or pattern?
Was it a picture, video, model, or demonstration?
Was it a verbal explanation, reading passage, discussion, or written summary?
When my child forgets something, what kind of information disappears first?
Do they forget vocabulary or exact wording?
Do they forget what a diagram showed?
Do they forget steps in order?
Do they remember the big idea but lose the details?
Do they remember the picture but struggle to explain it?
Do they remember the words but struggle to apply them?
You can also compare how your child responds to different study methods.
Try teaching the same kind of information in three different ways:
First, use a verbal explanation.
Next, use a diagram or chart.
Then, use a picture, model, or spatial layout.
After a short break, ask your child to explain what they remember. Pay attention to what they actually understood and could recall.
Not what they liked best or what felt easiest (though this is an important clue for processing speed). That difference matters.
Students often prefer what feels comfortable, but comfort is not always the same as effective learning. Comfort ties into what methods they've done the most and what ways they've been taught. What they've seen others do and copied isn't always aligned with their brain. The goal is to find what helps the brain understand, store, and retrieve information when it counts.
Where MindPrint Can Help
The DIY approach can reveal helpful patterns, but it can also be hard to separate what is really happening.
Is the student struggling because the information is too verbal?
Because the visual memory load is too high?
Because working memory is overloaded?
Because processing speed is slower?
Because attention drops when the material is not meaningful yet?
Because flexible thinking is weak and the student struggles when questions are asked in a new way?
This is where the MindPrint Cognitive Assessment can be especially useful. It helps identify the cognitive strengths and bottlenecks underneath learning, instead of guessing based only on grades, behavior, or frustration.
For some families, that data can be a shortcut. It can show why a bright student may still struggle with studying, writing, test preparation, homework independence, or remembering information later.
But whether you use an assessment or start with observation, the goal is the same:
Stop boxing in every student into the same study system.
Start building strategies around the way their brain actually learns.
What Comes Next in This Series
This post is the overview.
In the next posts, we will go deeper into each learning profile:
Visual-Abstract Learners
Visual-Spatial Learners
Verbal Learners
Then we will look more closely at:
Verbal Memory
Visual Memory
Finally, we will put the pieces together and look at how to build a learning and study routine for different combinations.
Because a Visual-Abstract learner with strong Verbal Memory may need a very different routine from a Verbal learner with strong Visual Memory.
And that is the point.
The best learning system is not the one that looks the prettiest, takes the longest, or matches what worked for someone else.
The best study system is the one that fits the brain using it.
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