Making Learning Theory Work in Practice
Apply learning science: Spaced repetition at increasing intervals, retrieval practice testing yourself before reviewing, interleaving topics, elaboration.
All articles tagged with "Education"
Apply learning science: Spaced repetition at increasing intervals, retrieval practice testing yourself before reviewing, interleaving topics, elaboration.
Re-reading and highlighting feel productive but are weak learning methods. Retrieval practice, spacing, and interleaving create durable understanding.
Key learning science terms: Spaced repetition reviews at intervals, retrieval practice tests to strengthen memory, and interleaving mixes topics.
Learning myths debunked: Learning styles have no evidence, 10% brain myth is false—you use all of it, left-brain/right-brain is oversimplified.
Most learning fails because of illusion of mastery, passive consumption without testing, lack of retrieval practice, and insufficient spacing over time.
Cognitive load theory: Working memory holds 7±2 items. Three types: intrinsic (content complexity), extraneous (poor design), germane (deep processing).
Retrieval practice strengthens memory. Spaced repetition reviews information before forgetting. Interleaving mixes topics. Elaboration connects new to known.
Learning cultures encourage questions, share knowledge openly, reward teaching, tolerate mistakes, and value growth over appearing knowledgeable.
Doing provides immediate feedback and builds skill through practice. Studying gives systematic foundational knowledge efficiently.
Test yourself frequently. Space reviews over time. Interleave topics rather than blocking. Elaborate by connecting new to existing knowledge.
Successful learning systems: Duolingo combines gamification with spaced repetition. Khan Academy uses mastery-based progression preventing early advancement.
Testing drives curriculum and teaching methods. Benefits include accountability and standards. Costs include teaching to tests and narrowed learning focus.
Teaching delivers information through lectures. Understanding requires active processing, connecting concepts, testing knowledge, applying practically.
Standardization brings efficiency and scalability. Creativity brings novelty and individuality. Education struggles to balance both imperatives.
Knowledge is context-dependent. What works in situation A fails in B. Experts struggle to teach tacit knowledge. Transfer requires deliberate abstraction.
Education is structured, credential-focused, and standardized. Learning is active, self-directed, need-driven, and outcome-focused without formal structure.
Credentialism: over-reliance on formal credentials as proxy for competence. Bachelor's degrees now required for jobs once needing only high school skills.