Educational Psychology and Learning Design
Learning as an Applied Problem
Instructional Application
Educational psychology asks how people learn, retain, transfer, and regulate learning across settings. Applied work combines cognitive principles with motivational and developmental considerations to design effective instruction and assessment.
Key Mechanisms
Surface vs Deep Learning
Surface Learning
- Focuses on memorization for immediate performance
- Often fragile and context-bound
- Can fail under transfer demands
Deep Learning
- Emphasizes understanding and integration
- Supports flexible transfer
- Benefits from active processing and feedback
Instructional Design
Well-designed learning environments reduce extraneous cognitive load, scaffold complex tasks, and provide formative feedback. Assessment should sample both knowledge and transfer, not only recognition or rote recall.
Which practice most reliably improves long-term memory?
Retrieval practice strengthens memory traces and makes later access easier.
Correct answer: Retrieval practice
What is metacognition?
It includes awareness of what one knows, what one does not know, and how to adjust study strategies.
Correct answer: Monitoring and regulating one's own learning and thinking.
Designing a Learning Module
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Step 1: Specify learning outcomes and prerequisite knowledge.
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Step 2: Sequence content from simple to complex.
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Step 3: Add retrieval and elaborative activities.
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Step 4: Provide feedback and spaced review.
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Step 5: Assess transfer and revise based on learner data.
Extraneous cognitive load is best reduced by:
Simplifying irrelevant demands frees working-memory resources for learning.
Correct answer: Removing irrelevant complexity from materials