1/96
Looks like no tags are added yet.
Name | Mastery | Learn | Test | Matching | Spaced | Call with Kai |
|---|
No study sessions yet.
Optimizing Learning in College
Article by Putnam Sungkhasettee and Roediger (2016) explaining why common study habits fail and how to study effectively using cognitive psychology principles
Core Purpose of the Article
Explain evidence
Target Audience
College high school medical school and law school students seeking effective learning
Key Student Problem
Working hard but struggling academically due to ineffective strategies
Overconfidence
Tendency to overestimate how well material is known
Forgetting Rate Underestimation
Failure to realize how quickly information is lost
Familiarity Illusion
Mistaking rereading familiarity for retrievability
Active Learning
Learning that requires effortful engagement with material
Retrieval Practice
Actively recalling information to strengthen memory
Spacing
Distributing study over time to improve long
Metacognition
Ability to accurately judge what one knows and does not know
Desirable Difficulties
Learning conditions that feel harder but improve retention
Time Management
Planning and organizing time to support learning
Syllabus Use
Using the syllabus as a roadmap for exams assignments and goals
Calendar Planning
Recording deadlines exams and activities in advance
Time
Management Systems
Early Book Access
Obtaining textbooks at the start of the semester
Pre
Highlighted Books Risk
Study Environment
Physical and mental context for studying
Distraction Avoidance
Eliminating social media email TV and multitasking
Multitasking Cost
Switching attention reduces comprehension and memory
Pre
Class Reading
Speed
Comprehension Tradeoff
Highlighting Ineffectiveness
Marking text does not reliably improve memory
Pretesting Effect
Answering questions before reading improves learning
Question Generation
Creating personal questions to promote deep processing
Read
Recite
Self
Testing
Lecture Attendance
Regular attendance supports spacing and understanding
In
Class Spacing Effect
Technology Avoidance in Class
Reducing laptop and internet use to improve focus
Handwritten Notes Advantage
Writing by hand promotes processing and recall
Laptop Note Disadvantage
Typing encourages verbatim transcription
Lecture Slides Before Class
Accessing slides early improves learning
Same
Day Review
After
Class Retrieval
Cramming
Massed last
Spaced Practice
Studying small amounts over many days
Rereading Limitation
Inefficient and weak compared to testing
Retrieval Practice Importance
Most effective strategy for durable learning
Flashcards
Tool for retrieval practice when used correctly
Flashcard Rules
Retrieve before flipping repeat items multiple times and elaborate
Group Study
Effective when focused on quizzing and teaching
Successive Relearning
Repeated retrieval until mastery across sessions
Mnemonics
Memory aids like acronyms and method of loci
Cumulative Exams
Tests covering all material requiring early spaced preparation
Sleep and Memory
Sleep consolidates learning and improves cognition
Exercise Benefit
Physical activity enhances attention and cognitive function
Central Message
Learning requires active engagement not passive exposure
Counterintuitive Learning
Effective strategies feel harder than ineffective ones
Final Takeaway
Use spacing retrieval active reading and focused attention
Making Things Hard on Yourself Chapter
Bjork and Bjork chapter on desirable difficulties
Central Learning Question
What makes learning effective even if it feels difficult
Learning Misjudgment
Learners lack accurate mental models of learning
Perceptual Fluency
Ease of processing mistaken for understanding
Learning vs Performance Distinction
Performance is short
Latent Learning
Learning without immediate performance improvement
Performance Without Learning
Short
Storage Strength
Degree of encoding and integration determining durability
Retrieval Strength
Current accessibility of information
Desirable Difficulties Definition
Conditions that hinder performance but enhance learning
Practice Variability
Varying conditions to promote flexible knowledge
Context Variation Evidence
Studying in different rooms improves recall
Spacing Effect
Distributed practice produces superior retention
Interleaving
Mixing topics during practice to improve transfer
Blocking
Practicing one topic repeatedly producing overconfidence
Metacognitive Illusion
Blocked practice inflates confidence without learning
Generation Effect
Generating answers improves memory more than reading
Testing Effect
Tests function as learning events not just assessments
Failed Retrieval Benefit
Even unsuccessful tests enhance later learning
Dialectical Cognition
Cognition advances through thesis antithesis synthesis
Theoretical Pluralism
No single theory fully explains cognition
Zeitgeist
Historical and intellectual climate shaping theories
Structuralism
School focused on elements of consciousness via introspection
Wilhelm Wundt
Founder emphasizing immediate conscious experience
Edward Titchener
Reduced consciousness to sensations images and affections
Functionalism
Focus on what the mind does and why
Pragmatism
Knowledge validated by practical usefulness
William James
Emphasized adaptive consciousness
John Dewey
Applied functionalism to education and learning by doing
Associationism
Learning through linking ideas by association
Ebbinghaus Memory Research
Experimental study of memory and rehearsal
Behaviorism
Psychology focused only on observable behavior
Watson
Rejected mental states emphasized stimulus
Skinner
Radical behaviorism explaining behavior through reinforcement
Gestalt Psychology
Emphasized holistic perception and insight
Cognitivism
Modern synthesis emphasizing mental processes
Ulric Neisser
Defined cognitive psychology
Visual Agnosia
Inability to recognize objects despite intact vision
Prosopagnosia
Face blindness
Dr P Case
Musician with visual agnosia described by Oliver Sacks
Feature
Based Processing
Holistic Processing Loss
Inability to perceive meaningful wholes
Music Compensation
Using music for identity orientation and action
Judgment Loss
Absence of intuitive personal relational understanding
Critique of Computational Models
Abstract feature
Final Insight
Durable cognition requires integration of perception emotion embodiment and judgmen