During our entire student career, at least in the minor courses, studies are characterized by one thing: almost every time we study, what we actually do is memorize all the concepts. The studies are largely based on the ability to memorizeIn fact, everything we "learn," in quotes, will have to be put on the exam paper. A method that, of course, is not without its flaws. errors and limitationsespecially when memorization is confused with real learning.
Let's take a simple example. In the event that there is a student with a good capacity For memorization, you'll have almost passed the subject, because you'll remember it easily. dates, definitions and listsThe opposite will happen in subjects like mathematics, which has clearly practical syllabi, and in which memory is of little use if it is not accompanied by Understanding and applicationHowever, it's important to keep in mind that most courses can be memorized, so these types of students shouldn't have major problems passing, although they might encounter difficulties when it comes to... remember and use those contents later.
Now, let's look at other countries within the European Union where the learning methodology is radically different. There, things aren't based solely on memorization; instead, there's an intentional focus on developing the ability to apply knowledge effectively. logical part to things. Students are encouraged to relate, analyze, discuss and apply concepts in varied situations. In this way, all of the student's abilities are put into action, preparing them for what will be their work and professional life in the future.
Limiting itself to memorizing the contents is not always effective. Quite the contrary, since it is necessary that students also practice their other cognitive habilytiesUnderstanding, reasoning, inferring, explaining, creating, and cooperating. It's not just about memorizing, but also about knowing how to do other things that can help them in the future. critical thinkingProblem-solving, technology use, and oral and written communication are essential. We must practice everything that might be useful and make memory an ally. significant learningnot in the sole objective.
Memorizing and learning: two distinct but inseparable processes
A widespread idea in education is that It's not about memorizing, it's about learningThis phrase, repeated almost like a slogan, can lead to a misconception: that memory is something negative. In reality, memorizing and learning are not enemies, but rather inseparable alliesMemorizing doesn't mean mindlessly repeating like a parrot, but consolidate knowledge so we can use them smoothly when we need them.
What is memorization? It is the ability to retain information in the mind, either temporarily (short-term memory) or permanently (long-term memory). It involves storing data, facts, concepts, or procedures in order to be able to recover them quickly when needed. For example, memorizing multiplication tables, world capitals, or basic mathematical formulas provides an essential mental database.
What is learning? Learning is a deeper process that involves understand, relate and apply the information. It's not just about retaining data, but also about understanding its meaning, context and usefulnessFor example, learning how mathematical formulas are applied to real-world problems, or understanding why certain historical events had specific consequences, requires going beyond simple repetition.
Memorizing and learning, therefore, are not opposing processes, but complementaryMemorization provides the basic tools, while learning gives them meaning and functionMemorization provides the foundation: without memorization, we wouldn't have the information needed to work, and we couldn't solve a problem if we didn't remember the formulas or key steps. Learning gives meaning: if we don't understand what we memorize, that information will be difficult to apply. long-term memory and almost impossible to apply in new situations.
Why memorization is still necessary (but not sufficient)
Psychology and education specialists agree that one cannot renounce the memorization processLower-level cognitive processes, such as remembering facts, are necessary to be able to move on to other processes. higher processes (analyze, synthesize, evaluate, create). However, they emphasize that these memory processes alone not enough for truly meaningful learning or for developing skills useful in real life.
Among the main reasons why continued memorization is important, several key ideas stand out. First, memory provides a knowledge base Without it, understanding complex concepts would be impossible. Before understanding advanced algebra, we need to memorize basic mathematical rules; before arguing about history, we must know dates, places and protagonistsBy memorizing essential data, we have immediate access to information without constantly having to search for it.
Secondly, proper memorization facilitates the deep learningWhen certain data or procedures (such as multiplication tables or verb conjugations) are already automated, we release cognitive resources For more complex tasks: writing elaborate texts, solving difficult problems, or analyzing new situations. Memorized information acts as building blocks on which new knowledge is built.
Third, memory is useful in practical and emergency situationsKnowing important phone numbers, addresses, first aid protocols, or basic safety rules by heart can be crucial. In fields like medicine, law, or engineering, memorizing protocols, laws, or formulas is essential for make quick and accurate decisions when there is no time to consult manuals.
Finally, memorizing trains the brain: exercising memory strengthens the neural connections and improves the overall ability to retain and retrieve information. It is also a relevant practice. cultural and socialBecause for centuries poems, songs, and texts have been transmitted through memorization. The key is not to stop memorizing, but to learn to do it well and in service of a deep understanding.
Shifting the focus: from data bingeing to strategic learning
Many students face exams by resorting to the classic last-minute bingeMarathon study sessions, sleepless nights, and short-term memorization that vanishes in a few days. Several experts in the psychology of learning point out that this approach is ineffective and generates stress, frustration, and rapid forgetting of the content. It's not about studying more hours, but about study with better technique.
Memory research suggests that the ability to retain information intensifies during the first 20-30 minutes of concentrated study. From that point on, performance gradually declines. That's why it's recommended to break up long study sessions into shorter blocks of about 25-30 minutes, separated by breaks of about 5-10 minutes. This structure reduces fatigue and promotes a more stable consolidation from what was learned.
Also key is study environmentHaving a space dedicated solely to studying, without associations with other activities (television, social media, leisure), helps the brain to relate that context to the concentration and effortWhile it's best to avoid distractions, it can be beneficial to change your study location from time to time to force your brain to... reprocess the information and reinforce the memory.
Another essential aspect is the difference between recognition and memoryRecognizing something means that, upon seeing it, we identify it as familiar, but we might not be able to explain it without help. Remembering involves being able to recall the information. without any external stimulusMany students become overconfident when they underline, reread, and feel they "know it" because it's familiar, but then in the exam they discover they can't reconstruct the content from scratch.
To avoid this mistake, it is more effective to practice active recall through self-assessments, personal questions, summaries without looking at notes, or techniques such as the SQ3R method (examine the text, ask questions, read, recite, and review). This type of practice forces the retrieval of information from long-term memory, strengthening the neural pathways that support it.
Memorizing content is not enough: the importance of understanding
One of the major criticisms of the approach based almost exclusively on memory is that it allows you to pass exams but does not guarantee lasting learningMany students admit to having prepared for exams and, months later, having forgotten practically everything. This reveals that only one thing actually happened. superficial memorization, without real integration into its knowledge structure.
In order for information to be retained and useful in academic and professional life, it is necessary to promote deep understandingUnderstanding involves being able to explain in one's own words, relate ideas, and detect contradictions and nuances, apply the concepts to new problems and, in general, integrate the new with what is already known.
Educational systems that prioritize projects, collaborative work, real-world case studies, and activities where the student must produce and create content They tend to develop these skills better. The student ceases to be a mere passive recipient and becomes protagonist of his learningusing memory as support but not as the only resource.
Furthermore, in today's society it is essential to develop digital competenceIt's not enough to simply consume information on social media and platforms; you have to know how to create it, critically evaluate it, and distinguish which sources are reliable. This skill requires more than just memorizing facts; it requires... criteria, analysis and reflection, capabilities that are only consolidated when working beyond repetition.
Therefore, memorizing content is a necessary condition, but clearly not enough To learn effectively. The goal shouldn't be to "fill your head" with facts, but to build a network of knowledge. interconnected and applicable that accompany the student for years.
Techniques for combining memory and deep learning
If memorizing content is not enough, the solution is not to eliminate memorization, but to use it within a broader approach to smart studyVarious techniques help to integrate what we remember with what we understand in order to achieve deeper and more lasting learning.
A key strategy is the spaced reviewInstead of studying everything at once, you review the information at increasingly longer intervals. This combats natural forgetting and consolidates long-term memory with less overall effort. By combining spaced repetition with questions and self-assessments, retention improves significantly.
Also useful are associations and mnemonic rulesThese techniques, such as acronyms, rhymes, stories, or striking mental images, do not replace comprehension, but they facilitate the recall of specific data (dates, lists, classifications) that serve as anchors for learning. better structure the topicThe more personal and visual the association, the easier it will be to recover it.
La practical application Applying what has been studied is another key element in moving from simple memorization to functional knowledge. Solving real-world problems, undertaking projects, participating in debates, or conducting simulations of professional situations requires actively using the content already learned. adjust understanding when doubts or errors arise.
Finally, one of the most powerful techniques is teach othersExplaining the syllabus to a colleague, recording yourself talking about the topic, or preparing a presentation requires organizing your ideas, identifying gaps, and rebuild knowledge in your own words. This effort to explain consolidates both memory and understanding, and honestly shows which parts we control and which we still need to work on.
Reading comprehension, imagination and confidence: forgotten pillars
Many students enter secondary education, university, or vocational training with a significant lack of reading comprehensionNot reading for pleasure and always relying on underlining and repetition makes it difficult for them to identify what is truly important in a text. This leads them to underline almost everything, try to memorize it word for word, and feel that the only way to study is... repeat without understanding.
To overcome this problem, it is advisable to work on the ability to summarize, outline, and rewrite the content using their own language. Activities such as creating concept maps, posters, drawings, explanatory audio recordings, or personal summaries encourage the Visual memory and imagination, moving the student away from simply mechanically copying notes.
Another dimension that is often overlooked is the emotional and self-esteem aspectMany students come to believe that they "aren't capable of studying," that they "aren't good enough," or that they "aren't good at memorizing," which generates anxiety and a mental block. This negative self-perception worsens their performance and reinforces the idea that Studying is sufferingwhen in reality a suitable and realistic method can change that experience.
Teacher guidance and family support are fundamental to helping the student to recognize their strengths (perhaps they explain things very well, reason clearly, or have a good visual memory) and, based on these, design their own study style. Adapting techniques to each person, beyond the single model of "memorizing everything," is a key condition for effective learning. truly inclusive and effective.
Memorization, therefore, remains an important piece of the puzzle, but without understanding, practice, and work on motivation and confidence, it falls short. The great challenge today is to integrate memory, logic, reading comprehension, critical thinking, and digital tools into a study approach that helps students learn better today and navigate the future with confidence.