Lecture 2/3 - Piaget Flashcards
Who created the first theory of cognitive development?
Jean Piaget
Who was Piaget?
Jean Piaget was a Swiss psychologist and credited as the first person to propose cognitive development theory and considered to be the major figure in 20th-century developmental psychology.
Describe the early life of Piaget
During early life Piaget was interested in zoology and philosophy with several of his publications on molluscs had gained him a reputation among European zoologists. After receiving his doctorate in zoology and philosophy he became interested in psychology, gaining immediate interest in (genetic) epistemology.
Piaget’s change of interests
He first went to Zurich for a period he worked at Bleuler’s psychiatric clinic where he became interested in psychoanalysis. He then left for Paris in 1919 where he studied clinical psychology. In Paris Piaget worked with Binet creating the first standardised IQ tests to measure an individual’s intelligence and detect any cognitive impairment or developmental issues. During which, Piaget noticed that children’s thinking was different from adult thinking and that children of similar ages make similar mistakes. This helped to formulate his proposed theory of cognitive development occurs through stages (discontinuous).
Piaget was a constructivist, explain what this meant
Piaget was a constructivist, he believed people construct their own understanding and knowledge of the world, through experiencing things and reflecting on those experiences, children act as active agents in their own development. This went against the commonly held view at the time that children are just ‘small’ adults and think in the same way. This assumption originated from the dominant schools of thought at the time, behaviourism and psychoanalysis, who saw children as passive in their own development.
What are schemas in relation to cognitive development?
- Schemas are cognitive frameworks that help us to organise and interpret information. They are developed through experience and can affect our cognitive processing. In terms of cognition & development, Piaget viewed schemas as the basic unit or building block of intelligent behaviour. He described them as mental structures that help to organise past experiences and provide a way of understanding future experiences. For Piaget, a schema can be a physical action or skill, an idea, or a piece of knowledge.
What is assimilation?
A cognitive process that manages how we take in new information and incorporate that new information into our existing knowledge. For example, when a young child learns the word dog for the family pet, he eventually begins to identify every similar-looking canine as a dog. The child has extended his learning, or assimilated, the concept of dog to include all similar 4-footed friends.
What is accommodation?
Occurs when new information or experiences cause you to modify your existing schemas. Rather than make the new information fit into an existing schema, you change the schema in order to accommodate the new information. For example, a child learns that not all 4 footed animals are dogs and so alters schema accordingly.
Explain equilibrium and disequilibrium
Equilibrium is a state of balance between individuals’ mental schemata, or frameworks, and their environment. Such balance occurs when their expectations, based on prior knowledge, fit with new knowledge. Disequilibrium is when individuals encounter new discrepant information, they enter into a state of disequilibrium.
Individuals naturally seek equilibrium because disequilibrium, which is a mismatch between one’s way of thinking and one’s environment, is inherently dissatisfying. Individuals naturally seek equilibrium because disequilibrium, which is a mismatch between one’s way of thinking and one’s environment, is inherently dissatisfying.
Detail Piaget’s stage theory
Piaget considered intellectual development to be a continuous process of assimilation and accommodation. There are 4 stages (discontinuous) of development which he identified with no sharp dividing line between each. The order of stages is the same for all children, but the ages at which they are achieved may vary from one child to another (age ranges are approximate – individual differences). Piaget believed these stages are invariable and universal.
Describe the sensori-motor stage (0-2)
The infant knows about the world through actions and sensory information. Infants learn to differentiate themselves from the environment, begin to understand causality in time and space, and develop the capacity to form internal mental representations. Infants begin to act intentionally on the world (helplessness at birth) and show means-ends problem solving
Describe the pre-operational stage (2-7)
Through the symbolic use of language and intuitive problem solving, the child begins to understand about the classification of objects. Thinking is characterised by egocentrism, children focus on just one task at a time (centration) and lack operations like compensation and reversability. Children become imaginative in play and begin to display animism (often complex). Children tend to over-generalise based on limited experience and have problems with class inclusion.
Describe the concrete operational stage (7-12)
Children understand conversion of mass, length, weight and volume (last to comprehend), and can more easily take the perspective of others; can classify and order, as well as organise objects into series. A child understands that the properties of materials stay the same even when altered, conservation. The child is still tied to the immediate experience, but within these limitations can perform logical mental operations
Describe the formal operational stage (12+)
Abstract reasoning begins. Children can now manipulate ideas; can speculate about the possible; can reason deductively and formulate and test hypotheses. Children show decentration – they are able to mentally pull away from a focus on one thing
What are the 6 substages of the sensori-motor stage?
reflex activity, primary circular reactions, secondary circular reactions, co-ordination of secondary circular reactions, tertiary circular reactions and internal representation