The Role of Piaget's Theory in Education (AQA GCSE Psychology): Revision Note
Exam code: 8182
Application of the four stages in education
Piaget’s stage theory of cognitive development states that a child’s cognitive development happens in four stages and that each stage is marked by age e.g. the pre-operational stage spans 2-7 year-olds
Piaget’s stage theory is maturational:
Children will achieve specific developmental milestones according to an internal ‘timetable’ e.g. by the age of 8 months a child will have object permanence
Children cannot be expected to achieve cognitive tasks or skills which are beyond their current level of development e.g. you would not ask a four year-old child to sit a Psychology A Level
Children will move through the stages according to age so it is futile to push them beyond their readiness for a task/skill
Piaget believed that children are continuously exploring their environment:
He saw the child as a ‘little scientist’, performing ‘experiments’ to test what they discover every day in their world
He referred to a child’s exploration and experimentation of their environment as ‘discovery learning’
Educational settings can encourage discovery learning by setting up tasks that stimulate a child’s imagination and intellectual curiosity, challenging them to discover even more and to ask questions
The stages should be considered when setting up learning environments (both physical and psychological/intellectual) as follows:
Sensorimotor stage: a range of sensory-based activities which involve the child’s five senses e.g. toys that rattle or can be struck to make a noise; blocks to encourage fine motor skills such as grasping, stacking, gripping
Pre-operational stage: the child should be allowed to explore the learning environment freely; there should be sand pits, water trays, plasticine - anything that the child can experiment with will aid their development
Concrete operational stage: the child should be allowed to develop practical skills such as cooking, woodwork etc; using counters/abacus can help them translate the concrete to the abstract
Formal operational stage: using scientific apparatus, engaging in mental maths, and discussing abstract and hypothetical concepts all help to continue expanding intellectual development into adulthood
Piaget’s theory of cognitive development is an example of constructivism i.e. children learn via action and reflection; they then build on these learning blocks to construct schemas which in turn help them to negotiate their world
Evaluation of application of Piaget’s stages to education
Strengths
Piaget’s theory has been hugely influential over the years and helped to pave the way for ‘child-centred’ learning
Children (and adults for that matter) learn information better when they are having fun/feeling engaged via discovery learning (Castronova, 2002)
Weaknesses
Not all children will fit neatly into Piaget’s stages e.g. children with special educational needs or highly gifted children
Discovery learning is fantastic but children also need some guidance and structure from adults, particularly as they get older and more able to take on higher-level cognitive tasks
Worked Example
Here is an example of a question you might be asked on this topic - for AO2.
AO2: You need to apply your knowledge and understanding, usually referring to the ‘stem’ in order to do so (the stem is the example given before the question)
After each featured question there is a ‘model’ answer i.e. one which would achieve top marks in the exam.
Mr Boremstiff is teaching a Year 8 group Maths. He stands at the board and talks at the class for an hour, telling them to keep notes as he goes
Question: Outline two examples of how Mr Boremstiff could change his lesson to make it more child-centred. [4]
Model answer:
One way that Mr Boremstiff could make his lesson more child-centred would be to give the class some Maths problems and get them to solve them individually then share their ideas with other students before he guides them through the possible answers.
Another way that he could make the lesson more child-centred would be to give the class some blocks which they have to arrange into different shapes (if they were learning about 3D/spatial reasoning for example) which would be much more engaging and fun for the students.
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