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Schemes
Actions or mental representations that organize knowledge
Assimilation
Using existing schemes to incorporate new information
Accommodation
Adjusting schemes to fit new information and experiences
Organization
Grouping isolated behaviors and thoughts into a high-order, smoothly functioning cognitive system
Equilibrium
Shifting from one stage of thought to the next
Sensorimotor stage years
birth-2
Sensorimotor stage substages
Simple reflexes
First habits and primary circular reactions
Secondary circular reactions
Coordination of secondary circular reactions
Tertiary circular reactions
internalization of schemes
simple reflexes
Birth-1 month (don’t need to memorize specific timeline within each stage)
Sensation and action coordinated through reflexive behaviors
Infants begins to produce behaviors that resemble reflexes in the absence of the stimulus for the reflex
First habits and primary circular reactions
second sensorimotor substage
1-4 months
Primary circular reaction: a scheme based on an attempt to reproduce an event that occurred by chance
Habits and circular reactions are stereotyped
Secondary Circular Reactions
third sensorimotor stage
4-8 months
Infants become object oriented
Secondary circular reactions: actions are repeated because of their consequences (move outward from individual, not a reflexive move that caused something to happen)
Coordination of Secondary Circular Reactions
4th sensorimotor substage
8-12 months
Infants must coordinate vision and touch
Actions become outwardly directed
Presence of intentionality
Tertiary Circular Reactions
5th sensorimotor substage
12-18 months
Tertiary circular reactions: an infant purposefully explores new possibilities with objects, doing new things and exploring the results
Internalization of Schemes
6th sensorimotor substage
18-24 months
Infant develops the ability to use primitive symbols
Symbol: an internalized sensory image or word that represents an event
Object permanence
The understanding that objects continue to exist even when they cannot be seen, heard, or touched
A-not-B error
When infants mistake selecting a familiar hiding place (A) rather than a new hiding place (B)
Occurs during progression to substage 4
Preoperational Stage age
2-7 years
Preoperational Stage
Children begin to represent the world with words, images, and drawings
Form stable concepts and begin to reason
preoperational substages
symbolic substage and the intuitive thought substage
Symbolic Function Substage
The child gains the ability to mentally represent an object that is not present
Between 2 – 4 years, the child draws things representing people, houses, cars, etc. and begins to use language and pretend play
Egocentrism: inability to distinguish between one’s own perspective and someone else’s perspective
Animism: belief that inanimate objects have lifelike qualities and are capable of action
Intuitive Thought Substage
The child uses the primitive reasoning and wants to know the answers to all sorts of questions
Between ages 4 – 7 years
“Why?” questions
Young children seem unaware of how they know what they know
Centration
focusing of attention on one characteristic to the exclusion of all others (lack of conservation)
preoperational
Conservation
awareness that altering the appearance of an object or substances does not change its basic properties
preoperational
Concrete Operational Stage age
7-11 years
Concrete Operational Stage
Children can perform concrete operations and they can reason logically as long as reasoning can be applied to specific or concrete examples
Classify or divide into sets and subsets and consider interrelationships
Seriation: ability to order stimuli along a quantitative dimension
Transitivity: ability to logically combine relationship to reach certain conclusions (if A>B and B>C then A>C)
Classification
An important ability in concrete operational thought
family tree
Formal operational stage age
11-15 years
Formal operational stage
Individuals move beyond concrete experience and think in more abstract and logical ways
Develop images of ideal circumstances
Hypothetical-deductive reasoning: develop hypotheses and systematically deduce which is the best path to follow
Critics point out there is more individual variation in formal operational thought than Piaget envisioned
Adolescent egocentrism
Heightened self-consciousness of adolescents
Imaginary audience
Feeling one is the center of attention and sensing one is onstage
Personal fable
Sense of personal uniqueness and invincibility
Danger and psychological invulnerability
piaget and education
Take a constructivist approach
Children learn best when they are active and seek solutions for themselves
Facilitate rather than direct learning
Design situations where students learn by doing
Consider the child’s knowledge and level of thinking
Examine children’s mistakes in thinking and guide them to a higher level of understanding
Promote the student’s intellectual health
Children’s learning should occur naturally
They shouldn’t be pressured into achieving too much too early
Turn the classroom into a setting of exploration and discovery
Teachers observe students’ interests and natural participation to determine the course of learning
Peer interaction is encouraged so different viewpoints can contribute to advances in thinking
Vygotsky
emphasized that children actively construct their knowledge and understanding
He emphasized the role of the social environment in stimulating cognitive development
The zone of proximal development
The range of tasks that are too difficult for children to master alone but that can be learned with guidance and assistance from adults or more skilled children
Lower limit of ZPD is the level of skill reached by the child working independently
Upper limit of ZPD includes the additional responsibility the child can accept with the assistance of an able instructor
Scaffolding
Changing the level of support over the course of a teaching session
More skilled person adjusts the amount of guidance to fit the child’s current performance
Dialogue is an important tool of scaffolding in the ZPD
Private speech
is used for self-regulation–to plan, guide, monitor behavior
inner speech
As children age, they can act without verbalizing, and self-talk becomes
teaching strats (Vygotsky)
Use the ZPD
Teachers begin near the zone’s upper limit, so children can reach the goal with help and move to a higher level of skill and knowledge
Observe the child and provide support when needed
Use more skilled peers as teachers
Children also benefit from the support and guidance of more-skilled children
Monitor and encourage private speech
Encourage elementary school children to internalize and self-regulate
Place instruction in a meaningful context
Provide opportunities to learn in real-world settings
Social constructivist approach
emphasis on the social contexts of learning and the construction of knowledges through social interaction
Fluid intelligence
Ability to reason abstractly
crystallized
Accumulated info and verbal skills
differences and similarities b/w Piaget and Vygotsky
Role of social interaction
Piaget: solitary learners, learning through interacting with environment
Vygotsky: socialization leads to learning, stronger role for parents
2. Importance of language
Piaget: cognitive development stimulates language development
Vygotsky: language development also stimulates cognitive development
3. Concept of readiness
Piaget: children learn when they’re developmentally ready
Vygotsky: children learn when stimulation is provided by parents, teachers, and other environmental factors
4. Role of cultural significance
Piaget: stages are universal among all children
Vygotsky: cultural and social influences affect development, different children develop at different rates
5. Individual vs Collaborative
Piaget: children learn best through independent exploration and discovery
Vygotsky: children learn best in social situations and when guided by educators