This document provides an overview of several theories of learning, including behaviorism, constructivism, and social constructivism. It discusses key thinkers who contributed to these theories like Pavlov, Skinner, Piaget, Vygotsky, and Bruner. Some of the main points covered include: behaviorist views that learning is shaped by stimulus-response interactions and reinforcement; constructivist ideas that learners are active sense-makers who incorporate new knowledge into existing cognitive structures; Vygotsky's theory of the zone of proximal development and how learning is socially mediated; and implications for teaching like using varied contexts and a spiral curriculum to support cumulative learning.
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1. Theories of Learning
An introduction to some
of the theoretical
.
background to teaching
and education
Standards Q10 Q14
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2. What is Learning?
Need to adopt a definition e.g.
learning is the gaining of new
knowledge / skills.
Teaching an attempt to facilitate
learning
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3. Learning is being taught
-Transmission model
Very popular view and underlies much
of National Curriculum.
Behaviourist view.
Sees learner as an empty vessel (or
tabula rasa clean slate).
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4. Behaviourist theories of
learning
Pavlov, Watson, Skinner
observable behaviour not thinking and
emotion
Stimulus response reinforcement
repetition.
Behaviour that is not reinforced is unlikely
to be repeated
http://uk.youtube.com/watch?v=I_ctJqjlr
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5. Uses and Abuses of
Behaviourism
Programmed instruction
But inflexible
Does not describe the whole learning
experience.
Useful in lion taming!
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6. Learning is about making
sense. Constructivist
The learner is not passive
-constructs the sense and
incorporates new knowledge into
existing structure or adapts
structure to accommodate new
knowledge.
http://uk.youtube.com/watch?v=F00R3pOX
http://uk.youtube.com/watch?
v=F00R3pOXzuk&feature=related
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7. Constructivist Theories
Not modern e.g. Socrates 470-399 BC
method of leading the learner on by
questioning. And Plutarch AD 45 The mind
is not a vessel to be filled, but a vessel to
be ignited.
Active view. Active learning also implies
active experience, use of materials and
role of play.
The importance of play even for trainees
http://uk.youtube.com/watch?
v=K7vna8raRdc&feature=related
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8. Constructivist View
Associated with ideas of conception and
misconception.
Learners need to be able to stand back
and reflect / review to be able to make
sense of experience role of meta
cognition thinking about thinking.
Learners need to take charge of their own
learning. Teacher is more the guide on
the side than the sage on the stage so
the focus has to be on learning.
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9. Jean Piaget
Children do not think like adults.
http://uk.youtube.com/watch?
v=fcjPkPIwsog&feature=related
Sensorimotor stage
Preoperational stage
Concrete operational stage
Formal operational stage
Now somewhat discreditedDevelopment leads learning v Learning
leads to development
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10. Examples from Piaget
http://uk.youtube.com/watch?
v=B65EJ6gMmA4&feature=related
Conservation of volume which holds
more water?
http://www.youtube.com/watch?
v=LpYQH_T2FWM&NR=1
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11. Social constructivism
Learning is socially
mediated
Learning is building knowledge
as part of doing things with
others
Think of a time when someone
has supported your learning.
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12. Lev Vygotsky
1896 1934 but work published much
later.
ZPD Zone of Proximal Development
"What a child can do with assistance
today she will be able to do by herself
tomorrow" (Vygotsky 1978:p87).
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13. Jerome Bruner
Spiral Curriculum-We begin with the
hypothesis that any subject can be
taught effectively in some intellectually
honest form to any child at any stage of
development.
Make the knowledge ready for the child
rather than waiting for the child to be
ready for the knowledge
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14. Scaffolding
How we support children's growing
understanding
Enactive - knowing how
Iconic
Symbolic learning
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15. Knowing is a process not a
product
To instruct someone... is not a matter of
getting him to commit results to mind.
Rather, it is to teach him to participate in
the process that makes possible the
establishment of knowledge. We teach a
subject not to produce little living
libraries on that subject, but rather to get
a student to think mathematically for
himself, to consider matters as an
historian does, to take part in the process
of knowledge-getting. J.Bruner..
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16. Learning by doing
I hear and I forget
I see and I remember
I do and I understand
Attributed to Confucius
http://www.youtube.com/watch?
v=BnbmLHgQWqQ&feature=related
What are the implications for lesson
planning?
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17. Evidence from
Neuroscience -Cognitive
Development
Statistical learning (learning correlations
e.g. baby can recognise own feet)
Learning by imitation (e.g. Baby sticking
out tongue)
Learning through analogy
Causal learning (explanation based
learning)
Are all present in rudimentary form from
soon after birth
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18. Implications
cumulative learning is crucial
Need to encounter the learning in varied
contexts
multi-sensory approaches
novice system that is very responsive to
learning from errors followed by an
expert system which is more entrenched
in its learning
motivation to learn and engagement of an
emotional response
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19. Memory
Declaritive Memory
memories that can be brought
consciously and deliberately to mind
(semantic and episodic memory)
Implicit Memory
knowledge that is usually indexed by
changes in performance (for example
riding a bicycle)
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20. Do Teachers Help?
Children (and adults) construct declarative
memories, and therefore prior knowledge
and personal interpretation affect what is
remembered.
Adapting our dialogue with young children
leads to more organised and detailed
learning and memory.
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21. Metacognition
Learning in classrooms can be
enhanced by developing selfreflection and self regulation
Recognising that you do not
understand is prerequisite of asking
for help
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22. Implications
From Goswami & Bryant
Thinking, reasoning and understanding can
be enhanced by imaginative or pretend play
contexts. However, scaffolding by the
teacher is required if these are to be
effective.
Individual differences in the ability to
benefit from instruction (the zone of
proximal development) and individual
differences between children are large in
the primary years, hence any class of
children must be treated as individuals.
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23. Report to Cambridge
Primary Review
Research Survey 2/1a: Children's
Cognitive Development and Learning
(Usha Goswami and Peter Bryant)
Download from
http://www.primaryreview.org.uk/Pub
lications/Publicationshome.html
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