1. Jean Piaget EDRD 613 Suzanne Peters Lexi Allman Amanda Fecik

2. Biography Born in Neuchatel, Switzerland in 1896 Born in Neuchatel, Switzerland in 1896 He found his mother somewhat neurotic which led to his interest in psychology He found his mother somewhat neurotic which led to his interest in psychology He published his first paper when he was 10! He published his first paper when he was 10! He wanted to find a biological explanation of knowledge – his search started with philosophy and ended with psychology He wanted to find a biological explanation of knowledge – his search started with philosophy and ended with psychology

3. Biography 1918 – earned a Doctorate in Science – began teaching philosophy and psychology and researched how children reason which led to his 1 st 5 books 1918 – earned a Doctorate in Science – began teaching philosophy and psychology and researched how children reason which led to his 1 st 5 books 1923 – married; had 3 children; 3 rd was a boy who he used for further observations which led to his next 3 books! 1923 – married; had 3 children; 3 rd was a boy who he used for further observations which led to his next 3 books! 1929 – 1967: director of International Bureau of education; influential in bringing women into experimental psychology 1929 – 1967: director of International Bureau of education; influential in bringing women into experimental psychology He had many other jobs and honorary degrees; he wrote over 60 books and hundreds of articles; he continued to tie his psychology work to biology for many years He had many other jobs and honorary degrees; he wrote over 60 books and hundreds of articles; he continued to tie his psychology work to biology for many years Died in 1980 Died in 1980

4. Theory Throughout his life Piaget became interested in the nature of thought itself. He called it genetic epistemology. Throughout his life Piaget became interested in the nature of thought itself. He called it genetic epistemology. He found that at a certain age children could solve a reasoning problem, but at an earlier age, they nearly always gave the same wrong answer. This led to his Cognitive Stages. He found that at a certain age children could solve a reasoning problem, but at an earlier age, they nearly always gave the same wrong answer. This led to his Cognitive Stages. He developed and named four cognitive stages: He developed and named four cognitive stages: Sensorimotor Sensorimotor Preoperational Preoperational Concrete Operations Concrete Operations Formal Operations Formal Operations

5. How do we adjust the new information we learn from our environment? Adaption Assimilation - We incorporate the new information with existing ‘cognitive structures’ or information. Assimilation - We incorporate the new information with existing ‘cognitive structures’ or information. Accommodation - We change our existing cognitive structures to include new information. Accommodation - We change our existing cognitive structures to include new information. Equilibrium - A balance between the two Equilibrium - A balance between the two (assimilation & accommodation).

6. 4 Concrete Strategies

7. Sensorimotor Stage Infancy to 2 years old Infancy to 2 years old Intelligence is shown through motor activity without the use of symbols Intelligence is shown through motor activity without the use of symbols Beginning to develop knowledge based on physical interactions and experiences Beginning to develop knowledge based on physical interactions and experiences Develop object permanence Develop object permanence Start to begin physical mobility Start to begin physical mobility At the end of stage – develop symbolic language At the end of stage – develop symbolic language

8. Preoperational Stage Usually between 2-7 years old Usually between 2-7 years old Use of symbols (something that represents something else) Use of symbols (something that represents something else)  Examples: Language and Creative Play – (i.e. checkers are cookies) Understanding of past and future Understanding of past and future Child is egocentric (sees things from his own point of view) Child is egocentric (sees things from his own point of view) Can center in on only one part of a problem or communication at a time. Can center in on only one part of a problem or communication at a time.

9. Preoperational Stage Inability to conserve liquid volume Inability to conserve liquid volume Children reason based on how things appear rather than on logic Children reason based on how things appear rather than on logic

10. Preoperational Stage Overgeneralization (i.e. all things on our feet are called shoes) Overgeneralization (i.e. all things on our feet are called shoes) When the child is able to decenter he is moving on to the next stage. When the child is able to decenter he is moving on to the next stage.

11. Concrete Operations Stage Begins around the age of 7. Begins around the age of 7. Categorization: Can arrange things in order. Categorization: Can arrange things in order.  Seriation: can arrange objects by a dimension. (Ex. Weight)  Transitive: can infer relationships between two objects based on a third (Ex. Sticks)  Class Inclusion: can understand the difference between a whole and it’s parts

12. Concrete Operations Stage Inductive and Deductive Reasoning: Inductive and Deductive Reasoning:  Logical reasoning where observations become general conclusions  Logical reasoning that changes a conclusion about a whole group to particular members of the group Conservation: Conservation:  Identity: an object is the same even when moved to a different shape  Reversibility: Once an object is molded it can be switched back  Decenter: focus on two dimensions

13. Concrete Operations Stage Number and Mathematics: Number and Mathematics:  Can count in their heads  Can count on  Can solve simple story problems Spatial Thinking: Can tell how far it is from one place to another and how long it might take to get there Spatial Thinking: Can tell how far it is from one place to another and how long it might take to get there

14. Formal Operations Stage Enter stage around age of 12 Enter stage around age of 12 They become confident in adult style thinking. They become confident in adult style thinking. They use logical operations. They use them in the abstract rather than the concrete – Hypothetical Thinking They use logical operations. They use them in the abstract rather than the concrete – Hypothetical Thinking

15. Formal Operations Stage Grouping in four different ways Grouping in four different ways  Conjunction  Disjunction  Implication  Incompatibility

16. Formal Operations Stage This is a stage that everyone may not get to. This is a stage that everyone may not get to. Some cultures don’t develop or value it like “we” do. Some cultures don’t develop or value it like “we” do. Abstract reasoning is simply not universal. Abstract reasoning is simply not universal.

18. In the Classroom Allowing the students to make mistakes. Allowing the students to make mistakes.  Discover their own errors and correct them. Obtain insights into the child’s view of the world Obtain insights into the child’s view of the world Provide appropriate materials Provide appropriate materials Ask encouraging questions Ask encouraging questions Allow the child to construct his own knowledge Allow the child to construct his own knowledge Hands on and concrete experiences Hands on and concrete experiences Explore the nature of things through trial and error. Explore the nature of things through trial and error.

19. 4 Cognitive Stages http://www.youtube.com/watch?v=9yhXjJV FA14 http://www.youtube.com/watch?v=9yhXjJV FA14

20. References http://webspace.ship.edu/cgboer/piaget.h tml http://webspace.ship.edu/cgboer/piaget.h tml http://webspace.ship.edu/cgboer/piaget.h tml http://webspace.ship.edu/cgboer/piaget.h tml http://www.pbs.org/wgbh/aso/databank/e ntries/dh23pi.html http://www.pbs.org/wgbh/aso/databank/e ntries/dh23pi.html http://www.pbs.org/wgbh/aso/databank/e ntries/dh23pi.html http://www.pbs.org/wgbh/aso/databank/e ntries/dh23pi.html http://www.web.pdx.edu/~youngt/Psy311 WebSkinner/PSY311U%20Lecture%20files /Ellen's%20Slides%20PDF/06.Piaget.pdf http://www.web.pdx.edu/~youngt/Psy311 WebSkinner/PSY311U%20Lecture%20files /Ellen's%20Slides%20PDF/06.Piaget.pdf http://www.web.pdx.edu/~youngt/Psy311 WebSkinner/PSY311U%20Lecture%20files /Ellen's%20Slides%20PDF/06.Piaget.pdf http://www.web.pdx.edu/~youngt/Psy311 WebSkinner/PSY311U%20Lecture%20files /Ellen's%20Slides%20PDF/06.Piaget.pdf http://psychology4a.com/develop2.htm http://psychology4a.com/develop2.htm http://psychology4a.com/develop2.htm

21. References http://www.edpsycinteractive.org/topics/c ognition/piaget.html http://www.edpsycinteractive.org/topics/c ognition/piaget.html http://www.edpsycinteractive.org/topics/c ognition/piaget.html http://www.edpsycinteractive.org/topics/c ognition/piaget.html http://www.scholastic.com/teachers/articl e/pioneers-our-field-jean-piaget- champion-childrens-ideas http://www.scholastic.com/teachers/articl e/pioneers-our-field-jean-piaget- champion-childrens-ideas http://www.scholastic.com/teachers/articl e/pioneers-our-field-jean-piaget- champion-childrens-ideas http://www.scholastic.com/teachers/articl e/pioneers-our-field-jean-piaget- champion-childrens-ideas Papalia, D.E., Olds, S.W., Feldman, R.D. (2007). Human Development. McGraw- Hill: Boston, MA. Papalia, D.E., Olds, S.W., Feldman, R.D. (2007). Human Development. McGraw- Hill: Boston, MA.