OTET flashcards
138 cards from 12 fact-checked topic notes · English
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Assessment for and of Learning — Child Development and Pedagogy · 12 cards
- Assessment FOR Learning (Formative Assessment)
- Ongoing assessment conducted during instruction to monitor student progress and provide feedback that improves learning. The primary purpose is to inform teaching and guide learners.
- Assessment OF Learning (Summative Assessment)
- Assessment conducted at the end of a learning period to evaluate what students have learned and assign grades or certifications. The primary purpose is judgment and reporting.
- Assessment AS Learning
- A third category where students assess their own work through self-assessment and peer-assessment, developing metacognitive skills. This is increasingly important in CCE.
- Feedback Loop
- Formative assessment creates a continuous feedback loop—teacher assesses, identifies gaps, modifies instruction, and reassesses. Summative assessment typically lacks this iterative quality.
- Diagnostic Function
- Formative assessment serves a diagnostic purpose—identifying specific misconceptions or difficulties so that remediation can occur immediately.
- Stakes Involved
- Formative assessment is low-stakes (no grades attached), encouraging risk-taking and honest responses. Summative assessment is high-stakes, often determining promotion or certification.
- Timing Difference
- Formative = during learning; Summative = after learning.
- Student Involvement
- In Assessment for Learning, students are active participants who understand learning goals and success criteria. In Assessment of Learning, students are primarily subjects being evaluated.
- Purpose
- Assessment FOR Learning (Formative): Improve learning · Assessment OF Learning (Summative): Judge/certify learning
- Timing
- Assessment FOR Learning (Formative): During instruction · Assessment OF Learning (Summative): End of unit/term/year
- Frequency
- Assessment FOR Learning (Formative): Continuous, frequent · Assessment OF Learning (Summative): Periodic, infrequent
- Stakes
- Assessment FOR Learning (Formative): Low-stakes · Assessment OF Learning (Summative): High-stakes
Concept of Development — Child Development and Pedagogy · 12 cards
- Growth is quantitative; Development is qualitative.
- Growth refers to measurable physical changes (height, weight), while development encompasses functional maturation including cognitive, emotional, and social dimensions.
- Development is continuous but not uniform.
- A child develops throughout life, but the rate varies across ages and domains. Rapid development occurs in early childhood; adolescence brings another growth spurt.
- Development follows a predictable sequence.
- All children follow the same general order of development (head to toe, center to periphery), though the pace differs individually.
- Development proceeds from general to specific.
- A baby first makes random arm movements before developing the fine motor control needed to hold a pencil.
- Each developmental stage has unique characteristics.
- Infancy, early childhood, middle childhood, and adolescence each have distinct physical, cognitive, and socio-emotional markers.
- Heredity sets the limits; Environment determines the extent.
- Genetic potential provides the blueprint, but nutrition, stimulation, and experiences determine how much of that potential is realized.
- Development is holistic and integrated.
- Physical, cognitive, emotional, social, language, and moral development are interconnected—progress in one area influences others.
- Individual differences are the norm.
- No two children develop identically, even siblings raised in the same home. Teachers must expect and accommodate variation.
- Nature
- Growth: Quantitative · Development: Qualitative
- Measurement
- Growth: Height, weight, size · Development: Abilities, skills, behaviour
- Duration
- Growth: Stops at maturity · Development: Lifelong process
- Scope
- Growth: Physical changes only · Development: All dimensions of personality
Concept of Learning — Child Development and Pedagogy · 12 cards
- Learning as behaviour change
- Learning is a relatively permanent change in behaviour or behavioural potential that results from experience or practice. It is not due to maturation, fatigue, or temporary states like illness.
- Learning as knowledge construction
- The constructivist view holds that learners actively build mental models by connecting new information with prior knowledge. Knowledge is not transmitted but constructed by the individual.
- Learning is process-oriented, not just product-oriented
- True learning involves understanding processes and developing thinking skills, not merely memorizing facts for reproduction.
- Learning is continuous and lifelong
- Learning occurs throughout life, both inside and outside the classroom. Informal and incidental learning are as important as formal instruction.
- Prior knowledge is the foundation
- What a child already knows determines what they can learn next. New learning must connect with existing schemas for meaningful understanding.
- Social nature of learning
- Learning happens through interaction with peers, teachers, family, and community. Vygotsky's emphasis on social construction of knowledge is central here.
- Transfer of learning
- Effective learning enables application of knowledge to new situations. Without transfer, learning remains inert and school-bound.
- Individual differences in learning
- Each child learns differently based on their cognitive abilities, learning style, motivation, and socio-cultural background.
- Definition
- Relatively permanent change in behaviour through experience
- Constructivist view
- Learner actively constructs knowledge, not passively receives
- NCF 2005 position
- Child is a natural learner; learning should be joyful and meaningful
- Types of learning
- Cognitive (knowledge), Affective (attitudes), Psychomotor (skills)
Behaviourism — Child Development and Pedagogy · 10 cards
- Behaviourism assumes learning is observable
- Internal thoughts are ignored; only stimulus-response (S-R) connections matter. The learner is seen as passive, shaped by the environment.
- Classical conditioning involves involuntary responses
- Pavlov showed that a neutral stimulus (bell) paired repeatedly with an unconditioned stimulus (food) eventually produces a conditioned response (salivation to bell alone).
- Operant conditioning involves voluntary behaviour
- Skinner demonstrated that behaviour followed by reinforcement increases in frequency, while behaviour followed by punishment decreases.
- Thorndike's connectionism bridges both
- His trial-and-error learning with cats in puzzle boxes established laws governing S-R bonds, laying groundwork for Skinner's operant model.
- Reinforcement is more effective than punishment
- Positive and negative reinforcement both strengthen behaviour; punishment suppresses but does not teach alternative responses.
- Extinction occurs when reinforcement stops
- In both classical and operant conditioning, the learned response fades if the stimulus or reinforcement is withdrawn consistently.
- Generalisation and discrimination apply to both types
- Learners respond similarly to similar stimuli (generalisation) but can learn to differentiate (discrimination) through selective reinforcement.
- Ivan Pavlov (1849–1936)
- Experiment: Dogs salivating to bell · Core Concept: Classical conditioning · Key Terms: UCS, UCR, CS, CR, extinction, spontaneous recovery
- Edward Thorndike (1874–1949)
- Experiment: Cats in puzzle box · Core Concept: Connectionism / Trial-and-error · Key Terms: Law of Effect, Law of Exercise, Law of Readiness
- B.F. Skinner (1904–1990)
- Experiment: Rats/pigeons in Skinner box · Core Concept: Operant conditioning · Key Terms: Positive reinforcement, negative reinforcement, punishment, shaping, schedules of reinforcement
Measurement of Intelligence — Child Development and Pedagogy · 12 cards
- Intelligence Quotient (IQ)
- is a numerical score representing an individual's cognitive ability relative to their age group. It was originally calculated as (Mental Age ÷ Chronological Age) × 100.
- Mental Age (MA)
- refers to the level of intellectual functioning compared to the average performance of children at various ages. A child with MA of 10 performs like an average 10-year-old.
- Chronological Age (CA)
- is the actual age of the child in years and months from birth.
- Normal distribution of IQ
- means most people score around 100 (average), with scores spreading symmetrically above and below. About 68% of people score between 85 and 115.
- Verbal and Performance tests
- measure different aspects—verbal tests assess language-based reasoning while performance tests assess non-verbal, spatial, and practical reasoning.
- Standardization
- ensures that intelligence tests are administered and scored uniformly, with norms established on large representative samples.
- Reliability
- means the test gives consistent results across time and conditions. Validity means the test actually measures intelligence, not something else.
- Culture-fair tests
- attempt to minimize cultural and linguistic bias so that children from different backgrounds are assessed fairly.
- Above 140
- Genius/Near genius
- 120–140
- Very superior
- 110–120
- Superior
- 90–110
- Average/Normal
Theories of Learning — Child Development and Pedagogy · 12 cards
- Learning is a relatively permanent change in behaviour
- or mental associations resulting from experience—not from maturation, fatigue, or drugs.
- Behaviourism
- focuses on observable behaviour; learning occurs through stimulus-response associations. The learner is passive; the environment shapes behaviour.
- Classical Conditioning (Pavlov)
- explains involuntary responses: a neutral stimulus, when paired repeatedly with an unconditioned stimulus, becomes a conditioned stimulus eliciting a conditioned response.
- Connectionism / Trial-and-Error (Thorndike)
- explains learning through repeated attempts. Three laws govern it: Law of Readiness, Law of Exercise, and Law of Effect.
- Operant Conditioning (Skinner)
- explains voluntary behaviour shaped by consequences—reinforcement increases behaviour; punishment decreases it.
- Gestalt / Insight Learning (Köhler)
- views learning as reorganising perceptions to see the whole pattern; insight is sudden, not gradual.
- Constructivism (Piaget)
- holds that children actively construct knowledge through interaction with the environment; learning proceeds through fixed cognitive stages.
- Socio-cultural Theory (Vygotsky)
- emphasises social interaction and cultural tools; learning occurs first on the social plane, then on the individual plane. The Zone of Proximal Development (ZPD) is the gap between what a child can do alone and with guidance.
- Pavlov
- Theory: Classical Conditioning · Core Mechanism: Stimulus substitution · Key Terms: UCS, UCR, CS, CR; Extinction; Generalisation
- Thorndike
- Theory: Connectionism · Core Mechanism: Trial-and-error · Key Terms: Law of Effect, Law of Exercise, Law of Readiness
- Skinner
- Theory: Operant Conditioning · Core Mechanism: Reinforcement / Punishment · Key Terms: Positive/Negative Reinforcement; Shaping; Schedules
- Köhler
- Theory: Insight Learning · Core Mechanism: Perceptual reorganisation · Key Terms: Gestalt (whole); Sudden insight; Chimpanzee experiments
Gestalt and Insight Learning — Child Development and Pedagogy · 12 cards
- Gestalt meaning
- The German word "Gestalt" means "form," "pattern," or "configuration"—learning involves perceiving organized wholes rather than isolated parts.
- Insight learning definition
- A sudden grasp of the solution to a problem without observable trial-and-error behaviour; the "aha!" or "eureka" moment when relationships become clear.
- Köhler's chimpanzee experiments
- Sultan the chimpanzee joined two sticks to reach bananas or stacked boxes to reach suspended food—demonstrating problem-solving through insight rather than random attempts.
- Four stages of insight learning
- Preparation (understanding the problem) → Incubation (unconscious processing) → Insight (sudden solution) → Verification (testing the solution).
- Perception of relationships
- Insight occurs when the learner suddenly perceives the relationship between means and goal—seeing how available tools can achieve the desired end.
- Transfer of learning
- Once insight is achieved, it can be applied to similar situations, unlike mechanical trial-and-error responses which are situation-specific.
- Role of past experience
- Insight depends on relevant prior knowledge—Köhler's chimps had previous experience handling sticks, enabling them to perceive their potential use.
- Whole-to-part learning
- Gestalt theory advocates presenting complete, meaningful units first before analyzing components—opposite of atomistic approaches.
- Proximity
- Description: Elements close together are perceived as a group · Classroom Application: Group related concepts together on the board
- Similarity
- Description: Similar items are perceived as belonging together · Classroom Application: Use consistent colours/shapes for related ideas
- Closure
- Description: Mind completes incomplete figures · Classroom Application: Present partial problems; let students complete
- Continuity
- Description: Mind follows smooth, continuous patterns · Classroom Application: Sequence lessons logically from simple to complex
Heredity and Environment — Child Development and Pedagogy · 12 cards
- Heredity (Nature)
- refers to the biological transmission of traits from parents to offspring through genes. It sets the potential or upper limit for traits like height, intelligence, and temperament.
- Environment (Nurture)
- includes all external influences after conception—family, school, nutrition, culture, peers, and socio-economic conditions. It determines how much of the hereditary potential is actually realised.
- Genotype vs Phenotype
- Genotype is the genetic makeup inherited from parents; phenotype is the observable trait that results from genotype interacting with environment.
- Maturation
- is the unfolding of hereditary potential according to a biological timetable (e.g., walking, puberty). Environment cannot speed up maturation beyond biological readiness.
- Interaction Principle
- Heredity and environment do not work in isolation. A child may inherit high intellectual potential, but poor nutrition or lack of stimulation can prevent its expression.
- Critical and Sensitive Periods
- Certain developmental stages are especially receptive to environmental input (e.g., language acquisition before age 6). Missing these windows can limit development even with good hereditary potential.
- Individual Differences
- Variations among children in the same classroom arise from unique combinations of hereditary endowment and environmental experiences.
- Plasticity of Development
- While heredity provides the blueprint, the developing brain and body retain significant capacity to be shaped by experience, especially in early childhood.
- Physical
- Primarily Hereditary: Eye colour, blood group, basic body structure, genetic disorders · Primarily Environmental: Nutrition-based height/weight, fitness level
- Cognitive
- Primarily Hereditary: Upper limit of intelligence, innate aptitudes · Primarily Environmental: Language, academic skills, reasoning strategies
- Emotional
- Primarily Hereditary: Basic temperament (active/passive, irritable/calm) · Primarily Environmental: Emotional regulation, attachment patterns
- Social
- Primarily Hereditary: Introversion/extroversion tendency · Primarily Environmental: Social skills, cultural values, manners
Creativity — Child Development and Pedagogy · 12 cards
- Definition of Creativity
- Creativity is the ability to produce ideas, solutions, or products that are both original (new and unique) and appropriate (useful and relevant to the context). It involves thinking beyond conventional boundaries.
- Divergent vs Convergent Thinking
- Divergent thinking generates multiple possible solutions to a problem (open-ended), while convergent thinking focuses on finding a single correct answer. Creativity is primarily associated with divergent thinking.
- Creativity is Not the Same as Intelligence
- A highly intelligent child may not be creative, and a creative child may have average IQ. Research shows only a moderate correlation between the two—this is called the "threshold theory" (creativity requires a minimum IQ of around 120, beyond which intelligence and creativity are independent).
- Guilford's Structure of Intellect
- J.P. Guilford distinguished between convergent and divergent production. He identified fluency, flexibility, originality, and elaboration as key components of creative thinking.
- Torrance's View
- E. Paul Torrance defined creativity as the process of sensing problems, making guesses, formulating hypotheses, and communicating results. He developed the Torrance Tests of Creative Thinking (TTCT).
- Creativity is Domain-General and Domain-Specific
- A child may show creativity in one area (art) but not another (mathematics), though some general creative abilities transfer across domains.
- Nature and Nurture
- Creativity has both genetic and environmental components. While some creative potential is innate, the environment—especially the school and home—plays a crucial role in developing or suppressing it.
- Stages of Creative Process
- (Wallas Model): Preparation → Incubation → Illumination → Verification. Understanding these stages helps teachers support children through creative tasks.
- Fluency
- Ability to generate many ideas quickly (quantity of responses)
- Flexibility
- Ability to shift between different categories or approaches
- Originality
- Producing unique, uncommon, or novel ideas
- Elaboration
- Ability to add details and expand on ideas
Problem Solving — Child Development and Pedagogy · 8 cards
- Child as active constructor
- Children do not passively absorb information. They actively build knowledge by interacting with their environment, asking questions, and testing ideas through trial and error.
- Problem solving as goal-directed behaviour
- It involves recognizing a problem, understanding its nature, generating possible solutions, selecting the best approach, implementing it, and evaluating the outcome.
- Scientific investigator mindset
- Children naturally exhibit curiosity similar to scientists—they observe, question, hypothesize, experiment, and draw conclusions from everyday experiences.
- Zone of Proximal Development (Vygotsky)
- Effective problem solving often occurs when children work on tasks slightly beyond their current ability with appropriate guidance (scaffolding) from teachers or peers.
- Metacognition in problem solving
- Successful problem solvers monitor their own thinking—they know what they know, recognize when they are stuck, and can adjust strategies accordingly.
- Transfer of learning
- True problem-solving ability means children can apply learned strategies to new, unfamiliar situations rather than only solving problems they have seen before.
- Divergent vs convergent thinking
- Problem solving involves both—convergent thinking to find the single correct answer and divergent thinking to generate multiple creative possibilities.
- Intrinsic motivation
- Children are more engaged in problem solving when problems are meaningful, connected to their lives, and allow autonomy in finding solutions.
Learning and Pedagogy — Child Development and Pedagogy · 12 cards
- Learning as Construction of Knowledge
- Children build understanding by connecting new information with existing mental frameworks (schemas). Learning is not mere memorization but active meaning-making through exploration, questioning, and reflection.
- Child as a Natural Learner
- Every child has an innate curiosity and capacity to learn. The teacher's role is to nurture this curiosity rather than impose information through rote methods.
- Factors Affecting Learning
- Learning is influenced by internal factors (intelligence, motivation, health, prior knowledge, emotional state) and external factors (home environment, teaching methods, classroom climate, peer interaction, teaching-learning materials).
- Intrinsic vs Extrinsic Motivation
- Intrinsic motivation comes from within (curiosity, interest, satisfaction of learning), while extrinsic motivation depends on external rewards or punishments. Intrinsic motivation leads to deeper, longer-lasting learning.
- Problem-Solving and Scientific Thinking
- Children naturally approach the world as problem-solvers and investigators. Effective pedagogy encourages hypothesis-making, experimentation, and reasoning rather than providing ready-made answers.
- Errors as Learning Opportunities
- Children's mistakes are not failures but windows into their thinking process. Analysing errors helps teachers understand misconceptions and guide children toward correct understanding.
- Social Context of Learning
- Learning happens through interaction with peers, teachers, family, and community. Collaborative activities and discussion enhance understanding.
- Maslow's Hierarchy
- Five levels: Physiological → Safety → Love/Belonging → Esteem → Self-actualization. Lower needs must be met before higher learning needs emerge.
- McClelland's Theory
- Three acquired needs: Achievement (nAch), Affiliation (nAff), Power (nPow). High achievers prefer moderate challenges with feedback.
- NCF 2005 Position
- Child is an active participant in learning; curriculum should connect to child's life and local context.
- Zone of Proximal Development
- Vygotsky's concept — the gap between what a child can do alone and what they can do with guidance. Effective teaching targets this zone.
- Scaffolding
- Temporary support provided by teacher or peer that is gradually removed as competence develops.
Vygotsky — Socio-cultural Theory — Child Development and Pedagogy · 12 cards
- Social Construction of Knowledge
- Children learn by interacting with adults, teachers, and peers. Knowledge is first experienced socially (inter-psychological) and then internalised individually (intra-psychological).
- Zone of Proximal Development (ZPD)
- The gap between what a child can do independently (actual developmental level) and what the child can achieve with guidance from a more knowledgeable other (potential developmental level).
- More Knowledgeable Other (MKO)
- Any person—teacher, parent, peer, or even a computer—who has a higher ability level or greater understanding than the learner regarding a particular task.
- Scaffolding
- Temporary support provided by the MKO that is gradually withdrawn as the learner gains competence. The goal is to help the child move from assisted performance to independent mastery.
- Role of Language
- Language is the most important tool for cognitive development. Private speech (talking to oneself) helps children regulate their thinking and problem-solving.
- Cultural Tools
- Every culture provides psychological tools—language, symbols, counting systems, writing—that shape how children think and learn.
- Internalisation
- The process by which external social activities become internal mental functions. What a child does with help today, she will do alone tomorrow.
- Learning Leads Development
- Unlike Piaget (who said development precedes learning), Vygotsky believed that properly organised learning can pull development forward.
- ZPD
- Distance between actual development (independent ability) and potential development (with guidance)
- MKO
- Teacher, parent, peer, or tool with greater expertise
- Private Speech
- Self-directed speech that guides thinking; decreases with age as it becomes inner speech
- Inter-psychological → Intra-psychological
- Social learning precedes individual understanding