Build chunks by finding analogies to what you already know
Map new complex material onto a structure you already understand deeply.
Key takeaways
- What it is: Map new complex material onto a structure you already understand deeply.
- Why it works: An analogy grafts new information onto an existing, well-consolidated chunk. Because the existing chunk is already in long-term memory, the new material inherits its organizational structure — relationships, sequences, and exceptions — without requiring that structure to be built from scratch. This is how expert teachers accelerate novice learning: "the cell is like a factory."
- Evidence: Backed by observational / correlational evidence.
- Avoid: Stopping at "this is like X" without mapping the components explicitly — the learning value is in the systematic comparison, not in the surface similarity.
Why it works
An analogy grafts new information onto an existing, well-consolidated chunk. Because the existing chunk is already in long-term memory, the new material inherits its organizational structure — relationships, sequences, and exceptions — without requiring that structure to be built from scratch. This is how expert teachers accelerate novice learning: "the cell is like a factory."
How to do it
- 1When encountering complex new material, ask: "What familiar thing does this work like?"
- 2Map the key components of the new system onto the components of the familiar one.
- 3Test the analogy for where it breaks down — the breakdowns are the novel parts you still need to learn separately.
What the evidence says
ObservationalAnalogical transfer is well established in problem-solving research: people who receive analogous examples before a problem are substantially more likely to solve it correctly. Analogies lower the cost of building new schemas by reusing existing ones.
Honest caveat: Analogies can mislead when the mapped structure diverges in important ways — students who carry a flawed analogy too far develop systematic misconceptions.
- — Gick & Holyoak (1983), schema induction and analogical transfer, Cognitive Psychology
Common mistake
Stopping at "this is like X" without mapping the components explicitly — the learning value is in the systematic comparison, not in the surface similarity.
IX Coach draws explicit parallels between a new coaching framework and one you have already used, so your existing understanding is leveraged rather than set aside each time something new is introduced.
Practice this with IX Coach →