Foundations Schema Theory Teacher Guide Foundations of Schema Theory
Evaluating Schema Construction and Conceptual Change | Lesson 1
TEACHER GUIDE
Lesson Overview
This lesson introduces graduate students to the core tenets of Schema Theory. By examining the transition from Bartlett's early reconstructive memory work to Rumelhart's formalized cognitive structures, students will understand how schemas serve as the "building blocks of cognition." The focus is on the efficiency of schemas in reducing cognitive load and the role they play in top-down processing.
Objectives
Define schema from historical and modern cognitive perspectives.
Analyze the impact of activated schemas on text comprehension.
Explain how schemas facilitate chunking and reduce cognitive load.
The Hook: The "Washing Clothes" Passage
Instructions:
Distribute the Ambiguous Comprehension Worksheet face down.
Instruct students to read the text and rate their comprehension from 1-10 without speaking.
Ask for a summary of the passage. Most will struggle to provide a coherent one.
Provide the title: Washing Clothes.
Have them re-read. Discuss how the title (the schema activator) instantly transformed the "noise" into "information."
"The procedure is actually quite simple. First you arrange things into different groups. Of course, one pile may be sufficient depending on how much there is to do..."
Instructional Core & Discussion
Historical Context
Discuss Bartlett's (1932) "War of the Ghosts" experiment. Focus on levelling (losing details), sharpening (exaggerating details), and rationalization (making it fit one's own culture).
Modern Formalization
Examine Rumelhart's (1980) perspective: Schemas as data structures for representing generic concepts stored in memory. Discuss the "slots" and "defaults" within a schema.
Socratic Questions
If schemas reduce cognitive load, what is the cost of that efficiency in terms of objective perception?
How does the lack of a relevant schema impact an "expert" versus a "novice" when approaching a new discipline?
In what ways can a cultural schema act as a barrier to accurate cross-cultural communication?
Unit: Schema & Conceptual Change Recommended Time: 90 Minutes Graduate Psychology
Foundations Schema Activity Worksheet Ambiguous Comprehension
Cognitive Psychology: Schema Activation Exercise
Name:
Date:
Instructions: Read the following passage carefully. Do not discuss it with anyone else. Once you have finished reading, complete the initial assessment sections below.
"The procedure is actually quite simple. First you arrange things into different groups. Of course, one pile may be sufficient depending on how much there is to do. If you have to go somewhere else due to lack of facilities that is the next step, otherwise you are pretty well set. It is important not to overdo things. That is, it is better to do too few things at once than too many. In the short run this may not seem important but complications can easily arise. A mistake can be expensive as well. At first the whole procedure will seem complicated. Soon, however, it will become just another facet of life. It is difficult to foresee any end to the necessity for this task in the immediate future, but then one can never tell. After the procedure is completed one arranges the materials into different groups again. Then they can be put into their appropriate places. Eventually they will be used once more and the whole cycle will then have to be repeated. However, that is part of life."
Adapted from Bransford & Johnson (1972)
1. Comprehension Rating (1-10):
Score
(1 = Completely incomprehensible, 10 = Crystal clear)
2. What is this passage describing? Write your best hypothesis below.
3. List the 3 most confusing sentences or phrases from the text.
PART II
The Schema Effect
Contextual Title: WASHING CLOTHES
4. Post-Title Comprehension Rating (1-10):
5. Why did the addition of a title change your perception of the text? Explain using the concept of 'top-down processing'.
6. How does this demonstrate the function of a schema in daily cognitive tasks?
Foundations Schema Slides Cognitive Architecture
Lesson 1: Foundations of Schema Theory
Essential Question
"How do pre-existing mental structures facilitate new learning, and under what conditions do they become barriers to conceptual change?"
Bartlett (1932)
Memory is not a recording; it is a reconstructive process.
Levelling (Loss of detail)
Sharpening (Exaggeration)
Rationalization (Cultural fit)
The Experiment
"The War of the Ghosts": Native American folk tale told to British participants. Over time, "canoes" became "boats" and "hunting seals" became "fishing."
What is a Schema?
Rumelhart (1980)
"Data structures for representing the generic concepts stored in memory."
Key Functions
• Organizes past experiences
• Provides a framework for perception
• Reduces cognitive load
• Fills in missing information (Inference)
The Efficiency of Schemas
Chunking
Grouping discrete bits of information into a single "unit" within a schema.
Pattern Matching
Instant recognition of familiar structures, bypassing slow serial processing.
The Efficiency Paradox
If a schema is too rigid, it forces new information to fit the existing structure, even if the information is fundamentally different.
Barrier to Change
Scripts and Frames Teacher Guide Scripts and Mental Models
Evaluating Schema Construction and Conceptual Change | Lesson 2
Teacher Resource
Introduction to Event Schemas
Building on the foundational concepts of Schema Theory, this lesson introduces the specific structures of Scripts (event schemas) and Frames (situational schemas). While Lesson 1 focused on static conceptual structures, Lesson 2 explores dynamic, temporal knowledge. We examine how these mental models create powerful default assumptions that guide social behavior and academic expectations.
Key Distinctions
Scripts: Procedural, chronological sequences (e.g., dining out).Frames: Spatial or structural static representations (e.g., a classroom layout).Mental Models: Dynamic, internal simulations of external reality.
The Hook: The Restaurant Script Violation
Facilitation Notes:
1. Present a short narrative or video clip (or act out) of a restaurant experience where the temporal sequence is wildly out of order.
Example: A customer walks into a fine-dining establishment, sits down at a dirty table, pays the bill immediately, then asks for a menu, and finally leaves without eating when the food arrives.
2. Have students identify the exact points where their "script" was violated.
3. Core Insight: Discuss the cognitive dissonance and irritation felt when a script is violated. This highlights the "expectancy" function of schemas.
Scholarly Focus: Schank & Abelson (1977)
Default Values
Discuss how scripts provide "defaults." If a story says "I went to a restaurant," the script automatically fills in that the person sat down, ate, and paid, even if those details aren't mentioned.
Cognitive Economy
By predicting the next step in a sequence, scripts allow us to focus attention on novel or unexpected events rather than mundane details.
Discussion Starters
How do differing cultural scripts for "Academic Success" lead to friction in international educational contexts?
Can a script be so strong that it causes a person to "see" something that didn't actually happen? (Link to eyewitness testimony).
How do digital "UX" (User Experience) designs rely on existing user scripts for navigation?
Unit: Schema & Conceptual Change Graduate Level Psychology Lesson 2: Scripts & Models
Scripts and Frames Slides Scripts and Frames
Lesson 2: Organizing the Experience of Time and Space
Categorizing Knowledge Structures
Scripts
"Event Schemas"
Temporal sequences
Predictable roles & actions
Goal-oriented behaviors
Frames
"Situational Schemas"
Spatial arrangements
Structural characteristics
Static object relationships
The Restaurant Script
1
Entry
Wait to be seated, walk to table
2
Order
Examine menu, speak to waiter
3
Eat
Food arrives, consumption
4
Exit
Pay bill, tip, leave
"Scripts allow us to 'fill in' the gaps. If John 'ordered a steak,' we assume John 'sat at a table' first."
Dynamic Mental Models
Unlike static schemas, a Mental Model is a functional simulation that allows for "running" a scenario in the mind.
"A representation of a person's thought process for how something works... a roadmap of their internal logic." — Johnson-Laird (1983)
Predictive Simulation
Cognitive Dissonance
Script Violation
Triggers heightened attention, confusion, and search for explanation.
Script Adherence
Allows for automaticity, reduced mental effort, and "backgrounding."
Case Discussion
"How does a student's 'Academic Script' for a large lecture hall differ from their script for a small graduate seminar—and what happens when a professor violates that script?"
Script Violation Analysis Handout Script Violation Analysis
Cognitive Psychology: Event Schemas & Social Expectancy
Name:
The Scenario: "The Uncanny Cafe"
"Dr. Miller entered the local bistro. Seeing an empty table, she immediately walked to the back kitchen, grabbed a set of silverware, and sat down at the table. She placed $20 on the table surface. A waiter approached, handed her a plate of hot lasagna without saying a word, and took the money. Dr. Miller then opened her bag, pulled out a menu from a different restaurant, and began studying it while eating. When she finished, she stood up, walked to the host stand, and asked for a table for one."
1. Identification of Script Deviations
List at least four specific points in the narrative that violate the standard "Restaurant Script." For each, identify what the expected action should have been.
Observed Violation
Scripted Expectation
2. Cognitive Dissonance Assessment
Rate the level of "cognitive friction" you felt while reading this passage (1-10) and explain why the brain finds these violations distracting or even irritating.
/ 10
3. Application: The "Academic Script"
Reflect on your own "Graduate Seminar Script." If a peer or professor were to violate this script tomorrow, what action would cause the most disruption to the group's mental model? Why?
Lesson 2: Scripts and Mental Models Schema & Conceptual Change Sequence
Mechanics of Change Teacher Guide Mechanics of Conceptual Change
Lesson 3: From Assimilation to Accommodation
Facilitator Guide
Theoretical Foundations
This lesson marks a pivotal shift in the sequence: moving from how schemas function (stability) to how they are restructured (change). We utilize Posner et al.'s (1982) Conceptual Change Model (CCM) to examine the specific cognitive conditions required for a learner to abandon a deeply held misconception in favor of a scientifically accurate model.
Learning Objectives
Identify the four conditions of conceptual change: Dissatisfaction, Intelligibility, Plausibility, and Fruitfulness.
Analyze the persistence of "naive theories" through the lens of cognitive entrenchment.
Evaluate instructional interventions that promote accommodation over simple assimilation.
Key Terms
Assimilation Fitting new info into existing schemas.
Accommodation Restructuring schemas to fit new info.
Anomalous Data Evidence that contradicts the current schema.
The Hook: "A Private Universe" Analysis
Implementation Step-by-Step:
1. Show a clip from the documentary "A Private Universe" (Harvard-Smithsonian Center for Astrophysics). Focus on the segment where Harvard graduates are unable to explain the causes of the seasons or the phases of the moon.
2. Ask students: "If these high-achieving individuals have been taught this material multiple times, why do they still revert to the naive theory that seasons are caused by the earth's distance from the sun?"
3. The Reveal: Explain that cognitive structures are "robust." Simple instruction is often assimilated into the misconception (e.g., "The orbit is an ellipse, so that's why we get closer") rather than replacing it.
The CCM Framework (Posner et al.)
1. Dissatisfaction
The learner must find their current schema inadequate for solving a specific problem.
2. Intelligibility
The new conception must be coherent and understandable.
3. Plausibility
The new conception must be consistent with other existing knowledge and "feel" true.
4. Fruitfulness
The new conception must provide a better way to solve problems or explain phenomena.
Schema & Conceptual Change Sequence Lesson 3: Mechanics of Change Time: 120 Minutes
Mechanics of Change Slides Restructuring the Mind
Lesson 3: The Mechanics of Conceptual Change
Assimilation vs. Accommodation
Assimilation
Integrating new information into existing mental structures.
"The Earth is round? Okay, it's like a round pancake."
Accommodation
Changing or creating mental structures to fit new information.
"The Earth is round? It's a sphere. My flat-ground model is wrong."
Posner's CCM Framework
For conceptual change to occur, four conditions must be met:
1. Dissatisfaction
Learner must realize their current model doesn't work for a specific task.
2. Intelligibility
The new model must be understandable to the learner.
3. Plausibility
The new model must appear potentially true or consistent with other knowledge.
4. Fruitfulness
The new model must solve problems better than the old one.
Robust Misconceptions
"Learners do not come to us as empty vessels; they come with highly functional, but scientifically 'incorrect,' naive theories."
Example: Physics
Heavier objects fall faster than lighter ones. (Intuition vs. Gravity)
Example: Biology
Evolution is a purposeful effort toward perfection. (Lamarckian vs. Darwinian)
Why is it so hard?
Our existing schemas filter the evidence. We "see" what confirms our theory and "ignore" or "rationalize" what contradicts it.
Confirmation Bias
Cognitive Inertia
Discussion Task
"Think of a misconception you once held. What was the 'anomalous data' that finally forced you into accommodation?"
Misconception Diagnostic Worksheet Diagnostic for Conceptual Change
Cognitive Psychology: Identifying Naive Theories
Name:
Part I: Subject Domain Diagnosis
Choose a disciplinary domain (e.g., Physics, History, Linguistics). Identify a specific "robust misconception" common to novices in that field. Describe the misconception and the "naive logic" that makes it so persistent.
Domain:
The Misconception:
Describe the incorrect model...
Naive Logic:
Why does it "feel" correct to the learner?
Part II: Designing Disruption
Using Posner’s Conceptual Change Model, plan an intervention to dislodge the misconception identified above. Focus on the first two phases.
1. Creating Dissatisfaction
Describe a "discrepant event" or piece of "anomalous data" that would force the learner to question their naive theory.
2. Ensuring Intelligibility
How will you present the accurate model so it is coherent? What metaphors or visualizations might bridge the gap?
Part III: Prediction
How might a student assimilate this intervention (fitting it into their old error) rather than accommodating it (changing their model)?
Lesson 3: Mechanics of Change Schema & Conceptual Change Sequence
Epistemic Beliefs Teacher Guide Epistemic Beliefs and Restructuring
Lesson 4: The Psychology of "Knowing"
Facilitator Guide
Lesson Context
Why do some learners embrace anomalous data as a challenge, while others dismiss it instantly? Lesson 4 investigates the moderator variable of Personal Epistemology. Students will explore how a learner's beliefs about the nature of knowledge (e.g., is it certain or tentative? Is it handed down by authority or constructed by the individual?) dictate their willingness to undergo conceptual change.
Objectives
Analyze Schommer’s (1990) dimensions of epistemic beliefs.
Correlation between sophisticated epistemic beliefs and successful schema restructuring.
Design strategies to foster "epistemic doubt" in learners.
Dimensions
Fixed Ability: Is intelligence innate?
Quick Learning: Does learning happen fast or not at all?
Simple Knowledge: Is knowledge discrete facts or complex webs?
Certain Knowledge: Is knowledge absolute or evolving?
Omniscient Authority: Is the teacher the source or the guide?
The Hook: The Epistemic Beliefs Inventory (EBI)
Implementation Guide:
1. Students complete the shortened Epistemic Beliefs Inventory (Student Handout). This is a self-assessment tool.
2. Scenario Analysis: Present a "Mock Scientific Controversy" (e.g., a new study contradicts a fundamental law of physics). Ask students to write down their immediate reaction.
3. The Correlation: Have students compare their EBI scores to their scenario reaction. Discuss how those who believe in "Certain Knowledge" were likely more dismissive of the new study.
Instructional Strategies
Promoting Sophistication
How do we move students from a "Dualist" view (Right/Wrong) to a "Relativist" or "Constructivist" view? Use ill-structured problems and multiple perspectives.
The "Ego" Barrier
Discuss the affective (emotional) component of epistemic beliefs. Changing a belief often feels like a threat to identity.
Schema & Conceptual Change Sequence Lesson 4: Epistemic Beliefs Graduate Seminar
Epistemic Beliefs Slides Personal Epistemology
Lesson 4: Epistemic Beliefs and Schema Restructuring
The Moderator Variable
"What you believe about knowledge determines how you respond to new information."
Fixed Knowledge
Fluid Knowledge
Epistemic Dimensions
Certainty
Belief that knowledge is absolute and unchanging vs. tentative and evolving.
Structure
Belief that knowledge is discrete facts vs. highly integrated, complex concepts.
Source
Belief that knowledge is handed down by authority vs. constructed by the learner.
The Willingness to Restructure
Learners with "sophisticated" epistemic beliefs are more likely to:
Evaluate contradictory evidence
Tolerate cognitive dissonance
Seek accommodation over assimilation
"Epistemic Doubt"
The necessary phase of uncertainty that triggers the search for a better mental model.
Knowledge as Identity
When knowledge is viewed as certain and absolute, changing a belief feels like an attack on the self.
Conceptual change requires psychological safety and the ability to detach self-worth from "being right."
Reflection Task
"How do we teach in a way that encourages students to see knowledge as a work-in-progress rather than a finished product?"
Epistemic Beliefs Inventory Worksheet Epistemic Beliefs Inventory
Personal Epistemology: Self-Assessment & Reflection
Name:
Part I: Belief Assessment
Rate each statement on a scale of 1 (Strongly Disagree) to 5 (Strongly Agree).
1. If you are ever going to be able to understand something, it will make sense to you the first time.
1
2
3
4
5
2. Truth is unchanging.
1
2
3
4
5
3. Most words have one clear meaning.
1
2
3
4
5
4. People who challenge experts are usually just looking for trouble.
1
2
3
4
5
Part II: Anomalous Data Scenario
"Imagine you are a historian specializing in the American Revolution. You have always taught that the primary motivation for the Boston Tea Party was economic protest against taxes. A colleague presents a cache of newly discovered letters from participants suggesting that the protest was actually a coordinated distraction for a different, covert military operation. The evidence is robust but fundamentally changes your life’s work."
1. Your Immediate Gut Reaction:
2. Connection to EBI:
Look back at your scores in Part I. How do your beliefs about the certainty of truth or expert authority relate to your reaction to this scenario?
Part III: The Value of Doubt
In your own research or studies, describe a time when "epistemic doubt" (uncertainty) felt uncomfortable but ultimately led to a more sophisticated understanding of a topic.
Lesson 4: Epistemic Beliefs Schema & Conceptual Change Sequence
Design for Change Teacher Guide Designing for Conceptual Change
Lesson 5: Application and Intervention Design
Capstone Guide
Synthesis and Practice
The final lesson of the sequence moves from theory to praxis. Students will apply their knowledge of Schema Theory, scripts, the CCM model, and epistemic beliefs to design a comprehensive instructional intervention. The goal is to move a learner from a specific, identified misconception to a scientifically or academically accurate mental model.
Capstone Skills
Synthesize multiple cognitive theories into a single design.
Justify instructional choices using psychological evidence.
Predict and mitigate cognitive resistance to restructuring.
Core Frameworks
Schema Theory: (Rumelhart/Bartlett)CCM Model: (Posner et al.)Epistemology: (Schommer/Hofer)Scripts/Frames: (Schank)
The Hook: The "Flat Earth" Challenge
Facilitation Notes:
1. Present the "Flat Earth" argument as a case study in robust misconception. Show a 2-minute clip of a Flat Earth advocate's "proof."
2. The Challenge: Challenge students to 'teach' the round earth model without using images from space (which are dismissed as fakes by the target audience). They must rely on Socratic questioning and observable discrepant events.
3. Debrief: Discuss how difficult it is to change a mind when the learner's epistemic belief system rejects the "source" (authority/NASA) of the data. This highlights the need for the intervention to focus on fruitfulness and plausibility.
The Design Project (Intervention)
Phase 1: The Disruption
Students must identify the precise "anomalous data" point that will trigger dissatisfaction without triggering defensive shutting down.
Phase 2: The Rebuild
Students must demonstrate how the new schema will be "mapped" and how its fruitfulness will be proven through immediate problem-solving application.
Schema & Conceptual Change Sequence Lesson 5: Design Capstone Graduate Seminar
Design for Change Slides Instructional Design
Lesson 5: Designing for Conceptual Change
The Integrated Design Model
Disruptive Design
Activate existing schema
Introduce anomalous data (CCM: Dissatisfaction)
Address epistemic resistance
Constructive Design
Provide intelligible new model
Demonstrate plausibility
Apply to new problems (Fruitfulness)
Anticipating Resistance
Zone 1
Ignoring
Learner dismisses data as "fake," "irrelevant," or "an exception."
Zone 2
Distortion
Learner bends the data to fit the old schema (Assimilation).
Zone 3
Dual Models
Learner uses the "correct" model for school and the "naive" model for life.
Refining the Source
Your design must address who is delivering the message.
• Is the source credible to this specific learner?
• Does the environment allow for safe failure?
• Is there social support for the new conception?
"We do not change our minds in isolation; we change them within communities of practice."
Your Turn
Dislodge a common academic misconception. Your design must use Socratic questioning, discrepant events, and a fruitfulness task.
Success Indicators
A
Evidence of CC Dissatisfaction
B
Plausibility Bridging
C
Fruitfulness Application
"The best design is one that makes the 'accurate' model feel like an inevitable discovery for the learner."
Conceptual Change Project Guide Design Challenge
Intervention for Conceptual Change: Capstone Project
Due Date
The Mission
Your task is to design an instructional sequence aimed at dislodging a robust misconception in a field of your choice. You must leverage the theoretical frameworks covered in this sequence (Schema Theory, Posner’s CCM, and Epistemic Beliefs) to justify your design decisions.
01
Problem Definition
Describe the target misconception. What is the "naive theory" the learner currently holds? Why is it robust?
02
The Disruption (CCM)
Design a 'discrepant event.' How will you trigger Dissatisfaction? What anomalous data will force the learner to question their schema?
03
Bridging & Plausibility
How will you ensure the new model is Intelligible and Plausible? Use metaphors, visualizations, or Socratic questioning strategies.
04
Fruitfulness Task
Propose a task where the learner must use the new model to solve a novel problem. How will they 'see' that the new model works better?
Evaluation Criteria
Theoretical Rigor
Explicitly cites Schema Theory and CCM phases.
Psychological Depth
Addresses epistemic beliefs and emotional resistance.
Pedagogical Utility
Sequence is practical, coherent, and actionable.
