KAR TET flashcards
195 cards from 17 fact-checked topic notes · English
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Assessment for vs Assessment of Learning — Child Development and Pedagogy · 12 cards
- Assessment for Learning (AfL)
- is formative—it occurs during instruction to guide teaching and help students improve. The purpose is improvement, not grading.
- Assessment of Learning (AoL)
- is summative—it occurs after instruction to measure and certify what students have achieved. The purpose is judgement and reporting.
- Formative assessment
- includes observation, questioning, peer assessment, self-assessment, quizzes, and classroom discussions. It provides immediate, actionable feedback.
- Summative assessment
- includes unit tests, term exams, board exams, and standardised tests. It assigns grades or marks and often has high stakes.
- Feedback in AfL
- is descriptive and specific ("Your explanation lacks an example—add one") rather than evaluative ("Good" or "65%").
- Assessment as Learning
- is a third category where students monitor and reflect on their own learning (metacognition). This overlaps with AfL but emphasises student self-regulation.
- CCE framework
- mandates integration of both formative and summative assessment to ensure holistic evaluation of scholastic and co-scholastic areas.
- Diagnostic purpose
- AfL helps identify specific learning gaps; AoL helps identify overall achievement levels.
- Timing
- Assessment for Learning (Formative): During instruction · Assessment of Learning (Summative): After instruction
- Purpose
- Assessment for Learning (Formative): Improve learning · Assessment of Learning (Summative): Measure/certify learning
- Frequency
- Assessment for Learning (Formative): Continuous, ongoing · Assessment of Learning (Summative): Periodic (end of unit/term/year)
- Feedback
- Assessment for Learning (Formative): Immediate, descriptive · Assessment of Learning (Summative): Delayed, often just grades
Child Development and Learning — Child Development and Pedagogy · 12 cards
- Development vs Growth
- Growth is quantitative (height, weight, size) while development is qualitative (improved reasoning, emotional regulation, social skills). Development includes growth but extends to functional maturation.
- Development is continuous and sequential
- Children pass through predictable stages in a fixed order—sitting before standing, babbling before speaking. No stage can be skipped, though pace varies individually.
- Development proceeds from general to specific
- A child first makes gross arm movements before developing fine motor control for writing. Teaching must match this progression.
- Cephalocaudal and Proximodistal principles
- Development moves from head to toe (cephalocaudal) and from centre to periphery (proximodistal). Infants control head before legs, trunk before fingers.
- Individual differences in development
- Each child has a unique developmental trajectory influenced by heredity, environment, nutrition and stimulation. Teachers must avoid rigid age-based expectations.
- Critical and sensitive periods
- Certain periods are optimal for specific learning (language acquisition peaks before age 7). Missing these windows makes later learning harder but not impossible.
- Bidirectional relationship
- Development enables learning (a child needs cognitive maturity to understand fractions), and learning stimulates development (solving problems enhances reasoning ability).
- Domains are interconnected
- Physical, cognitive, emotional and social development influence each other. A malnourished child may show delayed cognitive development; an anxious child may underperform academically.
- Definition of Development
- Progressive series of orderly, coherent changes leading toward maturity
- Principles of Development
- Continuous, sequential, general-to-specific, individual pace, interrelated domains
- Cephalocaudal
- Head to toe direction of motor development
- Proximodistal
- Centre (trunk) to periphery (limbs, fingers) direction
How Children Think and Learn — Child Development and Pedagogy · 12 cards
- Children as active learners
- Children construct knowledge through interaction with their environment rather than passively absorbing information. They form hypotheses, test ideas, and revise understanding based on experience.
- Prior knowledge shapes new learning
- What a child already knows (or believes) acts as a filter for new information. Misconceptions or gaps in prior knowledge can block new learning.
- Learning is contextual and social
- Children learn better when content connects to their daily life and when they interact with peers and adults. Isolated, decontextualised teaching often fails.
- Individual pace of development
- Children reach cognitive milestones at different ages. Expecting uniform achievement from all children at the same age leads to labelling slower learners as "failures."
- Intrinsic motivation matters
- Children learn effectively when they find meaning and interest in the task. External pressure without internal engagement produces shallow, temporary learning.
- Language mediates thinking
- A child's ability to think abstractly depends partly on language development. Limited language exposure restricts cognitive growth.
- Errors are learning opportunities
- Mistakes reveal how a child is thinking. Punishing errors discourages risk-taking and exploration essential for deep learning.
- Affect and cognition are linked
- Emotional states—anxiety, fear, boredom, curiosity—directly influence a child's capacity to attend, remember, and reason.
- Mismatch between teaching and developmental level
- Child cannot process content beyond their cognitive stage
- Rote memorisation emphasis
- Produces mechanical recall without understanding
- Fear of failure
- Inhibits curiosity and willingness to attempt new tasks
- Lack of home support
- Limits reinforcement and practice opportunities
Learners with Learning Difficulties — Child Development and Pedagogy · 11 cards
- Learning difficulties vs intellectual disability
- Learning difficulties are specific processing problems in otherwise capable children; intellectual disability involves below-average general cognitive functioning. Never confuse these in exam questions.
- Neurological basis
- All four conditions (dyslexia, dysgraphia, dyscalculia, ADHD) have neurological origins — they result from differences in brain structure or function, not from poor teaching or lack of effort.
- Early identification matters
- The earlier a learning difficulty is identified, the more effective interventions become. Teachers play a crucial role in early screening and referral.
- Comorbidity is common
- A child may have multiple difficulties simultaneously — for example, dyslexia often occurs alongside dysgraphia or ADHD. Look for overlapping symptoms in case studies.
- Strengths-based approach
- Children with learning difficulties often excel in creative thinking, visual-spatial skills, or verbal communication. Effective teaching builds on these strengths.
- Accommodation vs remediation
- Accommodation means changing the environment or methods (extra time, oral tests); remediation means targeted teaching to improve the weak skill. Both are needed.
- Legal protection under RTE and the RPwD Act 2016
- Children with learning difficulties are entitled to appropriate accommodations and cannot be denied admission or held back solely due to their condition.
- Dyslexia
- Primary Difficulty: Reading and language processing · Key Indicators: Letter reversals (b/d, p/q), slow reading, poor spelling, difficulty rhyming
- Dysgraphia
- Primary Difficulty: Written expression · Key Indicators: Illegible handwriting, inconsistent spacing, difficulty organising thoughts on paper, slow writing
- Dyscalculia
- Primary Difficulty: Mathematical processing · Key Indicators: Difficulty with number sense, counting, memorising math facts, understanding symbols (+, −)
- ADHD
- Primary Difficulty: Attention and impulse control · Key Indicators: Inattention, hyperactivity, impulsivity; three subtypes exist
Individual Differences and Intelligence — Child Development and Pedagogy · 12 cards
- Sources of individual differences
- Heredity (genetic makeup) and environment (family, school, community, culture) interact to produce unique learners. Neither factor alone determines development.
- Domains of difference
- Learners vary in cognitive abilities, physical development, emotional maturity, social skills, language proficiency, interests, motivation, and learning pace.
- Intelligence is not unitary
- Traditional views treated intelligence as a single measurable entity (g-factor), but modern theories recognise multiple, relatively independent intelligences.
- IQ tests measure limited abilities
- Standardised IQ tests primarily assess logical-mathematical and linguistic abilities, often ignoring creativity, practical intelligence, and cultural context.
- Nature of learning styles
- Children differ in how they process information—some are visual learners, others auditory or kinesthetic. Teachers should use multi-sensory approaches.
- Inclusive education principle
- NCF 2005 emphasises that schools must accommodate all differences—ability, gender, caste, religion, language—rather than expecting children to fit a uniform mould.
- Zone of Proximal Development (ZPD)
- Vygotsky's concept highlights that children differ in what they can do independently versus with guidance, requiring differentiated scaffolding.
- Charles Spearman
- Theory: Two-Factor Theory (1904) · Key Idea: General intelligence (g) + specific abilities (s)
- L.L. Thurstone
- Theory: Primary Mental Abilities · Key Idea: Seven distinct abilities: verbal, numerical, spatial, memory, perceptual speed, reasoning, word fluency
- Howard Gardner
- Theory: Multiple Intelligences (1983) · Key Idea: Eight intelligences (seven in 1983; naturalistic added later): linguistic, logical-mathematical, spatial, musical, bodily-kinesthetic, interpersonal, intrapersonal, naturalistic
- Robert Sternberg
- Theory: Triarchic Theory (1985) · Key Idea: Analytical, creative, and practical intelligence
- Alfred Binet
- Theory: First intelligence test (1905) · Key Idea: Mental age; the ratio IQ = Mental Age ÷ Chronological Age × 100 came later (Stern 1912, Terman 1916)
Basic Processes of Teaching and Learning — Child Development and Pedagogy · 8 cards
- Learning is an active process
- Children do not passively absorb information. They construct knowledge by connecting new information to what they already know, questioning, experimenting, and reorganising their mental schemas.
- Children's learning strategies vary by age and context
- Younger children rely heavily on imitation, repetition, and sensory exploration. Older children develop metacognitive strategies—planning, monitoring, and evaluating their own learning.
- Learning is fundamentally social
- Vygotsky's key insight is that cognitive development originates in social interaction. Children first learn through dialogue and collaboration before internalising knowledge independently.
- Zone of Proximal Development (ZPD)
- The gap between what a child can do alone and what they can achieve with guidance. Effective teaching targets this zone—not too easy, not too hard.
- Scaffolding
- Temporary support provided by teachers, parents, or peers that is gradually withdrawn as the child gains competence. Examples include hints, prompts, modelling, and breaking tasks into steps.
- Language mediates learning
- Vygotsky emphasised that language is not just a communication tool but a cognitive tool. Private speech (children talking to themselves) helps regulate thinking and problem-solving.
- Collaborative and cooperative learning
- Group work, peer tutoring, and discussion-based activities leverage social interaction to deepen understanding and build communication skills.
- Teacher as facilitator
- In modern pedagogy, the teacher guides, questions, and supports rather than simply lectures. This aligns with NCF 2005's vision of child-centred education.
Influence of Heredity and Environment — Child Development and Pedagogy · 11 cards
- Heredity
- refers to the biological transmission of traits from parents to offspring through genes. It sets the upper and lower limits of development—the "range of reaction."
- Environment
- includes all external influences after conception: prenatal conditions, family, school, peers, community, culture, and socioeconomic factors.
- Nature vs Nurture
- is a false dichotomy. Development results from continuous gene-environment interaction, not one or the other in isolation.
- Genotype
- is the genetic makeup inherited from parents; phenotype is the observable expression of traits, which depends on both genotype and environment.
- Critical/Sensitive periods
- are time windows when environmental input has maximum impact on development (e.g., language acquisition is easiest before age 7).
- Maturation
- refers to genetically programmed biological changes (e.g., puberty), while learning refers to changes due to experience and environment.
- Co-twin studies
- and adoption studies are research methods used to separate hereditary and environmental contributions to traits like intelligence and personality.
- Physical
- Primarily Hereditary: Height potential, eye colour, blood group, genetic disorders · Primarily Environmental: Nutrition, health care, exercise
- Cognitive
- Primarily Hereditary: Basic intelligence potential, aptitudes · Primarily Environmental: Quality of education, stimulation, language exposure
- Social
- Primarily Hereditary: Temperament tendencies · Primarily Environmental: Parenting style, peer influence, cultural norms
- Emotional
- Primarily Hereditary: Predisposition to certain temperaments · Primarily Environmental: Attachment quality, family climate, trauma/support
Talented and Specially-abled Learners — Child Development and Pedagogy · 12 cards
- Giftedness versus Talent
- Giftedness refers to exceptionally high general intellectual ability (often measured by IQ above 130), while talent denotes outstanding performance in a specific domain such as music, sports, or visual arts. A child can be talented without being academically gifted.
- Creativity as a distinct ability
- Creativity involves divergent thinking—generating multiple, original solutions. A creative child may not always score highest on standardised tests but excels in open-ended tasks.
- Characteristics of gifted learners
- Advanced vocabulary, intense curiosity, excellent memory, ability to grasp abstract concepts early, preference for complexity, heightened sensitivity, and sometimes social-emotional asynchrony (intellect far ahead of emotional maturity).
- Underachievement paradox
- Gifted children sometimes underperform due to boredom, lack of challenge, perfectionism, or social pressure to fit in. Teachers must distinguish between ability and performance.
- Twice-exceptional (2e) learners
- Children who are both gifted and have a learning disability (e.g., dyslexia). Their giftedness may mask the disability, or the disability may mask the giftedness, making identification difficult.
- Enrichment versus Acceleration
- Enrichment provides deeper or broader content at the same grade level; acceleration moves the child to a higher grade or lets them complete curriculum faster. Both are valid; choice depends on child's social-emotional readiness.
- Differentiated instruction
- Modifying content, process, product, or learning environment to match each learner's readiness, interest, and learning profile.
- Inclusive classroom principle
- Talented learners should remain in regular classrooms with appropriate support, not isolated, ensuring social integration while meeting cognitive needs.
- IQ threshold for giftedness (traditional)
- 130 or above (top 2–3% of population)
- Gardner's Multiple Intelligences
- Linguistic, logical-mathematical, spatial, musical, bodily-kinaesthetic, interpersonal, intrapersonal, naturalistic
- Renzulli's Three-Ring Model
- Giftedness = Above-average ability + Creativity + Task commitment
- Bloom's Taxonomy higher levels
- Analysis, Evaluation, Creation—target these for gifted learners
Language and Thought — Child Development and Pedagogy · 11 cards
- Thought precedes language (Piaget's view)
- Cognitive development drives language acquisition. Children first develop mental schemas through sensorimotor experiences, then acquire words to label these concepts. A child understands object permanence before learning to say "gone" or "where."
- Language drives thought (Vygotsky's view)
- Language is the primary tool for cognitive development. Through social speech, private speech, and inner speech, children internalise cultural knowledge and develop higher mental functions. Language transforms thinking.
- Language Acquisition Device (Chomsky)
- Humans have an innate biological capacity for language. Children are born with a "universal grammar" that allows rapid language learning across all cultures, suggesting language has biological rather than purely cognitive origins.
- Linguistic relativity (Sapir-Whorf hypothesis)
- The language we speak shapes how we perceive and think about the world. Strong version: language determines thought. Weak version: language influences thought. Example—languages with more colour terms may enable finer colour discrimination.
- Private speech and self-regulation
- When young children talk aloud to themselves while solving problems ("Now I put the red block here..."), they use language to guide their thinking. This becomes silent inner speech in older children and adults.
- Egocentric vs social speech
- Piaget saw children's self-talk as egocentric (non-communicative), while Vygotsky saw it as social in origin and crucial for cognitive self-regulation—a fundamental disagreement with classroom implications.
- Zone of Proximal Development (ZPD) and language
- Language is the primary medium through which adults scaffold children's learning within the ZPD. Verbal instruction, questioning, and dialogue move children from what they can do alone to what they can do with help.
- Piaget
- Core Position: Thought precedes language · Educational Implication: Focus on hands-on experiences first; language follows naturally
- Vygotsky
- Core Position: Language shapes thought · Educational Implication: Rich verbal interaction and dialogue essential for cognitive growth
- Chomsky
- Core Position: Language is innate (LAD) · Educational Implication: All children can learn language given exposure; focus on meaningful input
- Sapir-Whorf
- Core Position: Language influences perception · Educational Implication: Multilingual exposure broadens cognitive perspectives
Child as Problem Solver and Investigator — Child Development and Pedagogy · 12 cards
- Child as constructor of knowledge
- Children build understanding through active engagement with their environment, not by passively receiving information from teachers or textbooks.
- Intrinsic curiosity
- Children are naturally curious investigators who ask questions, explore objects, and seek explanations—this curiosity is the engine of learning.
- Schema building
- Children develop mental frameworks (schemas) through assimilation (fitting new information into existing schemas) and accommodation (modifying schemas when new information doesn't fit).
- Learning by doing
- Hands-on experiences, manipulation of objects, and direct exploration are more effective than verbal instruction alone, especially for young children.
- Error as learning opportunity
- Mistakes are not failures but essential steps in the learning process—they reveal children's thinking and guide further exploration.
- Zone of Proximal Development (ZPD)
- Children can solve more complex problems with appropriate guidance than they can alone; the teacher's role is to scaffold within this zone.
- Social construction of knowledge
- Learning occurs through interaction with peers and adults; discussion, collaboration, and dialogue are essential to knowledge-building.
- Child's prior knowledge matters
- Every child comes with existing ideas, experiences, and "alternative conceptions" that must be acknowledged and built upon.
- Piaget's view
- Child as "lone scientist" constructing knowledge through individual exploration
- Vygotsky's view
- Knowledge constructed through social interaction and cultural tools
- NCF 2005 position
- Shift from "textbook culture" to child-centred, activity-based learning
- Teacher's role
- Facilitator, guide, co-learner—not information transmitter
Individual Differences among Learners — Child Development and Pedagogy · 12 cards
- Individual differences are natural and universal
- Every learner differs in cognitive abilities, learning pace, interests, emotional responses, and socio-cultural background. These differences are not deficiencies but variations to be accommodated.
- Language diversity affects learning access
- A child whose home language differs from the medium of instruction faces additional cognitive load. Mother-tongue based multilingual education (MTB-MLE) is recommended for early schooling.
- Caste-based discrimination creates hidden barriers
- Children from SC/ST/OBC backgrounds may face stereotype threat, low teacher expectations, and social exclusion — all affecting academic performance independent of actual ability.
- Gender differences are largely socially constructed
- Observed differences in interests, participation, and subject preferences between boys and girls stem primarily from socialisation, not biological determinism. Teachers often unconsciously reinforce gender stereotypes.
- Religious identity influences classroom dynamics
- Festivals, dietary practices, dress codes, and value systems vary across religions. Inclusive classrooms respect these differences without privileging any single tradition.
- Ability differences span a wide spectrum
- Learners include gifted children, average learners, slow learners, and children with specific learning disabilities. Each requires differentiated instruction.
- Intersectionality compounds disadvantage
- A Dalit girl with a learning disability faces multiple overlapping barriers. Teachers must recognise how different identity factors interact.
- NCF-2005 advocates for inclusive, child-centred pedagogy
- The curriculum framework explicitly rejects sorting/streaming children and promotes heterogeneous classrooms where diversity is a resource, not an obstacle.
- Language
- Manifestation in Classroom: Different mother tongues, varying proficiency in medium of instruction · Pedagogical Response: Use multilingual resources, allow code-switching, build on home language
- Caste
- Manifestation in Classroom: Social segregation, low self-esteem in marginalised groups, peer discrimination · Pedagogical Response: Create cooperative learning groups, challenge stereotypes, ensure equal participation
- Gender
- Manifestation in Classroom: Differential treatment, subject stereotyping (boys→maths, girls→languages), unequal classroom interaction · Pedagogical Response: Gender-neutral examples, equal questioning, challenge stereotyped career expectations
- Religion
- Manifestation in Classroom: Absence during festivals, dietary needs, dress variations · Pedagogical Response: Flexible attendance policies, inclusive curriculum content, celebrate all festivals
Learning and Pedagogy — Child Development and Pedagogy · 12 cards
- Learning as construction of knowledge
- Children are not empty vessels; they actively construct understanding by connecting new information with prior knowledge and experiences. This is the foundation of child-centred education.
- Zone of Proximal Development (ZPD)
- Vygotsky's concept describing the gap between what a child can do independently and what they can achieve with guidance. Effective teaching targets this zone through scaffolding.
- Scaffolding
- Temporary support provided by teachers or peers that is gradually removed as the learner gains competence. Examples include hints, prompts, modelling, and guided questions.
- Intrinsic vs extrinsic motivation
- Intrinsic motivation comes from within (curiosity, interest, satisfaction), while extrinsic motivation relies on external rewards or punishments. Sustained learning requires nurturing intrinsic motivation.
- Social mediation of learning
- Learning occurs through interaction with more knowledgeable others—teachers, parents, and peers. Language is the primary tool for this social learning process.
- Errors as learning opportunities
- Mistakes reveal children's thinking patterns and misconceptions. They are not failures but diagnostic tools that guide further instruction.
- Cognition-emotion connection
- Emotional states significantly affect attention, memory, and learning. A fearful or anxious child cannot learn effectively; positive emotions enhance cognitive processing.
- Multiple strategies of learning
- Children use diverse approaches—observation, imitation, trial-and-error, questioning, exploration—and effective pedagogy accommodates this variety.
- Pavlov
- Theory: Classical Conditioning · Core Idea: Learning through association (stimulus-response)
- Skinner
- Theory: Operant Conditioning · Core Idea: Learning through reinforcement and punishment
- Thorndike
- Theory: Connectionism · Core Idea: Law of effect, law of exercise, law of readiness
- Kohler
- Theory: Insight Learning · Core Idea: Learning through sudden understanding (Gestalt)
Cognition and Emotion — Child Development and Pedagogy · 12 cards
- Emotion as a gatekeeper of cognition
- Emotional states determine what information enters working memory. Positive emotions open the gate; negative emotions like fear or anxiety narrow attention and block higher-order thinking.
- The amygdala-prefrontal cortex connection
- The amygdala processes emotional responses. Under stress, it triggers fight-or-flight responses that suppress the prefrontal cortex (responsible for reasoning and decision-making). This is why stressed children cannot think clearly.
- Emotional intelligence (EI)
- Daniel Goleman's concept includes self-awareness, self-regulation, motivation, empathy and social skills. Children with higher EI perform better academically because they manage emotions that might otherwise disrupt learning.
- Yerkes-Dodson Law
- Moderate arousal (mild stress or excitement) optimises performance. Too little arousal causes boredom; too much causes anxiety—both impair learning. Teachers must create optimal arousal through engaging but non-threatening activities.
- Intrinsic motivation and positive emotion
- Curiosity, interest and enjoyment are positive emotions that enhance attention, memory consolidation and transfer of learning. Extrinsic rewards alone cannot replicate these benefits.
- Learned helplessness
- When children repeatedly fail and attribute failure to their own unchangeable traits, they develop a belief that effort is futile. This emotional state devastates cognitive engagement.
- Social-emotional learning (SEL)
- Systematic teaching of emotional regulation, empathy and relationship skills improves both emotional well-being and academic achievement.
- Stress hormone
- Cortisol impairs memory retrieval and hippocampal function
- Positive emotions
- Broaden attention and build cognitive resources (Fredrickson's Broaden-and-Build theory)
- Fear in classroom
- Activates amygdala, suppresses prefrontal cortex, blocks reasoning
- Optimal learning state
- Relaxed alertness—emotionally safe but intellectually engaged
- Mirror neurons
- Help children learn through emotional contagion from teachers
Vygotsky — Socio-cultural Theory — Child Development and Pedagogy · 12 cards
- Social origin of cognition
- Higher mental functions (logical thinking, voluntary attention, memory) first appear between people (inter-psychological) and only later within the child (intra-psychological). Learning is not solo discovery but socially mediated.
- 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 capable person (potential developmental level). Instruction should target this zone.
- More Knowledgeable Other (MKO)
- Any person — teacher, parent, peer, even a computer tutor — who has a better understanding or higher skill level than the learner in a particular task.
- Scaffolding
- Temporary, adjustable support provided by the MKO to help the learner accomplish tasks within the ZPD. As competence grows, support is gradually removed (fading).
- Language as a cultural tool
- Language is the primary psychological tool for thought. Private speech (talking to oneself) is not immature but a bridge between social speech and inner thought, aiding self-regulation.
- Cultural tools and mediation
- Cognitive development depends on the signs, symbols, language, and artefacts a culture provides. A child growing up with access to books, number systems, and technology develops differently from one without.
- Learning leads development
- Unlike Piaget, who said development must precede learning, Vygotsky argued that well-designed instruction pulls development forward.
- ZPD
- Distance between independent performance and guided performance; the ideal instructional target.
- MKO
- Teacher, peer, parent, or tool that provides knowledge beyond the learner's current level.
- Private speech
- Self-directed talk that helps children plan and regulate actions; sign of cognitive growth, not regression.
- Internalisation
- Process by which external social interactions become internal cognitive processes.
- Mediation
- Use of cultural tools (language, symbols) to shape and transform thinking.
Factors Contributing to Learning — Child Development and Pedagogy · 10 cards
- Personal factors
- are internal to the learner and include physical health, intelligence, motivation, interest, attention, emotional state, age, maturity, and prior knowledge.
- Environmental factors
- are external and include family background, school climate, peer influence, teacher quality, teaching methods, curriculum design, and socio-economic conditions.
- Heredity sets the limits; environment determines the extent
- to which those limits are reached—both interact continuously throughout learning.
- Motivation
- (intrinsic and extrinsic) is considered the most crucial personal factor; without motivation, even high intelligence fails to produce learning.
- Teacher-student relationship
- is among the most significant environmental factors—a supportive, warm relationship enhances learning outcomes dramatically.
- Socio-economic status (SES)
- affects access to resources, nutrition, parental involvement, and exposure to learning experiences outside school.
- Learning readiness
- depends on the match between the learner's developmental stage and the complexity of content being taught.
- Transfer of learning
- occurs when prior knowledge and skills facilitate (positive transfer) or hinder (negative transfer) new learning.
- Personal
- Factor: Physical health · How It Affects Learning: Malnutrition, fatigue, sensory deficits reduce concentration and memory
- Environmental
- Factor: Family background · How It Affects Learning: Educated parents provide richer language environment and academic support
Child-Centred and Progressive Education — Child Development and Pedagogy · 12 cards
- Child as an active constructor of knowledge
- Children are not empty vessels to be filled but active participants who build understanding through experience, exploration, and interaction with their environment.
- Learning by doing
- Progressive education emphasises hands-on activities, experiments, projects, and real-world problem-solving over rote memorisation and passive listening.
- Individual differences matter
- Each child learns at their own pace and has unique interests, abilities, and learning styles that the curriculum must accommodate.
- Teacher as facilitator, not dictator
- The teacher's role shifts from information-transmitter to guide, mentor, and resource person who creates opportunities for learning rather than imposing knowledge.
- Curriculum flexibility
- Subject matter should emerge from children's interests and connect to their lived experiences rather than following rigid, pre-determined sequences divorced from context.
- Democratic classroom atmosphere
- Children participate in decision-making, express opinions freely, and learn through collaboration rather than competition and fear.
- Holistic development
- Education must address cognitive, emotional, social, physical, and creative dimensions—not just academic achievement measured through examinations.
- No fear, no failure
- Errors are learning opportunities; punishment and humiliation have no place in progressive classrooms.
- Centre of learning
- Traditional Education: Teacher/Textbook · Child-Centred Education: Child
- Child's role
- Traditional Education: Passive receiver · Child-Centred Education: Active participant
- Teacher's role
- Traditional Education: Authority figure · Child-Centred Education: Facilitator/Guide
- Curriculum
- Traditional Education: Fixed, rigid · Child-Centred Education: Flexible, need-based