Why This Matters

"My planner has a beautiful statement of inquiry. My lessons have none of it." That's what a colleague said to me after her first observation of the year, and it's the most common gap in MYP delivery. The planning document says change, systems, perspective. The lesson itself says, "What year did the factory open? Good. Next question." Nobody abandoned the concept on purpose. It just quietly didn't survive contact with a Tuesday afternoon lesson and twenty-eight students who need the content covered before Friday's quiz. This is the article where the shift stops being something you write and starts being something you do, out loud, every lesson.

Understand the Idea

Conceptual teaching isn't a separate activity bolted onto content teaching — it's a way of questioning that runs underneath the content you were already going to teach. The tool for doing this is what we call the fact → relationship → transfer ladder, a simple way of noticing which level a question is pitched at.

A fact-level question has one correct, retrievable answer: "What did the spinning jenny do?" Students recall or look it up. Necessary, but it stops at the fact.

A relationship-level question asks students to connect two or more facts into a pattern: "What's the relationship between the spinning jenny and how families organised their time?" This is where a concept — an idea, like change, systems, or interaction, broad enough to apply beyond one topic or subject — starts doing work. The student isn't reciting; they're building a generalisation, a statement that holds true across more than one specific case.

A transfer-level question asks students to apply that generalisation somewhere new: "Where else have you seen a new tool change how people value their own time?" This is the level where conceptual understanding earns its name — it transfers, meaning the idea travels out of the original topic and into a different context the student wasn't handed directly.

Three tools make this ladder usable in a live lesson. First, conceptual questioning: planning a small number of questions in advance, pitched deliberately at the relationship or transfer level, rather than hoping they emerge. Second, misconception surfacing: deliberately asking a question that invites a common wrong belief into the open, so you can address it, rather than leaving it buried where it'll resurface in the summative task. Third, wait time: the pause, ideally three to five seconds, between asking a relationship-level question and taking an answer. Relationship-level thinking takes longer than recall. If you fill the silence, you've just answered your own question and handed the thinking back to yourself.

None of this requires abandoning content. You still teach the spinning jenny. You just don't stop there.

See It in Practice

Here's a short exchange from a Grade 9 Sciences lesson on ecosystems, key concept systems, annotated so you can see the pivot happening in real time.

Weak version:

Teacher: What happens to a population of rabbits when a predator is introduced? Student: It goes down. Teacher: Correct. Write that down. Next — what happens to the plant population when the rabbits decrease?

[This never leaves fact level. Two questions, two facts, no relationship built, no transfer attempted.]

Strong version:

Teacher: What happens to a population of rabbits when a predator is introduced? (fact-level opener — fine as a way in) Student: It goes down. Teacher: Right. So — what does that tell us about how one change moves through a system? (pivot: relationship-level, using the word "system" deliberately, echoing the key concept) [Three-second pause. Teacher does not fill it.] Student: I guess... one change makes other things change too? Like it's not just the rabbits. Teacher: Say more — what else moves? Student: The plants get less eaten, so there's more plants, so maybe more of something else that eats plants. Teacher: So one input into a system doesn't stay contained to one part of it. (names the generalisation students just built, doesn't hand it to them first) Where else, outside biology, have you seen one change ripple through a system that looked unrelated at first? Student: Like... when they built the new highway near my house, suddenly the small shops near the old road closed. Teacher: That's transfer. Hold onto that example — we'll come back to it.

[Same content — predator-prey dynamics — but the lesson now contains a moment where a student states a relationship, and a moment where that relationship travels outside the original topic.]

Notice the teacher didn't ask more questions in the strong version — three questions, not eight. The difference is where those questions were pitched and whether silence was allowed to do its work.

Apply It

🛑 Do this now. Pull up your own upcoming lesson plans — five questions you already intend to ask, taken directly from what you've already written or would naturally say. Don't invent new ones yet; use real ones.

For each, identify its current rung on the ladder, then rewrite it one rung up. Use this worked example as your model:

  • Fact: "What is a tariff?"
  • Relationship rewrite: "What's the relationship between a tariff and who ends up paying more — the producer or the consumer?"
  • Fact: "Name three causes of the French Revolution."
  • Relationship rewrite: "Which of these three causes had to happen before the others could matter?"

Do this for all five of your questions. Keep the original fact-level question if it's genuinely needed as a way in — you're not deleting fact-level questions, you're adding a rung above each one you rely on most.

🧭 Planning decision. In your lesson plan, mark at least one moment per lesson — literally write "CONCEPTUAL MOMENT" in the margin or planner field — where a relationship-level or transfer-level question is asked and students are given wait time before you take an answer. This becomes your artefact: five original questions, five rewrites, one marked conceptual moment per lesson for your next week of teaching.

Avoid This

Symptom: you ask a great conceptual question and get silence, so you answer it yourself. This trains students that silence gets rescued, and they stop trying. Fix: hold the wait time even when it's uncomfortable. Five seconds feels like thirty the first few times. Say "take your time" out loud if the silence is unbearable — that buys you both patience.

Symptom: every question becomes conceptual, and factual grounding disappears. Students can discuss "systems" abstractly but can't tell you what a rabbit population actually is. Fix: the ladder needs a bottom rung. Relationship questions work because they're built on facts students actually hold — don't skip the fact-level entirely.

Symptom: you plan the conceptual question but abandon it under time pressure. The bell is close, you're behind, and the conceptual moment gets cut so you can "finish the content." Fix: protect it the same way you'd protect an assessment — treat the conceptual moment as non-negotiable content, not an add-on you can drop.

Check Yourself

Look at your last lesson's actual questions, if you have a record of them. Can you find one moment where a student was required to state a relationship between two facts, in their own words, rather than recall a single fact? If not, that's your target for the next lesson you teach — not a future one.

Continue Learning

→ Next: Article 18 looks at what happens once students can think conceptually — how much of the unit you can genuinely hand over to them, and where you need to hold the line.

📎 Download: the Conceptual Questioning Bank.
📌 Official source: see the IB's guidance on approaches to teaching in MYP: From Principles into Practice for how conceptual understanding is framed across subject groups.