Can You Train Yourself to Learn Better? What the Science Says

Yes, you can get better at learning.

That does not mean discovering one secret technique that suddenly makes names, software commands, historical dates, or Spanish vocabulary stick. Learning improves when we get better at how we practice: retrieving information instead of merely rereading it, returning to material over time, connecting unfamiliar ideas to things we already understand, sleeping well enough for memory to do its work, and noticing when a method feels productive without actually producing much learning.

I find that especially encouraging later in life. The brain changes with age, but learning does not simply switch off. What often changes is the pace, the strategy, and the amount of repetition or concentration a new subject requires. Once we stop expecting the brain to learn exactly as it did decades ago, there is plenty we can do to make learning more effective.

Your Brain Is Built to Change With Experience

Learning is possible because the brain is not a fixed piece of machinery.

Experiences can change the activity and connections within neural networks, a capacity broadly described as neuroplasticity. At the microscopic level, learning can involve changes in the strength and organization of connections between neurons. BrainFacts, an educational initiative of the Society for Neuroscience, offers a useful explanation of how brain plasticity allows experience to alter brain structure and function.

That is the scientific foundation behind a fairly ordinary observation: things that once demanded enormous concentration can eventually become familiar.

Think back to learning to drive. At first, checking mirrors, judging speed, steering, watching traffic, and remembering directions can feel like too many tasks at once. Years later, many of those processes require far less conscious effort.

The brain has learned.

The same basic principle applies when learning a smartphone feature, a musical instrument, a language, a new workplace system, or the rules of a complicated game. Practice changes what requires deliberate attention.

Learning becomes easier not because the material changes, but because the brain gradually has less unfamiliar territory to manage.

That does not mean all practice is equally useful. Repeating something incorrectly can strengthen the wrong habit, and passive exposure can create the feeling of familiarity without reliable recall. The interesting question, then, is not simply whether the brain can change.

It is how to practice so that the change is useful.

Age Changes Learning, but It Does Not End It

One of the more persistent myths about aging is that meaningful learning belongs mostly to younger people.

There are real age-related cognitive changes. Some people notice that recalling names takes longer, multitasking becomes less comfortable, or new information requires additional repetition. Pretending otherwise is not helpful.

Neither is assuming those changes make new learning unrealistic.

The National Institute on Aging notes that older adults remain capable of learning new skills, forming new memories, and improving vocabulary and language abilities. It also points out an advantage that receives less attention: older adults bring a larger store of knowledge and accumulated experience to new problems.

I think that last point matters enormously.

Imagine two people learning about retirement investing. The younger learner may process unfamiliar terminology quickly. An older learner may take longer with some of the new vocabulary but connect the ideas immediately to decades of work, mortgages, market cycles, taxes, saving decisions, and conversations with financial professionals.

Learning speed and depth of context are not the same thing.

Similarly, someone learning photography at 70 may already understand composition from painting, patience from gardening, or human behavior from years of working with people. New skills rarely begin on completely empty ground.

The practical lesson I take from this is not to imitate the way you studied at 19. Build from the learner you are now.

5 Ways to Train Yourself to Learn More Effectively

There is no single best learning method for every subject. Memorizing vocabulary requires different practice from learning to repair a bicycle or interpret a balance sheet.

Still, several principles transfer surprisingly well.

1. Retrieve before you reread.

Rereading feels productive because the material becomes increasingly familiar.

The problem is that recognition is easier than recall.

You can read a page and think, “Yes, I know this,” only to discover an hour later that you cannot explain the main idea without looking.

Retrieval practice reverses the process. Instead of putting the information back in front of yourself, you try to bring it out of memory.

After reading three pages, close the book and ask:

What were the main ideas?

What would I tell someone else?

Which part can I not explain yet?

Cornell University's Learning Strategies Center identifies retrieval practice alongside spacing and interleaving as useful strategies for longer-term learning.

I like retrieval because it exposes the gap between familiarity and knowledge.

You do not need flash cards unless they suit the material. Explain the idea aloud. Sketch the process from memory. Write down everything you remember on a blank page. Try the software command without looking at your notes.

Then check yourself.

The checking matters. Retrieval followed by correction is far more useful than confidently rehearsing an error.

2. Come back to the material instead of trying to finish it.

A three-hour study session may feel more serious than three shorter sessions. Seriousness is not the goal.

Memory generally benefits when practice is distributed.

If I were learning 30 vocabulary words, I would rather study some today, revisit them tomorrow, and return again several days later than attempt to permanently master all 30 in one sitting.

This creates a little forgetting between sessions.

That can feel inefficient, but having to work to retrieve something again is part of what strengthens learning.

Spacing also fits adult life better. Someone with work, family, volunteering, travel, or caregiving responsibilities may struggle to protect long stretches of uninterrupted study. Twenty useful minutes repeated across the week can accomplish a great deal.

3. Turn information into something you can use.

Reading about a skill is not the same as possessing it.

If you are learning spreadsheet formulas, build a small spreadsheet.

If you are studying a language, form sentences rather than endlessly reviewing individual words.

If you are learning history, explain why two events are connected.

If you are reading about gardening, use the information to decide where one plant belongs in your own yard.

Application reveals whether understanding is sturdy enough to survive outside the lesson.

I would also vary the problem once the basics become comfortable. If you always practice something under identical conditions, you can become very good at reproducing that specific exercise without developing much flexibility.

The eventual goal is not “I recognize this example.”

It is “I understand enough to handle a somewhat different example.”

4. Mix related skills instead of practicing one forever.

When beginners learn something complicated, concentrating on one skill at a time makes sense.

Eventually, though, real life mixes the skills together.

A musician must move among rhythm, reading, fingering, listening, and expression. A language learner needs vocabulary, comprehension, pronunciation, and grammar in the same conversation. A photographer has to consider exposure, focus, composition, and light almost simultaneously.

Mixing related forms of practice, sometimes called interleaving, makes learning feel harder because the brain repeatedly has to decide which approach belongs to which problem.

That difficulty can be useful.

I would not use interleaving as an excuse to constantly bounce between unrelated subjects. The point is to practice distinguishing between related problems instead of becoming comfortable with one predictable sequence.

5. Explain it to someone else.

Few things expose fuzzy understanding as quickly as trying to explain an idea clearly.

You do not actually need another person.

Imagine explaining it to a friend who knows nothing about the subject.

Why does this work?

What happens first?

What is the difference between these two ideas?

Why would anyone care?

Where does my explanation become vague?

That last question is often where the next study session should begin.

One of the quickest ways to discover what you do not yet understand is to try explaining what you think you understand.

Be Careful With the Idea of “Learning Styles”

Many of us have heard that people are either visual, auditory, reading-and-writing, or kinesthetic learners and should study primarily through their preferred style.

It is an appealing idea because preferences are real. I may enjoy diagrams while someone else prefers a spoken explanation.

But preference and effectiveness are not the same thing.

Yale's Poorvu Center summarizes the evidence behind the learning styles myth, noting that research does not support the claim that matching instruction to a person's supposed learning style reliably improves learning.

I would replace the question “What kind of learner am I?” with a more useful one:

What form does this particular material need?

Geometry may benefit from diagrams.

Pronunciation needs listening.

Carpentry requires hands-on practice.

History may benefit from reading, maps, timelines, discussion, and writing.

Learning to recognize birds may involve photographs, field observation, calls, descriptions, and repeated retrieval.

Using several appropriate routes into a subject can produce a richer understanding than trying to funnel everything through one preferred mode.

Feeling Challenged Can Be a Good Sign

One of the traps in learning is assuming that ease means effectiveness.

Rereading familiar notes feels smooth.

Watching someone else demonstrate a skill feels clear.

Looking at an answer and thinking “I knew that” feels reassuring.

Trying to reproduce the knowledge yourself often feels considerably worse.

That struggle can be informative.

Suppose you are learning a new computer program. You watch a ten-minute tutorial and everything makes sense. The next day, you open the program without the video and cannot remember where three of the functions are located.

That does not mean yesterday's lesson failed.

It means today's difficulty has revealed what still needs practice.

I would distinguish productive difficulty from needless frustration. Material that is far beyond your current knowledge can overwhelm rather than teach. But a manageable amount of effort, where you can succeed with concentration or occasional assistance, is often a useful place to work.

Sleep Belongs in the Learning Plan

It is tempting to treat sleep as time taken away from learning.

The science suggests the opposite.

Sleep supports several cognitive processes involved in learning and memory, including the consolidation of newly acquired information. The Sleep Foundation's overview of sleep and memory summarizes evidence that adequate sleep helps the brain process and stabilize information learned while awake, while insufficient sleep can interfere with attention, learning, and recall.

For practical purposes, I would draw a simple lesson from this: do not routinely sacrifice sleep to create more study time.

An exhausted extra hour may be less valuable than stopping earlier, sleeping, and returning to the material the following day.

This matters even more when the subject requires sustained attention. Trying to understand tax software, a new language, or complicated instructions while mentally depleted is an excellent way to turn learning into frustration.

Sleep is not cheating on the study schedule.

It is part of it.

What Better Learning Looks Like in Real Life

Consider a composite example.

Frank, 68, decides he wants to learn conversational Spanish before spending more time with Spanish-speaking relatives.

His first approach is familiar from school. He buys a grammar book and spends an hour several nights a week reading chapters and highlighting rules.

After a month, the pages look thoroughly studied, but actual conversation remains difficult.

So he changes the method.

He studies for shorter periods. At the beginning of each session, he tries to recall yesterday's words before looking at them. He practices complete sentences rather than isolated vocabulary. Several days later, old words return alongside new ones.

He listens to short conversations because understanding spoken Spanish is one of his actual goals. He says phrases aloud because speaking is another. Once a week, he talks with a relative who knows he is learning.

He still forgets words.

In fact, he may notice his forgetting more often than before because he is testing himself rather than looking at the answer.

But three months later, something important has changed. He can retrieve more language without assistance.

That is a better measure of learning than how easy the study session felt.

Better learning often feels less impressive in the moment because it asks the brain to do the work instead of simply watch the work being done.

Build a Learning System You Can Adjust

I would not turn learning science into another complicated productivity project.

You probably do not need a color-coded tracking system, several apps, and an elaborate schedule.

Try something simpler.

Choose a skill or subject.

Study a manageable amount.

Close the material and retrieve what you can.

Return to it later.

Use it somehow.

Notice where you repeatedly struggle.

Adjust.

The final step may be the most important.

Effective learners are not people who have discovered a perfect method. They pay attention to what the current method is producing.

If you can recognize vocabulary but cannot produce it, practice recall.

If you understand theory but cannot apply it, solve more realistic problems.

If you continually forget previous lessons, increase review.

If concentration collapses after 45 minutes, stop pretending a 90-minute session is better.

That is metacognition in everyday terms: learning to observe your own learning.

The Long View!

The advantage of becoming a more experienced learner is that you no longer have to study simply because someone told you how. You can pay attention to what actually helps knowledge stick.

• Use what you already know: New information becomes easier to organize when you deliberately connect it to decades of existing knowledge and experience.
• Make memory work: Give yourself opportunities to recall, explain, practice, and apply before looking at the answer again.
• Return instead of cramming: Let learning unfold over multiple encounters rather than expecting one long session to finish the job.
• Change the method when necessary: Difficulty is useful information. If something repeatedly fails to stick, alter the practice instead of assuming you lack ability.
• Respect the pace: Faster is not automatically better. The objective is knowledge you can retrieve and use when you actually need it.

Learning how to learn is not about finding one permanent formula. It is about becoming more observant about what your brain needs from the task in front of you.

Stay Teachable

The science of learning offers plenty of techniques, but the idea underneath them is surprisingly human: we improve through attention, effort, repetition, correction, rest, and a willingness to try again differently.

That remains available throughout adulthood.

Some things may take longer than they once did. Other subjects may come more easily because you have decades of knowledge to connect them to. Either way, learning is not a contest against your younger self.

I would measure progress by a better question: Can I do, explain, recognize, or understand something today that I could not before?

If the answer keeps becoming yes, the learning system is working.