Assam TET flashcards
113 cards from 10 fact-checked topic notes · English
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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 broader changes in abilities, skills, and behaviour patterns.
- Development is continuous but not uniform.
- Children develop throughout life, but the rate varies across ages and domains—rapid in early childhood, relatively stable in middle childhood, and accelerating again during adolescence.
- Development follows a predictable sequence.
- All children progress through similar stages (standing before walking, babbling before speaking), though the timing may differ individually.
- Development proceeds from general to specific.
- Gross motor skills (using arms) develop before fine motor skills (writing with fingers); children understand broad concepts before specific details.
- Cephalocaudal and proximodistal patterns guide physical development.
- Development proceeds from head to toe (cephalocaudal) and from the centre of the body outward (proximodistal).
- Heredity sets limits; environment determines expression.
- Genetic potential provides the blueprint, but nutrition, stimulation, and social experiences shape actual outcomes.
- All developmental domains are interrelated.
- Physical health affects cognitive performance; emotional security influences social relationships; language development supports cognitive growth.
- Growth
- Quantitative increase in size, height, weight; measurable; stops after maturation
- Development
- Qualitative change in structure and function; lifelong process; includes growth
- Maturation
- Biological unfolding of genetic potential; relatively independent of environment
- Learning
- Relatively permanent change due to experience and practice
- Critical period
- Specific time window when certain developments must occur (e.g., language acquisition strongest before age 7)
Concept of Learning — Child Development and Pedagogy · 12 cards
- Learning is active, not passive
- Children do not simply absorb information. They actively process, interpret, and connect new information with what they already know. The learner is a meaning-maker, not a recording device.
- Prior knowledge is the foundation
- Every child enters the classroom with existing ideas, experiences, and misconceptions. New learning builds upon, modifies, or sometimes conflicts with this prior knowledge. Teachers must assess and activate prior knowledge before introducing new concepts.
- Knowledge is constructed, not transmitted
- Teachers cannot directly transfer knowledge into students' minds. Instead, learners construct their own understanding through exploration, questioning, and reflection. The teacher facilitates rather than dictates.
- Social interaction enhances learning
- Learning happens through dialogue, collaboration, and negotiation of meaning with peers and adults. Vygotsky's idea that learning is inherently social is central here—children learn by discussing, arguing, and explaining.
- Context and culture matter
- Learning is situated in specific contexts. What children learn in Assam's tea garden communities differs from urban Guwahati classrooms. Effective teaching connects school knowledge with the child's lived environment.
- Multiple representations aid understanding
- Children construct deeper understanding when concepts are presented through varied modes—verbal, visual, kinesthetic, and symbolic. Abstract ideas become concrete through manipulation and real-world examples.
- Errors are learning opportunities
- Mistakes reveal how children are thinking. Rather than marks of failure, errors show the learner's current mental model and guide the teacher toward appropriate intervention.
- Role of learner
- Traditional View: Passive recipient · Constructivist View: Active constructor
- Role of teacher
- Traditional View: Knowledge transmitter · Constructivist View: Facilitator and guide
- Knowledge
- Traditional View: Fixed, external · Constructivist View: Personally constructed
- Learning process
- Traditional View: Memorisation · Constructivist View: Meaning-making
- Errors
- Traditional View: Failures to avoid · Constructivist View: Windows into thinking
Behaviourism — Child Development and Pedagogy · 10 cards
- Behaviourism's core assumption
- Learning is a change in observable behaviour caused by environmental stimuli; internal thoughts and feelings are not studied.
- Stimulus-Response (S-R) bond
- All behaviourist theories explain learning as the formation of connections between a stimulus (S) and a response (R).
- Classical conditioning (Pavlov)
- Learning occurs when a neutral stimulus becomes associated with an unconditioned stimulus, eventually triggering the same response.
- Connectionism (Thorndike)
- Learning is trial-and-error; successful responses are "stamped in" through satisfaction, forming S-R connections.
- Operant conditioning (Skinner)
- Behaviour is shaped by its consequences—reinforcement increases behaviour, punishment decreases it.
- Reinforcement vs Punishment
- Reinforcement (positive or negative) strengthens behaviour; punishment weakens it.
- Role of the learner
- In behaviourism, the learner is passive—responding to environmental stimuli rather than actively constructing knowledge.
- Ivan Pavlov
- Experiment: Dog salivation experiment · Core Concept: Classical conditioning · Key Terms: UCS, UCR, CS, CR, extinction, generalisation
- E.L. Thorndike
- Experiment: Cat in puzzle box · Core Concept: Trial-and-error learning · Key Terms: Laws of Readiness, Exercise, Effect
- B.F. Skinner
- Experiment: Rat/pigeon in Skinner Box · Core Concept: Operant conditioning · Key Terms: Positive/negative reinforcement, punishment, shaping
Measurement of Intelligence — Child Development and Pedagogy · 12 cards
- Intelligence Quotient (IQ)
- is a standardised score derived from intelligence tests, originally calculated as the ratio of mental age to chronological age, multiplied by 100. Modern tests use deviation IQ based on statistical distribution.
- Mental Age (MA)
- refers to the level of intellectual functioning compared to the average performance of children at different ages. A child with MA of 10 performs intellectually 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 near the average (IQ 100), with fewer people at extremely high or low ends. About 68% of the population scores between IQ 85 and 115.
- Individual tests
- are administered one-on-one by trained psychologists and provide detailed, reliable assessment but are time-consuming and expensive.
- Group tests
- can be administered to many people simultaneously, are cost-effective for screening, but provide less detailed information about individual functioning.
- Verbal tests
- rely heavily on language skills and may disadvantage children from different linguistic backgrounds—a crucial consideration in multilingual Assam.
- Non-verbal and performance tests
- use pictures, patterns, and object manipulation, making them more culture-fair and suitable for children with language difficulties or hearing impairment.
- Binet-Simon Scale
- Developer: Alfred Binet & Theodore Simon (1905) · Type: Individual, Verbal · Key Feature: First scientific intelligence test
- Stanford-Binet Test
- Developer: Lewis Terman (1916) · Type: Individual, Verbal · Key Feature: Used the IQ score (term coined by William Stern, 1912); revised Binet's test
- Wechsler Scales (WAIS, WISC, WPPSI)
- Developer: David Wechsler · Type: Individual, Verbal + Performance · Key Feature: Separate verbal and performance IQ in older WAIS/WISC editions (current WAIS/WISC use index scores); deviation IQ
- Raven's Progressive Matrices
- Developer: John Raven · Type: Individual/Group, Non-verbal · Key Feature: Culture-fair; pattern completion
Theories of Learning — Child Development and Pedagogy · 12 cards
- Classical Conditioning (Pavlov)
- Learning occurs when a neutral stimulus is repeatedly paired with an unconditioned stimulus until the neutral stimulus alone elicits the response. Key terms: UCS, UCR, CS, CR.
- Connectionism / Trial-and-Error (Thorndike)
- Learning is the formation of stimulus-response bonds through repeated practice; governed by laws of readiness, exercise, and effect.
- Operant Conditioning (Skinner)
- Behaviour is shaped by its consequences—reinforcement (positive/negative) increases behaviour; punishment decreases it.
- Gestalt Principles (Wertheimer, Koffka, Köhler)
- The whole is greater than the sum of parts; perception and learning involve organising elements into meaningful patterns (closure, proximity, similarity).
- Insight Learning (Köhler)
- Sudden realisation of a solution without overt trial-and-error; demonstrated in chimpanzee experiments with sticks and bananas.
- Cognitive Development (Piaget)
- Children actively construct knowledge through stages—Sensorimotor, Pre-operational, Concrete Operational, Formal Operational—each with distinct thinking abilities.
- Modes of Representation (Bruner)
- Knowledge develops through Enactive (action-based), Iconic (image-based), and Symbolic (language/symbol-based) modes; supports spiral curriculum.
- Zone of Proximal Development (Vygotsky)
- The gap between what a child can do independently and what they can achieve with guidance; learning is inherently social.
- Pavlov
- Core Idea: Classical conditioning · Famous Experiment / Concept: Dog salivation to bell
- Thorndike
- Core Idea: S-R bonds; Law of Effect · Famous Experiment / Concept: Puzzle box with cats
- Skinner
- Core Idea: Operant conditioning · Famous Experiment / Concept: Skinner box with rats/pigeons
- Köhler
- Core Idea: Insight learning · Famous Experiment / Concept: Chimpanzee Sultan stacking boxes
Heredity and Environment — Child Development and Pedagogy · 12 cards
- Heredity
- refers to the biological transmission of traits from parents to offspring through genes. It determines physical characteristics (height, eye colour, body structure) and sets the baseline for psychological traits (temperament, intelligence potential).
- Environment
- includes all external influences after conception—prenatal conditions, family atmosphere, nutrition, peer group, school, culture, socio-economic status, and the broader community.
- Nature versus Nurture
- is the longstanding debate. Contemporary psychology holds that both interact continuously; neither alone fully explains development.
- Genotype
- is the genetic makeup a child inherits; phenotype is the observable trait that results from genotype interacting with environment.
- Maturation
- refers to the unfolding of hereditary patterns according to a biological timetable (e.g., puberty, motor milestones). Environment can accelerate or delay maturation but cannot alter the basic sequence.
- Critical and Sensitive Periods
- are windows when environmental input has maximum impact on hereditary potential (e.g., early language exposure, attachment formation in infancy).
- Co-action Principle
- Genes and environment do not act separately; genes require environmental triggers, and environmental effects depend on genetic predispositions.
- Physical traits
- Hereditary Influence: Height potential, eye colour, body type, genetic disorders · Environmental Influence: Nutrition, health care, physical activity
- Intelligence
- Hereditary Influence: Sets upper limit; IQ heritability estimated 50–80% · Environmental Influence: Stimulation, schooling, socio-economic conditions
- Temperament
- Hereditary Influence: Basic emotional reactivity present at birth · Environmental Influence: Parenting style, peer relations, cultural norms
- Language
- Hereditary Influence: Innate language acquisition device (Chomsky) · Environmental Influence: Exposure, interaction, quality of linguistic input
- Personality
- Hereditary Influence: Genetic predisposition to introversion/extroversion · Environmental Influence: Family environment, experiences, role models
Creativity — Child Development and Pedagogy · 12 cards
- Creativity defined
- The ability to generate ideas that are original (new), appropriate (useful or meaningful), and elaborated (developed in detail). It is not limited to arts—scientific discovery, problem-solving, and everyday innovation all involve creativity.
- Divergent vs Convergent thinking
- Divergent thinking produces multiple possible solutions to an open-ended problem (associated with creativity). Convergent thinking narrows down to a single correct answer (associated with traditional testing). Creative individuals excel at divergent thinking.
- Creativity is not the same as intelligence
- A person with average IQ can be highly creative, and a high-IQ individual may lack creative ability. Guilford argued creativity involves flexibility and originality—qualities not measured by standard IQ tests.
- Threshold theory
- Creativity requires a minimum level of intelligence (roughly IQ 120), but beyond this threshold, higher IQ does not guarantee greater creativity. Other factors like motivation and environment become more important.
- Four Ps of creativity (Rhodes)
- Person (traits of creative individuals), Process (stages of creative thinking), Product (the creative output), and Press (environmental conditions that support creativity).
- Stages of creative process (Wallas)
- Preparation → Incubation → Illumination → Verification. Understanding these helps teachers design learning experiences that allow time for ideas to develop.
- Creativity can be nurtured
- Unlike fixed traits, creativity develops when children are given freedom, encouraged to question, exposed to diverse experiences, and allowed to make mistakes without fear of punishment.
- Guilford's Structure of Intellect
- Identified divergent production as the mental operation underlying creativity
- Torrance Tests of Creative Thinking (TTCT)
- Most widely used creativity assessment—measures fluency, flexibility, originality, elaboration
- Fluency
- Number of relevant ideas generated
- Flexibility
- Variety of categories or approaches used
- Originality
- Uniqueness or statistical rarity of ideas
Problem Solving — Child Development and Pedagogy · 7 cards
- Child as Natural Problem Solver
- Children are inherently curious and constantly try to make sense of their world. Even a toddler figuring out how to reach a toy is engaging in problem solving. This natural tendency must be nurtured, not suppressed.
- Child as Scientific Investigator
- Constructivist views endorsed by NCF 2005 see children as "little scientists" who observe, hypothesize, experiment, and draw conclusions. They construct knowledge through active exploration rather than memorizing facts given by adults.
- Problem Solving as Higher-Order Thinking
- According to Bloom's Taxonomy, problem solving involves analysis, synthesis, and evaluation—the higher cognitive levels beyond mere recall and comprehension.
- Zone of Proximal Development (ZPD) in Problem Solving
- Vygotsky's concept applies directly here—children solve more complex problems with adult guidance (scaffolding) than they can solve alone. Teachers must pitch problems within this zone.
- Convergent vs Divergent Problems
- Convergent problems have one correct answer (mathematical calculations); divergent problems have multiple possible solutions (how to reduce classroom noise). Both types develop different thinking skills.
- Trial and Error vs Insight
- Thorndike's trial-and-error learning involves random attempts until success; Köhler's insight learning involves sudden understanding of relationships. Children use both strategies.
- Metacognition in Problem Solving
- Awareness of one's own thinking process—"thinking about thinking"—helps children monitor and regulate their problem-solving strategies.
Vygotsky — Child Development and Pedagogy · 12 cards
- Social constructivism
- Knowledge is not discovered individually but constructed through social interaction. Culture, language, and community shape cognitive development.
- More Knowledgeable Other (MKO)
- Any person with greater understanding than the learner — teachers, parents, older siblings, or even competent peers who can guide learning.
- Zone of Proximal Development (ZPD)
- The gap between what a child can do independently (actual development level) and what they can achieve with guidance (potential development level). This is where learning happens most effectively.
- Scaffolding
- Temporary support provided by the MKO to help learners accomplish tasks within their ZPD. Support is gradually removed as competence grows — like removing training wheels from a bicycle.
- Language as a tool for thought
- Language is not just for communication but serves as the primary tool for cognitive development. Private speech (talking to oneself) helps children regulate thinking and problem-solving.
- Internalisation
- The process by which external social interactions become internal mental functions. Learning moves from the interpersonal (between people) to the intrapersonal (within the individual).
- Cultural tools
- Every culture provides tools (language, symbols, counting systems, writing) that mediate thinking. These tools shape how children think and learn.
- ZPD
- Definition: Distance between actual and potential development · Classroom Example: A child cannot solve word problems alone but succeeds when teacher demonstrates the approach
- MKO
- Definition: Anyone with greater knowledge/skill · Classroom Example: Peer tutor helping a classmate with multiplication
- Private speech
- Definition: Self-directed speech for self-regulation · Classroom Example: Child talking through steps while solving a puzzle
- Mediation
- Definition: Using tools/signs to bridge learning · Classroom Example: Using number lines, diagrams, or manipulatives
- Aspect
- Definition: Piaget · Classroom Example: Vygotsky
Learning and Pedagogy — Child Development and Pedagogy · 12 cards
- Learning as knowledge construction
- Children do not receive knowledge passively; they actively build understanding by connecting new information to existing mental frameworks (schemas). Learning happens when children manipulate, question, and reorganise ideas.
- Prior knowledge matters
- What a child already knows determines what they can learn next. Effective teaching begins by activating and building upon children's existing knowledge, including knowledge gained from home and community.
- Social nature of learning
- Learning occurs through interaction with peers, teachers, and the environment. Collaborative activities, group discussions, and peer teaching enhance understanding more than isolated study.
- Intrinsic vs extrinsic motivation
- Intrinsic motivation (curiosity, interest, satisfaction) produces deeper and more lasting learning than extrinsic motivation (rewards, grades, punishment). Teachers should nurture internal drive.
- Maslow's hierarchy
- Children cannot focus on higher learning if basic needs (food, safety, belonging) remain unmet. A hungry or fearful child cannot learn effectively regardless of teaching quality.
- McClelland's achievement motivation
- The need for achievement, affiliation, and power influences learning behaviour. High achievers set moderate challenges and take responsibility for outcomes.
- Child as problem-solver
- Children naturally investigate, hypothesise, and test ideas. The teacher's role shifts from information-giver to facilitator who poses problems and guides inquiry.
- Errors as learning opportunities
- Mistakes reveal children's thinking processes and misconceptions. Rather than punishing errors, teachers should analyse them to understand how the child is reasoning.
- Constructivism
- Knowledge is constructed, not transmitted; learner is active
- McClelland's Needs
- Achievement (nAch), Affiliation (nAff), Power (nPow)
- Intrinsic Motivation
- Driven by interest, curiosity, mastery
- Extrinsic Motivation
- Driven by rewards, grades, fear of punishment