Metacognition

Discussion of metacognition as a key topic before the first exam.
Emphasis on the nature of the upcoming class, which will be optional for students.

The review class on Thursday is optional; labs will still be held.
Students encouraged to utilize time for practice tests if they wish.
Practice test will be posted on Canvas Thursday morning, along with an answer key.
No printed copies; students should print or access it digitally as they choose.

Scheduled for the following Tuesday during regular class hours.
The format is paper-based; no scantrons required.
Students will write answers directly on the test paper.
Exam content: 30 multiple choice questions and 8 short answer questions (5 points each).
Short answers might include tasks such as diagrams or labeling.
Expected to take around 25-30 minutes to finish, with the option to remain quiet during other students' tests.
Restrictions on using notes or note cards; students reminded to prepare adequately.

Defined as thinking about one's own thinking, particularly relating to memory, learning, and cognitive strategies.
Involves both self-assessment of knowledge and the understanding of one's cognitive processes.
Key Concepts:
- Meta-memory: Awareness of one’s own memory capabilities.
- Examples of metacognitive thought: assessing expected performance on an exam, evaluating effectiveness of study strategies.
Monitoring and Control: Two key actions in metacognition.
- Monitoring: Assessing cognitive processes.
- Control: Adjusting behaviors based on monitoring results.

Example of using metacognitive processes while studying with flashcards:
- Separating cards into known and unknown.
- Evaluating and adjusting study strategies based on performance.
Importance of practicing metacognition to improve evaluative skills and ultimately enhance exam performance.

Challenges in measuring metacognitive processes accurately.
Common techniques for measurement:
- Tip of the Tongue (TOT) Judgments: Assessing likelihood of recalling information that feels familiar but is not accessible.
- Retrospective Judgments: Evaluating memory after a task, e.g., estimating the number of correct answers after an exam.
- Judgment of Learning (JOLs): Predictions about future performance post-study (on a scale from 0 to 100).
Limitations and inaccuracies associated with different judgment scales.

Tip of the Tongue Moments:
- Demonstrated through engaging class activities.
- Illustrates how familiarity can lead to false attributions of memory availability.
Experimental Study on Smell and Memory:
- Use of scratch and sniff stickers to explore recall.
- Results: students in a TOT state wrongly attributed familiarity regarding old and new smells.

Individuals often misjudge their memory availability.
Cognitive biases can mislead assessments, leading to inflated confidence in certain memories.
Example: The familiarity felt during TOT moments can falsely suggest previous exposure to content.

Emphasis on timing when making judgments about learning; delays lead to more thoughtful evaluations.
Relevant to effective studying strategies like spaced learning and repeated testing.
The impact of educational metacognition on actual performance in classroom settings.

Dunning-Kruger Effect: Studies showing how students' assessments of their performance correlate with actual results.
Exam performance varied by actual score; higher accuracy in higher-performing groups.
Understanding of how educational experiences and cues influence metacognitive assessments.

Comparison of student performance based on lecturer delivery fluency (fluent vs. disfluent).
Students are influenced by perception of the lecturer's fluency, impacting their cognitive evaluations.

Critique of the learning styles theory: Lack of empirical support for distinct learning preferences.
Challenge the idea that matching teaching methods to supposed learning styles enhances learning.
Evidence shows no significant performance differences based on aligning teaching styles with learning preferences.
- Different ways of categorizing learning styles; often fail consistency tests across measures.
Validity of accommodating genuine learning differences (e.g., disabilities) versus unfounded learning styles.

Individual differences do exist in learning, but the concept of learning styles lacks empirical backing.
Effective learning strategies and metacognitive skills should be developed through practice and not reliant on perceived learning styles.

The session ends with a review of class expectations and encouragement for continued engagement in labs.
Open floor for questions around the exam and learning concepts passed in discussion.