Coaching practices for Elaborative Encoding
Describe almost anything you are working through and IX Coach finds the practices whose real-world fit is closest. For Elaborative Encoding, these are the strongest matches in the current practice library.
Does this sound like the set of challenges you might be facing?
- I understand a concept in the moment but it leaves no hook to grab onto later, so it just evaporates
- I read something and immediately copy it down word-for-word and move on, and it never actually lands
- I figured more is better, so I cram in every word and every image at once and narrate the picture line by line
- I can memorize the bare facts but they sit in my head disconnected and slippery
- I go straight to the worked example and just absorb someone else’s clean version, and it all makes sense in the moment but evaporates by tomorrow
Practices that may help
- Elaborate new information with examples, images, and stories
Create a specific example, a mental image, or a story connecting new information to something already meaningful to you.
Levels of Processing: Why Depth of Encoding Determines What You Remember - Process new information by its meaning, not its form
Ask what something means, how it connects to what you know, and why it matters — not just what it looks like or sounds like.
Levels of Processing: Why Depth of Encoding Determines What You Remember - Levels of Processing: Why Depth of Encoding Determines What You Remember
Craik and Lockhart’s (1972) levels of processing framework proposes that memory is a by-product of the type of processing performed on incoming information: shallow processing (appearance, sound) produces weak, short-lived traces, while deep processing (meaning, elaboration, connection to prior knowledge) produces strong, durable ones. The implication for learning is that how you engage with material matters more than how many times you see it. - Elaborative Interrogation: Ask "Why Is This True?"
Elaborative interrogation is the study technique of repeatedly asking "why is this true?" about a fact and answering in your own words, instead of just reading it. Controlled studies find it reliably improves retention of factual material, because forcing yourself to explain a fact connects it to what you already know and gives memory more ways to find it again. - Cut redundant words when the visual already says it
Do not narrate a self-explanatory diagram word for word — it overloads, not reinforces.
Dual Coding: Learn With Words and Pictures Together - Ask "why is this true?" rather than just "what is this?"
Generate an explanation for why a fact or concept is true — the self-generated explanation is more memorable than the fact alone.
The Testing Effect: Why Retrieval Practice Beats Restudying - Generate your own examples or explanations before studying provided ones
Before seeing a worked example or explanation, try to construct your own version — the effort and the mismatch strengthen learning.
Errorful Learning: Why Making Mistakes Strengthens Memory - Link new information to your own life and identity
Ask how the new information applies to you personally — self-referential encoding is one of the deepest processing routes known.
Levels of Processing: Why Depth of Encoding Determines What You Remember - Explain the material to someone else — real or imagined
Teaching forces you to process at the deepest level: organizing information coherently, identifying gaps, and translating to another person’s perspective.
Levels of Processing: Why Depth of Encoding Determines What You Remember - Ground abstract concepts in concrete, physical instances
An abstract concept understood only abstractly decays faster than the same concept grounded in a concrete, sensory example.
Levels of Processing: Why Depth of Encoding Determines What You Remember
Related concerns
- How To Encode Information Deeply
Ask what something means, how it connects to what you know, and why it matters — not just what it looks like or sounds like.
Process new information by its meaning, not its form
- Deep Encoding Vs Shallow Encoding
Craik and Lockhart’s (1972) levels of processing framework proposes that memory is a by-product of the type of processing performed on incoming information: shallow processing (appearance, sound) produces weak, short-lived traces, while deep processing (meaning, elaboration, connection to prior knowledge) produces strong, durable ones. The implication for learning is that how you engage with material matters more than how many times you see it.
- Deep Processing Memory
Craik and Lockhart’s (1972) levels of processing framework proposes that memory is a by-product of the type of processing performed on incoming information: shallow processing (appearance, sound) produces weak, short-lived traces, while deep processing (meaning, elaboration, connection to prior knowledge) produces strong, durable ones. The implication for learning is that how you engage with material matters more than how many times you see it.
- Levels Of Processing
Craik and Lockhart’s (1972) levels of processing framework proposes that memory is a by-product of the type of processing performed on incoming information: shallow processing (appearance, sound) produces weak, short-lived traces, while deep processing (meaning, elaboration, connection to prior knowledge) produces strong, durable ones. The implication for learning is that how you engage with material matters more than how many times you see it.
- Levels Of Processing Why Depth Of Encoding Determines What You Remember Before Bed
Craik and Lockhart’s (1972) levels of processing framework proposes that memory is a by-product of the type of processing performed on incoming information: shallow processing (appearance, sound) produces weak, short-lived traces, while deep processing (meaning, elaboration, connection to prior knowledge) produces strong, durable ones. The implication for learning is that how you engage with material matters more than how many times you see it.
- Levels Of Processing Why Depth Of Encoding Determines What You Remember During Conflict
Craik and Lockhart’s (1972) levels of processing framework proposes that memory is a by-product of the type of processing performed on incoming information: shallow processing (appearance, sound) produces weak, short-lived traces, while deep processing (meaning, elaboration, connection to prior knowledge) produces strong, durable ones. The implication for learning is that how you engage with material matters more than how many times you see it.
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