Advanced Educational Psychology --mgmsantos. Misconceptions: 1. That nothing needs to be done for students with a high intelligence because they will.

Slides:



Advertisements
Similar presentations
Modelling with expert systems. Expert systems Modelling with expert systems Coaching modelling with expert systems Advantages and limitations of modelling.
Advertisements

Immanuel Kant ( ) Theory of Aesthetics
Instructional Technology vs. Educational Technology
C ONCEPT M APS Simplify the Complex!. W HAT IS A C ONCEPT M AP ? A concept map is a diagram. It is used to represent or “break down” complex information.
Revisiting Information Literacy at AGGS
ARCHITECTURES FOR ARTIFICIAL INTELLIGENCE SYSTEMS
Gradual Release of Responsibility & Feedback
Visual Models Problem Solving with Computers. What’s a model? A useful representation Useful Includes those elements of something needed to answer a question.
CREATIVE THINKING. “The principal goal of education is to create men who are capable of doing new things. The second goal of education is to form minds.
Unlocking the mind to critical thinking. “Thinking about Thinking”
Understanding the Research Base Presentation to CSSS October 1, 2011.
Page A concept is a category of objects, events or ideas that share similar characteristics; this allows for generalization and distinction.
Utilizing Concept Formation & Concept Mapping with Inspiration Investigated by Joe Herz, Kim Harrison, Chris Clark, & Kevin Baker.
Helping Students Learn to Learn Cultivating Lifelong Learners by:
Mathematics Reform The Implications of Problem Solving in Middle School Mathematics.
1 Language Learners Strategies: Issues in Classification Andrew D. Cohen University of Minnesota.
Articulating Your Thinking Dr. Mok, Y.F.. Novice & Expert Thinking Patterns Novice Expert Read Analyze Explore Plan Implement Verify Schoenfeld, 1987.
Cognitive strategies and CAS Csaba Sárvári, Mihály Klincsik, Zsolt Lavicza University of Pécs Pollack Mihály Faculty of Engineering Computer Algebra and.
Meaningful Learning in an Information Age
Thinking: A Key Process for effective learning “The best thing we can do, from the point of view of the brain and learning, is to teach our learners how.
Science Inquiry Minds-on Hands-on.
Theories of Development. Cognitive Development Early psychologists believed that children were not capable of meaningful thought and that there actions.
Using metacognition effectively.
Metacognitive Issues in Student Engagement Jennifer Berg & Laura Baker.
Complex Cognitive Processes
Critical thinking tools.
Thinking Actively in a Social Context T A S C.
Complex Cognitive Processes Woolfolk, Cluster 8
Dr. Ronald J. Anderson, Texas A&M International University 1 Chapter 5 Designs for Problem Solving Teaching with Technology: Designing Opportunities to.
© 2009 McGraw-Hill Higher Education. All rights reserved. C H A P T E R 9 Complex Cognitive Processes.
Chapter 11 Helping Students Construct Usable Knowledge.
SLB /04/07 Thinking and Communicating “The Spiritual Life is Thinking!” (R.B. Thieme, Jr.)
Journal Write a paragraph about a decision you recently made. Describe the decision and circumstances surrounding it. How did it turn out? Looking back,
SUPERFICIAL AND DEEP LEARNING HIGHER ORDER THINKING
What is “Thinking”? Forming ideas Drawing conclusions Expressing thoughts Comprehending the thoughts of others Where does it occur? Distributed throughout.
Applying Learning Strategies in the classroom, from theory to practice JOHN HOWARD GALINDO S ELT CONSULTANT
Getting students to think “Discuss” won’t always do A more structured task – What kind of thinking? Analysis – similarities, differences, patterns, comparisons,
Ch. 3 StudyCast SarahBeth Walker. NETS-T Standard 1  Teachers use their knowledge of subject matter, teaching and learning, and technology to facilitate.
Ch. 3 StudyCast SarahBeth Walker. NETS-T Standard 1  Teachers use their knowledge of subject matter, teaching and learning, and technology to facilitate.
Cognitive Processes Chapter 8. Studying CognitionLanguage UseVisual CognitionProblem Solving and ReasoningJudgment and Decision MakingRecapping Main Points.
Improving learning by teaching about learning Andreia Gomes.
Psychology April 9, 2012 What do the following warning signs mean? Are there other warning signs around your home or around town that you automatically.
Intel ® Teach Program International Curriculum Roundtable Programs of the Intel ® Education Initiative are funded by the Intel Foundation and Intel Corporation.
Creating and thinking critically
Literacy and Numeracy Benchmarks Prepared by SAPDC Learning Facilitator Team.
Learning and Transfer This is Chapter 3 in the very useful book: National Research Council (2000). How People Learn: Brain, Mind, Experience, and School.
3 Stages of Backward Design 1. Identify desired results. 2. Determine acceptable evidence. 3. Plan learning experiences & instruction.
Department of Computer Engineering ARTIFICIAL INTELLIGENCE
Metacognition to Motivate Learning
Mapping A hierarchical depiction of information you need to organize and remember.
Reflective Thinking. Reflective thinking Critical thinking and reflective thinking are often used synonymously. However, where critical thinking is used.
Anne Watson Hong Kong  grasp formal structure  think logically in spatial, numerical and symbolic relationships  generalise rapidly and broadly.
Chapter 3 By Samantha Thomsit. DIVERGENT THINKING A type of creative thinking that starts from a common point and moves outward to a variety of perspectives.
Lecture 8 – Categories 1 great detail is needed for planning & executing current responses some detail about context of new learning can be emcoded with.
What attitude towards assessment did you have as a high school student?
Teaching Strategies Prepared by: Shuhudha Rizwan.
Polling Question... How do you think you did on the test?
Using Cognitive Science To Inform Instructional Design
Jared Mader Red Lion Area School District Thursday, March 25, 2010
CoRT 1 Thinking Tools DATT.
CHAPTER 3 Teaching Through Problem Solving
Cognitive Processes: Thinking and Problem Solving
المپیاد علمی دانشجویان پزشکی
19 July CORT- Naglaa Moustafa & Rehab Hassan
صناعة الذات-1 م/ فؤاد سعيد.
8.1 Understanding Thinking
By: Cheyenne Howell Models of Teaching By: Cheyenne Howell
برنامج الكورت لتعليم التفكير The CoRT Thinking Program
อภิปัญญา (Metacognition)
Thinking Thinking or cognition refers to a process that involves knowing, understanding, remembering and communicating. Thinking involves a number of mental.
Presentation transcript:

Advanced Educational Psychology --mgmsantos

Misconceptions: 1. That nothing needs to be done for students with a high intelligence because they will automatically be good thinkers.

Misconceptions ( contd ) 2. That nothing can be done for students without a high intelligence because they cannot ever be good thinkers.

 Information is very important.  Information is not enough – unless we have complete information, we need thinking to make the best use of the information we have.

 Positive vs. Constructive Thinking positive thinking – the toles are adjusting to the block, thinking positive thoughts about the situation

 Constructive thinking – the toles are finding a way around the block

Deliberate thinking  Mapmaking  Exploring the subject  Looking broadly to be objective  e.g. The CoRT Tools

1) PMI -- Plus, Minus, Interesting Points 2) CAF – Consider All Factors 3) C & S -- Consequence and Sequel 4) APC -- Alternatives, Possibilities and Choices 5) OPV -- Other People’s Views

(contd) 6) EBS -- Examine Both Sides 7) ADI -- Agreement, Disagreement, Irrelevance 8) AGO -- Aims, Goals, Objectives 9) FOW -- Find Other Ways 10) FIP -- First Important Priorities

Coping (Reactive Thinking)  Moment to moment activity  Looking for signals and reacting to them  Walking-talking-breathing type of thinking  Like driving a road: read signposts and make decisions

Distinction between Critical Thinking and Mindlessness  Critical thinking – thoughts are consciously and purposefully directed towards finding a solution to the problem

 Mindless thinking – routinely and automatically following a customary thought pattern without consciously directing the thoughts

 for success in school  job requirement for careers  leads to ability to solve real world problems

Critics of education sometimes say that students are forced to engage in a lot of mindless activities. What are examples of such activities that students are made to pursue in some classrooms?

A. Concept Formation Concept is a mental abstraction or category of similar objects, people, events, or ideas (Hampton, 2000).

1. Defining features – features that are necessary and sufficient for defining a concept. Ex: The concept of even number We cannot find an even number that is not divisible by 2. Thus, this feature is both necessary and sufficient to guarantee that a number is an even number.

2. Characteristic features – properties typical of something in a concept, but not always associated with it. Ex: Classrooms and books are only characteristic features of a school. Can you tell why?

Characteristic Features (contd) a. Prototype – the most representative instance of a given concept Ex. A cow is a good prototype of a mammal because it is quite typical of a mammal, but bats and whales are not.

Characteristic Features (contd) b. Exemplars -- representations of individual instances of the concept Ex: In the concept of Dog, exemplars are collie, poodle, German shepherd, etc. which have individual characteristics.

 generalizable tools that can facilitate cognitive processing  are both mental and computation devices that support, guide and extend the thinking processes of the users.  external to the learner and engage the learner in meaningful processing of information.

SPIDER CONCEPT MAP -- organized by placing the central theme or unifying factor in the center of the map. Outwardly radiating sub-themes surround the center of the map.

HIERARCHY CONCEPT MAP -- presents information in a descending order of importance. The most important information is placed on the top. Distinguishing factors determine the placement of the information.

 FLOWCHART CONCEPT MAP FLOWCHART CONCEPT MAP -- organizes information in a linear format.

SYSTEMS CONCEPT MAP -- organizes information in a format which is similar to a flowchart with the addition of 'INPUTS' and 'OUTPUTS'.

B. Reasoning 1) deductive reasoning – general to specific 2) Inductive reasoning – specific to general

C. Problem Solving -- “cognitive processing directed at achieving a goal when no solution method is obvious to the problem solver” (Mayer and Wittrock, 2006).

4 Major cognitive processes in problem solving (Mayer and Wittrock) 1. Representing -- constructing a cognitive representation of the problem; 2. Planning -- devising a plan for solving the problem;

Problem-solving (contd) 3. Executing -- carrying out the plan; and 4. Self-regulating -- evaluating the effectiveness of cognitive processing and adjusting accordingly.

 Often associated with John Flavell  “thinking about thinking”  higher order thinking which involves active control over the cognitive processes engaged in learning

3 Basic elements 1) Planning – reflecting before 2) Monitoring – reflecting during 3) Evaluating -- reflecting after

Planning : you ask yourself:  What in my prior knowledge will help me with this task?  In what direction do I want my thinking to take me?  Why do I need to do this?  What should I do first?  How much time do I have to complete this task?

Monitoring : you ask yourself:  How am I doing?  Am I on the right track?  What information is important to remember?  Should I move in a different direction ?  Should I adjust my pace?  What do I need to do if I don’t understand?

Evaluating : you ask yourself:  How well did I do?  Did I produce more or less than I had expected?  What could I have done differently?  How might I apply this to other problems?  Do I need to go back through the task to fill in any “gaps” in my understanding?

Why are metacognitive strategies important?