Conceptual learning teaches the idea beneath the facts, so that a child can recognise it again in a problem they have never seen before. Instead of learning that water evaporates, they learn what a cycle is, and then find cycles in economics, in history, and in their own revision.
Most articles on this subject then attack memorisation. We are not going to, because it would be untrue, and because you would be right not to believe us.
This article explains what a concept actually is, how conceptual teaching works inside the British curriculum, what it does not replace, and what to ask a school about it.
Table of contents
Key Takeaways
- Conceptual learning teaches transferable ideas rather than isolated facts, so knowledge survives contact with an unfamiliar question.
- A concept is a mental construct that is timeless, universal, and abstract. Change. System. Power. Balance. Facts sit underneath concepts, not beside them.
- It does not replace memorising. Fluent recall is what makes conceptual thinking possible, and a school that tells you otherwise is overselling.
- Concept-based teaching is not owned by any one curriculum. It is built into the English National Curriculum through mastery, historical concepts, and working scientifically.
- The test of it is transfer: can the child use the idea somewhere it was not taught?
What Is Conceptual Learning?
Conceptual learning is an approach in which students learn the organising ideas of a subject, not only its content, so that they can apply those ideas in new situations.
A child who memorises that 7 x 8 = 56 can answer that question. A child who understands multiplication as repeated grouping can work out 7 x 80, can see why area is calculated the way it is, and can later make sense of algebra. The second child has something to think with.
The technical name for what we are after is transfer: the ability to use knowledge in a context other than the one it was learned in. Transfer is difficult, it is rare, and it is the entire point.
What Is a Concept, Exactly?
Schools use the word constantly and rarely say what it means. A concept has three properties. It is timeless, it is universal, and it is abstract.
Photosynthesis is a topic. Adaptation is a concept. The Tay Son rebellion is a topic. Revolution is a concept. The distinction matters because topics stay where you left them, and concepts travel.
A concept is what allows a student who has studied one revolution to say something intelligent about a different one they have never studied. That is the whole mechanism, and it is closely related to abstract thinking.
The Structure of Knowledge
The concept-based curriculum work of Lynn Erickson and Lois Lanning sets out a useful hierarchy, and it is worth knowing because it is not the property of any curriculum.
- Facts. Specific and non-transferable. The Nile is in Egypt. 1789.
- Topics. Organised bodies of facts. The French Revolution. The water cycle.
- Concepts. Timeless, abstract, transferable. Revolution. Cycle. Interdependence.
- Generalisations. Statements linking two or more concepts, which is where genuine understanding lives. “Scarcity of a resource tends to concentrate power.” That sentence works in history, in geography, and in economics.
Traditional teaching often stops at topics. Conceptual teaching keeps climbing, and the generalisation is the summit.
Conceptual Learning and Memorisation
Here is where most school articles, including our own previous version of this one, went wrong.
Rote learning is usually cast as the villain: the thing bad schools do, the thing conceptual learning rescues children from. It is a satisfying story and it is not accurate.
| What it does well | Where it fails | |
|---|---|---|
| Memorisation | Builds fluent, automatic recall. Frees up working memory so the child can think about the actual problem instead of the arithmetic inside it. | On its own it does not transfer. A child who has memorised a method cannot apply it to a question phrased differently. |
| Conceptual learning | Builds transfer. The child meets an unfamiliar problem and recognises the underlying idea beneath it. | It is slower, and it collapses without factual foundation. You cannot reason about a subject in which you know nothing. |
The two are not opposites. They are sequential. A child whose times tables are not automatic cannot reason about proportion, because their working memory is fully occupied with the arithmetic. The facts have to become effortless before the thinking can start.
So yes, your child will still learn spellings, still learn number bonds, still learn dates. What changes is what those facts are for. They are the floor, not the building.
We say this plainly because many families in Vietnam were educated in systems built on memorisation, and are being told by schools that this was a mistake. It was not a mistake. It was incomplete.
Does Conceptual Learning Belong to One Curriculum?
The phrase is used most loudly by schools following one particular international curriculum, which has led some parents to assume the approach belongs to it. It does not.
Concept-based teaching is a body of educational thinking that predates any of the current international programmes, and it is built into the English National Curriculum quite explicitly. The vocabulary differs. The practice does not.
What follows is not an adaptation of someone else’s idea. It is how the British curriculum is constructed.
Conceptual Learning in the British Curriculum
The English National Curriculum does not simply list content to be covered. It specifies the thinking that content is meant to develop, and it returns to the same concepts at increasing depth.
Mathematics: mastery
Mastery is a conceptual doctrine, not a pacing one. A child who has mastered place value understands why a digit’s position changes its value, which is why they can then handle decimals, standard form, and estimation. Speed is secondary; depth is the point. Fluency in the facts is assumed, and then built upon.
History: second-order concepts
The curriculum names them directly: cause and consequence, change and continuity, similarity and difference, historical significance. These are not topics. A student is not asked to remember causation; they are asked to use it. That is concept-based teaching under a different name.
Science: working scientifically
Running through every Key Stage, requiring students to hypothesise, design a fair test, and reason from evidence. The content changes; the conceptual apparatus does not.
Progression across the Key Stages
Children meet the same concepts repeatedly and at rising levels of abstraction. In Key Stage 1 a child explores change through concrete experience. By Key Stage 3 they are analysing change as a historical process. By Key Stage 4 they are expected to apply it to material they have never encountered. This is a spiral, by design.
Does It Work for IGCSE and A Level?
The reasonable worry is that conceptual teaching is pleasant but produces students who cannot pass a paper.
Look at where the marks sit. The lower bands of an IGCSE or A Level mark scheme reward recall, and recall requires knowledge. The higher bands reward application, analysis, and evaluation: using a principle on unfamiliar material, justifying a judgement, weighing competing explanations. Those bands cannot be memorised into existence.
A student with facts but no concepts hits a ceiling around the middle of the mark scheme. A student with concepts but no facts never gets started. The grade is produced by both.
How It Works in a Classroom
- Inquiry as the starting point. The lesson opens with a question rather than an answer. See inquiry-based learning.
- Connections across subjects. The concept of a system appears in biology, in economics, and in geography. Naming it in all three is what makes it stick.
- Structured reflection. At the end of a unit, students are asked what changed in their thinking. Without this step, a good lesson evaporates.
- Application to something real. Often through project-based learning, where the concept has to survive contact with an actual problem.
How to Support Conceptual Learning at Home
- Ask what it is like. “What does that remind you of?” is the single most conceptual question a parent can ask. It is a request for transfer.
- Ask them to teach you. Explaining an idea to someone who does not have it is the fastest way to discover whether you do.
- Do not skip the drilling. Times tables, spellings, and number bonds still need to become automatic. This is not in tension with conceptual learning; it is what enables it.
- Welcome the question you cannot answer. Look it up together. What the child learns is that not knowing is where thinking begins
Conceptual Learning at The ABC International School (ABCIS)
At The ABC International School (ABCIS), conceptual learning is part of everyday school life, not just a theory. As a British Curriculum school in Ho Chi Minh City, the school focuses on deep understanding, not surface-level memorisation.
What makes learning at the ABCIS different?
- We do not apologise for fluency. Number bonds and tables are practised until they are automatic, because a child cannot reason about proportion while still counting on their fingers.
- We name concepts out loud. When students meet interdependence in science and again in geography, we say so. The transfer does not happen reliably by accident.
- We assess understanding, not only recall. Alongside curriculum assessment we use CAT4 and GL Assessment, which measure reasoning rather than content coverage, and give us a Standard Age Score that tells us whether a child is thinking, not just remembering.
- We build in revision and critique. Understanding shows up on the second draft, rarely on the first.
We hold four consecutive BSO Outstanding inspection grades, most recently in January 2024, and are accredited by Cambridge International and AQA. Every year, over 95% of our graduates go on to study at universities across the world.
If you are exploring an international school in Ho Chi Minh City, consider how conceptual learning can shape your child’s journey. Contact the ABCIS today to discover how an inquiry-driven education can support your child now and into the future.
- Trung Son Campus: #152-158, Street No. 1, Trung Son, Binh Hung Commune, Ho Chi Minh City, Vietnam
- Nha Be Campus: #2, Street No. 9, Tan An Huy, Nha Be Commune, Ho Chi Minh City, Vietnam
- Phone: +84 (0)28 7308 1828
- Email: office@theabcis.com
Knowing Things, and Knowing What They Mean
Conceptual learning is not a rejection of rigour. It is what rigour is for. A child who has memorised a great deal and understood none of it has been badly served, and so has a child taught to admire big ideas without ever learning anything hard.
Book a campus visit and ask a teacher to show you the same concept being taught in two different subjects. If they can, you have your answer.
Frequently Asked Questions
It is teaching the ideas underneath the facts, so that a child can use them on problems they have not seen before. The test is transfer: can they apply the idea somewhere it was not taught?
Rote learning builds fluent recall of specific facts. Conceptual learning builds transferable understanding. They are not opposites and not alternatives. Recall makes conceptual thinking possible, because a mind occupied with arithmetic has nothing left over for reasoning.
Yes, and any school telling you otherwise is overselling. Times tables, number bonds, spellings, and key vocabulary need to become automatic. The difference is what those facts are for: they are the floor a child stands on to reach something higher, not the building itself.
No. Concept-based teaching predates the current international programmes and is not owned by any of them. The English National Curriculum is built on it explicitly, through mastery in mathematics, second-order concepts in history such as cause and consequence, and working scientifically in science. The vocabulary varies between systems; the practice does not.
It is what the top mark bands are made of. Lower bands reward recall, which requires knowledge. Higher bands reward application, analysis, and evaluation on unfamiliar material, which cannot be memorised. A student needs both: facts without concepts stall mid-paper, and concepts without facts never start.
By giving a student a problem they have not seen and watching whether they recognise what it is. Beyond ordinary curriculum assessment, reasoning tools such as CAT4 and GL Assessment measure thinking rather than content coverage, which is a different question from whether a child revised.
From the earliest years, in concrete form. A child sorting objects by shape is working with categories. What changes with age is abstraction: by Key Stage 4 the same child is expected to apply a concept to unfamiliar material without being told which concept applies.
