The Mental Maze Slides Lesson 01: Cognitive Learning
The Mental Maze
Latent Learning & Cognitive Maps
Unit: Cognitive Frameworks
The Memory Map Challenge
Imagine you are standing at the main entrance of the school. Close your eyes.
Your Mission:
Verbally guide a partner to the Cafeteria.
Then, guide them to the Library.
Finally, find the Nurse's Office.
"How are you 'seeing' the hallways in your head right now?"
Shifting Paradigms
Strict Behaviorism
"If I can't see it, it's not happening."
Learning is only visible through action .
Requires reinforcement (reward/punishment).
Cognitive Perspective
"The thinking matters as much as the doing."
Learning is an internal mental process .
Learning can occur without rewards.
Edward Tolman (1930)
The Maze Runner Experiments
The Hidden Learning
Tolman put three groups of rats in a maze:
Group 1: Rewarded every time they reached the end.
Group 2: Never rewarded.
Group 3: Rewarded ONLY after the 10th day.
Learning Curve (Errors)
Group 1 (Steady)
Group 3 (Plunge!)
Day 11: Group 3 becomes as fast as Group 1 instantly.
Core Vocabulary
Latent Learning
Learning that occurs but is not apparent until there is an incentive to demonstrate it.
Example: You know the lyrics to a song you hate, even though you never tried to learn them.
Cognitive Map
A mental representation of the layout of one's environment.
Example: Navigating your dark bedroom at night without hitting the furniture.
The "So What?"
If we learn things "behind the scenes" without rewards, what does that say about our environment?
Is school designed for Latent Learning?
How do video games use Cognitive Maps?
Maze Runners Lab Worksheet Maze Runners Lab
Simulating Latent Learning & Cognitive Mapping
Name:
Date:
Phase 1: The Mental Walkthrough
Objective: Test the accuracy of your internal "Cognitive Map" of a familiar environment.
Exercise:
Pick a destination in this building that is at least two hallways away. Close your eyes and "walk" there in your mind. Record the following:
Starting Point:
Ending Point:
Total Turns (Mental):
Major Landmarks passed:
Phase 2: Tolman's Connection
1. In Tolman's rat experiment, Group 3 (no reward for 10 days) showed immediate proficiency on Day 11. Explain how your ability to navigate the school demonstrates "Latent Learning."
2. What happens to your "Cognitive Map" if a hallway is blocked for construction? Compare this to how a strict Behaviorist (like Skinner) would explain your new route.
Phase 3: Cognitive Mapping of Knowledge
Cognitive maps aren't just for physical spaces. We also map concepts . Use the space below to "map" the relationship between the following psychological terms: Behaviorism, Cognitivism, Latent Learning, and Reinforcement.
Draw your concept map here.
Reflection: Why is "Latent Learning" considered a challenge to the idea that reinforcement is necessary for learning?
Mapping the Mind Teacher Guide Mapping the Mind
Teacher Facilitation Guide: Lesson 1
Lesson Intent
This lesson marks the transition from strict behavioral psychology (learning via visible consequence) to cognitive psychology (learning as internal mental processing). By the end, students should be able to argue that learning can occur "silently" and that mental representations (maps) are central to human navigation and knowledge.
Time Allocation
Hook Activity: 10m
Direct Instruction: 15m
Lab Activity: 20m
Synthesis: 10m
Facilitation Key Points
1
The Hook (Memory Map)
Critical Note: Do not let students look at a map of the school or their phones.
Watch for the "I don't know" response. Prompt them with: "You've walked to the library a hundred times. How do you get there without thinking?" This is latent learning in action—they learned the layout without being rewarded for 'memorizing' it.
2
Tolman's Rats (The Breakthrough)
The key takeaway is Group 3. They learned the maze in the first 10 days, but had no incentive to show it. When the food appeared on Day 11, they "activated" that latent knowledge. Contrast this with Behaviorism, which would predict they'd start learning from scratch on Day 11.
3
The Lab Sheet (Phase 3)
Guiding students through the concept map:
Behaviorism connects to Reinforcement.
Cognitivism connects to Latent Learning.
Latent Learning challenges strict Reinforcement theory.
Deep Inquiry Prompts
"Think about a hobby you've picked up just by watching others. Was there a reward? If not, what kept you 'mapping' the process?"
"If we learn latently, should school tests be the only way we measure learning?"
Mirroring Minds Slides Lesson 02: Cognitive Learning
Mirroring Minds
Observational Learning & Bandura
The Social Learning Lens
Viral Shadows
Why do millions of people suddenly start doing the same dance, the same challenge, or wearing the same specific style of shoe?
"We are the only animals that spend our lives watching others live theirs."
Social Learning Theory
Albert Bandura (1961)
The Core Thesis
Most human behavior is learned through observation , not just through our own trial and error.
Modeling
The process of observing and imitating a specific behavior.
The Bobo Doll Study
Conditions for Modeling
1. Attention
You must notice the model and what they are doing.
2. Retention
You must remember the behavior to perform it later.
3. Reproduction
You must have the ability/skill to perform the behavior.
4. Motivation
You must have a reason to want to copy the behavior.
The Power of Exposure
Prosocial Effects
Positive, constructive, helpful behavior. When we see people helping others, we are more likely to help.
Example: A celebrity donating to charity or a classmate being kind to a new student.
Antisocial Effects
Negative, destructive, or aggressive behavior. Seeing aggression (especially when rewarded) increases aggressive acts.
Example: Video game violence, cyberbullying, or aggressive sports fans.
Reflection
Who is your most influential model right now?
Media Character
Family/Friend
Influencer/Athlete
Bobo Doll Breakdown Case Study Bobo Doll Breakdown
Case Study Analysis: Bandura's Aggression Study
Name:
The Experiment (1961)
Albert Bandura split children into three groups. Group A watched an adult play quietly with toys. Group B watched an adult punch, kick, and scream at an inflatable "Bobo" doll. Group C (Control) saw no model. Afterward, the children were placed in a room with the same toys, but their favorite toy was taken away to induce frustration.
1. The Observation: How did the children in Group B react compared to Group A? Be specific about the type of behavior displayed.
2. Vicarious Reinforcement: If the adult model in Group B was rewarded for hitting the doll, how would that affect the children's motivation to imitate?
3. The 4 Conditions: Applying the Theory
Imagine a teenager watching a professional gamer on Twitch and trying to learn a complex strategy. Explain how each condition applies:
Attention:
Retention:
Reproduction:
Motivation:
4. Ethics & Implications: Bandura’s study is often cited in debates about violent video games. Do you believe observing virtual violence has the same effect as observing real-life modeling? Justify your stance. Media Mirror Audit Worksheet Media Mirror Audit
Psychology // Unit 4
The Theory: Prosocial modeling leads to prosocial behavior; antisocial modeling leads to antisocial behavior. For the next 24 hours, audit your social media feeds or streaming history. Identify one Prosocial model and one Antisocial model.
Category 01: Prosocial Model
Who is the model? (Account/Creator/Character)
What specific constructive behavior did they model?
Motivation Assessment:
Why would a viewer want to imitate this person? (Status? Reward? Moral alignment?)
Category 02: Antisocial Model
Who is the model? (Account/Creator/Character)
What specific destructive behavior did they model?
Social Reward Analysis:
Is this behavior being reinforced? (Likes, fame, attention, victory?)
The Algorithm as a Model
Social media algorithms prioritize engagement. Does the algorithm "model" certain types of thinking or behavior for us by what it chooses to show us? Explain your reasoning.
The Control Paradox Slides Lesson 03: Cognitive Learning
The Control Paradox
Learned Helplessness & Locus of Control
Mindset & Motivation Architecture
The Anagram Experiment
Why did half of you give up on the third anagram even though it was easy?
Observation:
Repeated failure on solvable tasks leads to Passivity, even when success is possible.
LEAP
Unsolvable? No.
It was the feeling of failure that stopped you.
Learned Helplessness
Martin Seligman (1967)
The Definition
The hopeless resignation an animal or human learns when unable to avoid repeated aversive events.
The Mechanism
We perceive a lack of control over our environment, so we stop trying to change it.
The Outcome
Decreased motivation, increased anxiety, and potential depression (even when the situation changes).
Where is your "Locus"?
Internal
"I am the architect of my fate. My effort determines my success."
HIGH SELF-EFFICACY
External
"I am a passenger. Luck, fate, or powerful others determine what happens."
HIGH RISK FOR HELPLESSNESS
The Blueprint for Resilience
Learned Optimism
The process of recognizing and challenging negative self-talk to change one's explanatory style.
Permanence: "This failure is temporary."
Pervasiveness: "One bad grade doesn't mean I'm a failure at life."
Personalization: "This was a hard test, not just a personal flaw."
Mindset Shift
"I can't do this."
"I can't do this YET."
The Path Forward
"Is your school environment helping you build an Internal or External Locus of Control?"
Next Activity:
Take the Locus of Control Inventory to map your own mindset blueprint.
Locus of Control Inventory Worksheet Locus of Control Inventory
Self-Assessment Blueprint
Name:
Instructions: Read each pair of statements below. Circle the letter (A or B) that most closely aligns with your personal belief. There are no "right" or "wrong" answers—this is a tool to measure your perceived Locus of Control.
A. Many of the unhappy things in people's lives are partly due to bad luck.
B. People's misfortunes result from the mistakes they make.
A. In the long run, people get the respect they deserve in this world.
B. Unfortunately, an individual's worth often passes unrecognized no matter how hard they try.
A. Success is a matter of hard work; luck has little or nothing to do with it.
B. Getting a good job depends mainly on being in the right place at the right time.
A. The average citizen can have an influence in government decisions.
B. This world is run by the few people in power, and there is not much the little guy can do about it.
Initial Result:
Based on your choices, which way do you lean? Circle one:
INTERNAL EXTERNAL
Reflection: How might this mindset affect your reaction to a difficult homework assignment or a challenging sports competition?
Unsolvable Anagram Hook Guide Unsolvable Anagram Hook
Instructional Guide for Inducing Learned Helplessness
The "Rigged" Prep
Before class, prepare two different handouts (or two different sides of the room). They should look identical from a distance.
Group A (Solvable)
BAT (TAB)
LEMON (MELON)
CIDER (CRIED)
Group B (Inducing Failure)
WHIRL (Unsolvable Anagram)
SLOSH (Unsolvable Anagram)
CIDER (CRIED) (SOLVABLE)
Facilitation Script
1
The Setup
"We're going to do a quick cognitive speed test. When I say go, solve the first anagram and raise your hand when done."
2
The Observation
Group A hands shoot up instantly. Group B struggles.
Crucial: Act surprised at Group B. "Really? It's quite simple. Let's move to the second one."
3
The Reveal
Repeat for the second one. By the third one (CRIED), Group B will likely not even try or will be significantly slower than Group A, even though both groups now have the same word.
The Big Reveal (Debrief Questions)
"Group B, why didn't you raise your hands for the third word as fast as the first group?" (Common answer: "I felt stupid," "I just gave up.")
"How does this relate to a student who fails their first two math tests of the year?"
The Minds Eye Slides Lesson 04: Cognitive Learning
The Mind's Eye
Introduction to Metacognition
Thinking About Thinking
Calibration Error
How often are you certain you know an answer, only to find out you were wrong?
The Dunning-Kruger Effect:
People with low ability at a task often overestimate their own ability. Metacognition is the antidote.
Confidence vs. Competence
Confidence
Actual Skill
"The Illusion of Explanatory Depth"
Metacognition Breakdown
Knowledge of Cognition
Knowing how you learn and which strategies work for you.
Identifying your strengths and weaknesses.
Selecting the right tool for the job.
Regulation of Cognition
Managing your learning in real-time as you do it.
PLAN
Set Goals
MONITOR
Self-Check
EVALUATE
Review
The "Learning Styles" Myth
Many people believe they are "Visual Learners" or "Auditory Learners."
Research shows that matching instruction to a preferred style does NOT improve learning.
True metacognition isn't about matching a style; it's about interleaving and active retrieval.
Visual?
Auditory?
Kinesthetic?
Active!
The Metacognitive Loop
1
Before
"What is my goal? What do I already know?"
2
During
"Am I understanding this? Should I slow down?"
3
After
"What worked? What will I do differently next time?"
The Calibration Quiz
"It's time to see how well you know what you know."
Challenge Instructions:
Answer the general knowledge questions.
For EACH answer, rate your confidence from 1-10.
Identify where your "Eye" is blind.
Knowledge Calibration Quiz Worksheet Calibration Challenge
Testing Metacognitive Accuracy
Name:
The Rule: For each question, write your answer AND a confidence score from 1 (Pure Guess) to 10 (Absolute Certainty). After the quiz, we will reveal the answers and calculate your Calibration Gap .
Question Your Answer Confidence (1-10) 1. What is the only continent that lies in all four hemispheres? 2. In which country was the psychological concept of "Behaviorism" first popularized? 3. How many chambers are in a human heart? 4. Which planet in our solar system has the most moons (as of 2024)? 5. Who developed the theory of Observational Learning and the Bobo Doll study?
Metacognitive Audit
Analysis Questions:
1. Did you have any questions where you were a "10" on confidence but got the answer wrong? What does this suggest about your "Mind's Eye"?
2. Were there any you got right but had low confidence in? Why didn't you trust your own knowledge?
Calibration Gap
The difference between what you think you know and what you actually know.
HIGH
LOW
High gaps lead to under-studying and failure.
Study Habit Audit Toolkit Study Habit Audit
Self-Regulation Toolkit
Phase 1: Monitoring the Current State
When you study for a test, which of the following do you do? (Be honest!)
Rereading the textbook/notes
Highlighting key terms
Self-testing (Flashcards)
Teaching it to someone else
Listening to lo-fi music/TV in background
Interleaving (switching topics)
Observation: Strategies in green are high-utility for long-term retention. Rereading and highlighting often create an "Illusion of Competence."
Phase 2: Planning for Mastery
Identify one difficult concept from this unit (e.g., Latent Learning, Locus of Control). How will you study it using metacognitive regulation?
Step 1: Planning
Step 2: Monitoring
Step 3: Evaluating
Metacognition & The Control Paradox
How does having strong metacognitive skills (knowing how to fix your own learning) help move someone from an External locus of control to an Internal one?
Master Your Mind Slides Culminating Project
Master Your Mind
The Cognitive Optimization Plan
Theory Synthesis & Skill Acquisition
The Polyglot Secret
How do some people learn a new language in 3 months, or master an instrument in a year?
The Common Thread:
They don't just "study hard." They engineer their learning using the cognitive principles we've studied.
Super-Learner Insights
[Video Placeholder: Scott Young or Tim Ferriss]
Project Brief: The Blueprint
The Goal
Choose ONE skill you want to master (e.g., coding, guitar, chess, Japanese).
The Requirement
Design a 4-week practice schedule that incorporates Modeling, Metacognition, and Self-Efficacy.
The Defense
Justify your choices using at least 5 psychological terms from this unit.
Integrating the Theories
Modeling
Who is your "master"? How will you gain attention and retention of their skills?
Metacognition
What monitoring questions will you ask yourself every 15 minutes of practice?
Self-Efficacy
How will you prevent Learned Helplessness when you hit a plateau?
Latent Learning
How will you "immerse" yourself to build a Cognitive Map of the skill?
Action Items
01
Fill out the Cognitive Optimization Blueprint template.
02
Conduct a Peer Review to check for psychological accuracy.
03
Present your Mastery Roadmap to the class.
The Future is Your Design
"The beautiful thing about learning is that no one can take it away from you." — B.B. King
Start Planning Now
Cognitive Optimization Blueprint Plan Cognitive Optimization Plan
Mastery Blueprint Template
Student Architect:
1. The Target Skill
What skill are you aiming to optimize? (e.g., Coding in Python, Jazz Piano, Free-Throw Shooting, Conversational Spanish)
Component A: Observational Modeling
Identity of Model(s):
Who are you watching? (YouTube creators, mentors, etc.)
Retention Strategy:
How will you ensure the information "sticks" in memory?
Component B: Metacognitive Regulation
Design your "Self-Check Protocol" to use during every practice session:
PLAN:
MONITOR:
EVALUATE:
Component C: Self-Efficacy & Locus of Control
The Plateau Plan:
Plateaus often trigger Learned Helplessness . When you feel like you aren't making progress, what specific "Learned Optimism" reframing will you use?
Theoretical Justification
Explain WHY this plan will work using at least 5 of these terms: Latent Learning, Vicarious Reinforcement, Cognitive Map, Internal Locus of Control, Self-Efficacy, Retrieval Practice, Calibration Error.
Optimization Scoring Guide Rubric Optimization Scoring Guide
Psychology Rubric
Criteria Incomplete (1) Proficient (3) Advanced (5) Modeling Analysis Model identified but no link to Bandura's conditions. Model identified; Attention/Retention strategies are clear. Explicit connection to all 4 modeling conditions with specific examples. Metacognitive Depth Plan mentions checking work but lacks specific self-questions. Includes Plan, Monitor, and Evaluate questions for practice. Sophisticated self-regulation loop that addresses confidence calibration. Psychological Theory Fewer than 3 terms used or terms used incorrectly. Uses 5+ terms correctly to justify the plan's design. Integrates theories (e.g., how self-efficacy supports metacognition) seamlessly. Feasibility Plan is unrealistic or too vague to be implemented. Schedule is concrete and achievable for a 4-week period. Highly practical roadmap with clear metrics for success.
Peer Review Protocol
1. The "Why" Check:
Does their justification use psychological terms correctly? Point out one term they used well.
2. The "Helplessness" Check:
Is their plateau plan strong enough to prevent giving up? Suggest one improvement.
Final Review Signature:
Reviewer Name:
