1. The Mind as a Processor (The Computer Analogy)
Explain that the human mind isn’t a passive sponge; it’s an active processor.
- Emphasis: Learning is the process of inputting information, encoding it (changing the format so the brain can store it), and retrieving it later.
- Teaching Point: If a student “forgets” something, it might not be gone; the “retrieval path” might simply be broken or the information was never encoded properly in the first place.
2. The Role of Prior Knowledge (Schema Theory)
This is arguably the most important concept for future educators. We don’t learn in a vacuum; we attach new info to what we already know.
- Emphasis: Schemas are mental filing cabinets. Effective teaching is about helping students find the right “folder” to put new information into.
- Teaching Point: If a student lacks the necessary prior knowledge (the “anchor”), the new information has nothing to “hook” onto and will likely be lost from working memory.
3. Limited Capacity (Cognitive Load)
Students need to understand that the “workbench” of the mind (Working Memory) is very small.
- Emphasis: Cognitive Overload. If you give a student too much information at once, or if the instructions are too complex, the “workbench” overflows and learning stops.
- Teaching Point: This justifies why we use “chunking,” scaffolding, and clear visuals in our teaching materials.
4. Active Construction (Meaning-Making)
Contrast this with rote memorization.
- Emphasis: Learning is an active process. For information to move into Long-Term Memory, the learner must do something with it—reorganize it, compare it, or apply it.
- Teaching Point: This is why your “interactive notes” are so effective. By embedding questions, you are forcing the students to engage in elaborative rehearsal rather than just passive reading.
