Drawing to improve memory may be simpler than you think. Research suggests that creating a quick, meaningful sketch can sometimes help information stick better than repeatedly writing it down. And you don’t need any artistic talent to try it.<\/p>\n
You read something important.<\/p>\n
At the time, it makes perfect sense.<\/p>\n
Maybe you even write it down.<\/p>\n
But the next day, when you try to explain what you learned, the details are surprisingly difficult to remember.<\/p>\n
Now imagine doing something different.<\/p>\n
Instead of copying the information into your notes, you pick up a pen and make a quick sketch.<\/p>\n
Nothing beautiful or complicated.<\/p>\n
Just a rough drawing that represents the idea.<\/p>\n
Could that small change make the information easier to remember?<\/p>\n
Research suggests it sometimes can.<\/p>\n
Scientists call this the drawing effect<\/strong>\u2014a memory advantage observed when people draw information they want to remember rather than simply write it out.<\/p>\n And one of the most interesting findings is that the technique has also shown benefits in older adults.<\/p>\n The drawing effect describes an advantage in remembering information that you have actively drawn.<\/p>\n In a series of seven experiments published in The Quarterly Journal of Experimental Psychology<\/em>, researchers Jeffrey Wammes, Melissa Meade, and Myra Fernandes tested how drawing compared with writing words repeatedly.<\/p>\n Participants were asked to remember information using different learning methods.<\/p>\n In these experiments, information that participants drew was generally recalled better than information they wrote.<\/p>\n The researchers proposed that drawing brings together several types of processing instead of relying on words alone.<\/p>\n Rather than simply seeing the information, you think about what it means, decide how to represent it, and physically create that representation.<\/p>\n These actions may help produce a richer memory.<\/p>\n Drawing to improve memory is not about creating perfect artwork. Instead, it involves actively processing information by turning an idea into something meaningful and visual.<\/p>\n You can read the original drawing-effect research<\/a> for the experimental details.<\/p>\n The finding is not that every picture becomes unforgettable.<\/p>\n Rather, drawing relevant information can provide a useful memory advantage under certain learning conditions.<\/strong><\/p>\n Think about the word bicycle<\/em>.<\/p>\n If you write it five times, you repeat the same word.<\/p>\n Bicycle. Bicycle. Bicycle.<\/p>\n But if you draw a bicycle, even a terrible one, you have to make several decisions.<\/p>\n What makes a bicycle recognizable?<\/p>\n Perhaps it’s the two wheels, the frame, or the handlebars.<\/p>\n To represent the object, you have to retrieve what you know about it and turn that knowledge into something visible.<\/p>\n Researchers suggest that this process can engage three overlapping elements.<\/p>\n To draw something, you first have to think about what it represents.<\/p>\n A quick sketch requires you to identify the meaningful features of an object or idea.<\/p>\n This connects with another important learning principle: new information can become more memorable when you connect it to something you already know<\/a>.<\/p>\n You are no longer dealing only with an unfamiliar word.<\/p>\n Instead, you are giving the idea a recognizable form.<\/p>\n A sketch creates visual details that may help distinguish one memory from another.<\/p>\n For example, you might forget the exact wording of a note but remember the unusual diagram or simple picture you drew beside it.<\/p>\n These additional visual features can provide another way to retrieve the idea later.<\/p>\n Drawing also involves producing something with your hand.<\/p>\n As you move the pen, you choose where lines belong and adjust the image as it develops.<\/p>\n Researchers have proposed that integrating visual, meaningful, and motor information helps explain why drawing can outperform some other memory strategies.<\/p>\n An Association for Psychological Science review of drawing and memory<\/a> discusses this combination of processes.<\/p>\n The important point is not that every pencil movement strengthens memory.<\/p>\n Instead, purposeful drawing makes you interact with information in several complementary ways.<\/p>\n <\/p>\n This is where the research becomes especially interesting.<\/p>\n Memory is not one ability that suddenly disappears at a certain age.<\/p>\n Different cognitive functions can change differently over time.<\/p>\n For example, some older adults notice that learning new information requires more effort, even though their accumulated knowledge and experience remain strong.<\/p>\n Researchers wanted to know whether drawing could provide a useful way to support learning.<\/p>\n In a 2018 study, scientists compared drawing with writing and other learning methods in younger and older adults.<\/p>\n Participants studied lists of words, sometimes drawing the objects they represented and sometimes writing the words.<\/p>\n Both younger and older adults showed memory benefits from drawing.<\/p>\n In one experiment, the advantage for drawn items was particularly pronounced among older participants.<\/p>\n The researchers also found that drawing could reduce certain age-related differences in recollection-based memory performance.<\/p>\n The study, Drawing as an Encoding Tool: Memorial Benefits in Younger and Older Adults<\/em><\/a>, provides the details.<\/p>\n These findings do not establish that drawing prevents dementia, reverses cognitive aging, or improves every kind of memory.<\/p>\n For adults interested in drawing to improve memory after 50, however, these findings offer a practical reason to experiment with simple sketches as part of everyday learning.<\/p>\n The results suggest that drawing can be a useful learning strategy across different adult age groups.<\/p>\n That fits a broader idea we explored in Can Your Brain Still Change After 50?<\/a><\/p>\n Your brain can continue learning throughout adulthood, and the strategies you use can influence how effectively you learn.<\/p>\n Perhaps the best part of this technique is that artistic skill is not the objective.<\/p>\n There’s no need to worry about shading, perspective, or expensive supplies.<\/p>\n A recognizable stick figure, crude diagram, or a few connected shapes may be enough to represent what you are trying to learn.<\/p>\n Suppose you are learning a new work process with three stages:<\/p>\n You could copy those steps into a notebook.<\/p>\n Or you could sketch an envelope, an eye examining a page, and an outgoing arrow.<\/p>\n The drawing might look ridiculous, but that does not matter.<\/p>\n Choosing those pictures requires you to consider what each stage means.<\/p>\n Later, those same pictures may help you reconstruct the process.<\/p>\n After all, the goal is not to create art.<\/p>\n The goal is to create a visual representation that means something to you.<\/strong><\/p>\n There is an important distinction.<\/p>\n Drawing something related to what you are learning is not the same as filling the margins of your notebook with unrelated shapes.<\/p>\n Researchers have tested that difference.<\/p>\n In a 2019 study comparing drawing, writing, and doodling, participants performed best when they drew images representing the information they needed to remember.<\/p>\n Free-form doodling unrelated to that information produced poorer recall than drawing or writing in the tested tasks.<\/p>\n Structured doodling did not provide the same recall advantage as purposeful drawing.<\/p>\n You can read the research comparing doodling, drawing, and writing<\/a>.<\/p>\n That leads to a useful rule:<\/p>\n Draw the thing you want to remember\u2014not simply something to occupy your pen.<\/strong><\/p>\n When learning a concept, sketch the concept itself.<\/p>\n For a process, illustrate the sequence of steps.<\/p>\n And if you are trying to understand how two ideas relate, create a simple drawing of their relationship.<\/p>\n Whatever you choose, keep the drawing connected to the information.<\/p>\n You can experiment with this approach the next time you encounter something worth remembering.<\/p>\n Start small.<\/p>\n Pick a new concept, a process, or one meaningful piece of information.<\/p>\n For example:<\/p>\n “A habit becomes easier when I connect it to something I already do.”<\/em><\/p>\n Draw two simple boxes.<\/p>\n Label the first “Existing habit” and the second “New habit.”<\/p>\n Next, connect them with an arrow.<\/p>\n You have now represented a relationship visually, without needing to create an attractive illustration.<\/p>\n Look at your sketch and describe the meaning in your own words.<\/p>\n “My existing routine becomes the cue for the new action.”<\/em><\/p>\n If you want, say the explanation aloud.<\/p>\n This introduces another learning method we discussed in Why Saying Something Out Loud Can Help You Remember It<\/a>.<\/p>\n The methods are different, but both require active interaction with the information.<\/p>\n Set the drawing aside.<\/p>\n A few minutes later, ask yourself what the sketch represented.<\/p>\n Can you remember the relationship without seeing it?<\/p>\n If not, look again and clarify the idea.<\/p>\n Then try once more.<\/p>\n However, drawing is not always the best tool.<\/p>\n For exact appointment times, medication instructions, financial figures, or important addresses, accurate written information and dependable reminders are essential.<\/p>\n A picture may help you understand something without preserving every detail precisely.<\/p>\n Therefore, use drawing when it supports the kind of information you actually need to remember.<\/p>\n For situations where accuracy matters more than creating a memorable representation, rely on written records instead.<\/p>\n It is natural to assume that if information does not stick, you simply need to read it again.<\/p>\n Then perhaps you read it one more time, hoping that repetition will make the details stay in your memory.<\/p>\n But repetition is only one part of learning.<\/p>\n Sometimes the more useful question is:<\/p>\n What am I doing with this information while I am learning it?<\/strong><\/p>\n Rather than simply looking at words again, consider how actively you are engaging with their meaning.<\/p>\nWhat Is the Drawing Effect?<\/h2>\n
Why Drawing to Improve Memory May Help Information Stick<\/h2>\n
1. Meaning<\/h3>\n
2. Visual Information<\/h3>\n
3. Physical Action<\/h3>\n
Does Drawing Help Memory After 50?<\/h2>\n
You Don’t Need to Be Good at Drawing<\/h2>\n
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Drawing Is Different From Random Doodling<\/h2>\n
Try the 30-Second Sketch Method<\/h2>\n
Step 1: Choose One Idea<\/h3>\n
Step 2: Turn the Idea Into a Picture<\/h3>\n
Step 3: Explain What You Drew<\/h3>\n
Step 4: Look Away and Recall<\/h3>\n
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\n \nWhat You’re Learning<\/th>\n What You Might Sketch<\/th>\n<\/tr>\n<\/thead>\n \n A new work process<\/td>\n Three boxes connected by arrows<\/td>\n<\/tr>\n \n How two concepts relate<\/td>\n Two circles with a connecting line<\/td>\n<\/tr>\n \n The stages of a project<\/td>\n A simple visual timeline<\/td>\n<\/tr>\n \n A basic scientific concept<\/td>\n A labeled diagram<\/td>\n<\/tr>\n \n A new vocabulary word<\/td>\n A recognizable picture of its meaning<\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n Better Memory Is Not Always About More Repetition<\/h2>\n