MAHA TET flashcards
140 cards from 12 fact-checked topic notes · English
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Development of Child — Child Development and Pedagogy · 12 cards
- Development is holistic and continuous
- It refers to qualitative and quantitative changes in the child across physical, cognitive, emotional, social, and moral dimensions from conception to adulthood.
- Development ≠ Growth
- Growth is quantitative (increase in size, height, weight); development includes qualitative changes (better reasoning, emotional regulation). All growth contributes to development, but development is broader.
- Development follows predictable patterns
- Children across cultures follow a similar sequence (head-to-toe, centre-to-periphery), though the rate varies individually.
- Heredity and environment interact
- Neither alone determines development. Heredity sets potential; environment determines how much of that potential is realised (nature-nurture interaction).
- Critical and sensitive periods exist
- Certain abilities (language, attachment) develop optimally during specific windows. Missing these periods makes later acquisition harder, not impossible.
- Development is cumulative
- Earlier stages form the foundation for later stages. A child who misses early motor milestones may face delays in related cognitive tasks.
- Individual differences are normal
- Two children of the same age may be at different developmental levels due to genetic, environmental, and experiential variations.
- Definition of Development
- Progressive series of orderly, coherent changes leading toward maturity
- Cephalocaudal Principle
- Development proceeds from head to tail (infants control head before legs)
- Proximodistal Principle
- Development proceeds from centre to periphery (trunk control before finger control)
- Hereditary Factors
- Genes, chromosomes, DNA determine traits like intelligence potential, temperament, physical features
- Environmental Factors
- Nutrition, family, school, peers, culture, socio-economic status
Concept and Nature of Learning — Child Development and Pedagogy · 11 cards
- Learning is relatively permanent change
- Learning produces a change in behaviour or mental processes that lasts over time. Temporary changes due to fatigue, drugs, or illness are not learning.
- Learning results from experience or practice
- The change must come from interaction with the environment, not from maturation (biological growth) alone. A child walking at 12 months is maturation; a child learning to tie shoelaces is learning.
- Learning is not directly observable
- We infer learning from performance. A student may have learned a concept but may not demonstrate it immediately due to lack of motivation or opportunity.
- Input refers to stimuli and information
- Inputs include sensory experiences, teacher instruction, textbook content, peer interaction, and environmental cues that the learner receives.
- Process refers to internal cognitive activity
- This includes attention, perception, encoding, storage, retrieval, thinking, and problem-solving that happen within the learner's mind.
- Outcome refers to observable change
- Outcomes include new knowledge, skills, attitudes, values, or behaviours that can be measured or demonstrated.
- Learning is active, not passive
- Modern pedagogy emphasises that learners construct meaning rather than passively absorbing information. Even in behaviourist models, the learner must respond to stimuli.
- Learning is influenced by multiple factors
- Readiness, motivation, attention, prior knowledge, physical health, and social environment all affect the learning process.
- Input
- Definition: Stimuli, information, experiences provided to the learner · Classroom Example: Teacher's explanation, textbook diagrams, science experiment demonstration
- Process
- Definition: Internal mental operations that transform input · Classroom Example: Student comparing new information with prior knowledge, forming mental images
- Outcome
- Definition: Observable change in behaviour, knowledge, or skill · Classroom Example: Student correctly solves problems, writes essays, or demonstrates a skill
Understanding Learning — Child Development and Pedagogy · 12 cards
- Learning is a relatively permanent change in behaviour
- or behavioural potential that results from experience—not from maturation, fatigue, or temporary states like illness or drugs.
- Learning has three components
- Input (stimulus/information received), Process (internal mental activity), and Outcome (observable change in behaviour or capability).
- Learning is both a process and a product
- the activity of acquiring knowledge (process) and the acquired knowledge itself (product).
- Learning can be intentional or incidental
- students learn through deliberate study and also through unplanned experiences in their environment.
- Learning involves cognitive, affective, and psychomotor domains
- we learn facts and concepts (cognitive), attitudes and values (affective), and physical skills (psychomotor).
- Learning is influenced by learner readiness
- a child must have reached appropriate developmental maturity to learn certain concepts (Piaget's readiness concept).
- Transfer of learning
- occurs when learning in one situation affects learning or performance in another situation—this is a key goal of education.
- Learning differs from maturation
- maturation is biological unfolding (e.g., walking), while learning requires practice and experience (e.g., writing).
- Learning
- A relatively permanent change in behaviour resulting from practice or experience
- Stimulus
- Any event or object in the environment that can be detected by the senses
- Response
- Any behaviour or action produced by a learner
- Reinforcement
- Any consequence that strengthens a behaviour
Personal and Environmental Factors — Child Development and Pedagogy · 10 cards
- Personal factors
- are characteristics the learner brings to the classroom—intelligence, aptitude, motivation, health, emotional state, and prior knowledge. These are relatively stable but can be developed over time.
- Environmental factors
- are external conditions that shape learning opportunities—home environment, school climate, peer group, teacher quality, instructional materials, and socio-economic status.
- Interaction principle
- Personal and environmental factors do not operate in isolation. A child with high aptitude but poor home support may underperform, while average aptitude combined with strong motivation and good teaching can yield excellent results.
- Modifiability
- Teachers have limited control over personal factors but significant influence over classroom environmental factors. Effective pedagogy focuses on optimising what can be changed.
- Heredity vs Environment debate
- Both contribute to learning. Modern understanding emphasises their interaction rather than one dominating the other.
- Critical and sensitive periods
- Certain environmental inputs (language exposure, social interaction) have maximum impact during specific developmental windows.
- Zone of Proximal Development (Vygotsky)
- The gap between what a child can do independently and what they can achieve with support—environmental scaffolding is crucial here.
- Maslow's hierarchy
- Basic physiological and safety needs (often environmental) must be met before higher learning needs can be addressed.
- Personal
- Specific Factor: Intelligence · Impact on Learning: Determines speed of learning and ability to handle abstract concepts
- Environmental
- Specific Factor: Home environment · Impact on Learning: Parental education, resources, and attitudes toward education
Behaviouristic Approach — Child Development and Pedagogy · 11 cards
- Behaviourism as a school of thought
- Founded by J.B. Watson, it focuses only on observable, measurable behaviour. Internal processes like thinking and feeling are considered outside the scope of scientific study.
- Stimulus-Response (S-R) bond
- All learning is explained as connections formed between a stimulus (something in the environment) and a response (behaviour). This S-R connection is the foundation of behaviourist theory.
- Classical Conditioning (Pavlov)
- Learning occurs when a neutral stimulus becomes associated with an unconditioned stimulus and eventually produces the same response. This is involuntary, automatic learning.
- Connectionism / Trial-and-Error Learning (Thorndike)
- Learning happens through forming connections between stimuli and responses through repeated trials. Successful responses are stamped in; unsuccessful ones are stamped out.
- Operant Conditioning (Skinner)
- Learning occurs when behaviour is shaped by its consequences. Reinforcement increases behaviour; punishment decreases it. This is voluntary, purposeful learning.
- Reinforcement vs Punishment
- Reinforcement (positive or negative) strengthens behaviour. Punishment (positive or negative) weakens behaviour. These are Skinner's key concepts.
- Extinction and Spontaneous Recovery
- When reinforcement stops, the learned behaviour gradually disappears (extinction). After a rest period, the behaviour may briefly reappear (spontaneous recovery).
- Application in classroom
- Token economies, praise, rewards, drills, and repetition-based learning all stem from behaviourist principles.
- Ivan Pavlov
- Experiment: Dogs salivating to bell · Type of Conditioning: Classical · Key Contribution: Conditioned reflex, stimulus substitution
- E.L. Thorndike
- Experiment: Cats in puzzle box · Type of Conditioning: Connectionism · Key Contribution: Laws of Learning (Effect, Exercise, Readiness)
- B.F. Skinner
- Experiment: Rats/pigeons in Skinner box · Type of Conditioning: Operant · Key Contribution: Reinforcement schedules, shaping behaviour
Constructivist Approach — Child Development and Pedagogy · 12 cards
- Knowledge is constructed, not transmitted
- Learners do not passively receive information. They actively make sense of new experiences by connecting them to what they already know.
- Piaget's Cognitive Constructivism
- Children construct knowledge individually through interaction with their physical environment. Learning happens through processes of assimilation and accommodation.
- Schema
- A mental framework or structure that organises knowledge. New information either fits into existing schemas or forces them to change.
- Assimilation
- Fitting new information into an existing schema without changing the schema itself.
- Accommodation
- Modifying an existing schema or creating a new one when new information cannot fit into existing structures.
- Equilibration
- The process of balancing assimilation and accommodation to achieve cognitive stability. Disequilibrium (cognitive conflict) drives learning.
- Vygotsky's Social Constructivism
- Knowledge is constructed through social interaction. Language and culture play central roles in cognitive development.
- Zone of Proximal Development (ZPD)
- The gap between what a learner can do independently and what they can achieve with guidance from a more knowledgeable person (teacher, peer, or adult).
- Scaffolding
- Temporary support provided by a teacher or peer that helps a learner accomplish tasks within their ZPD. Support is gradually withdrawn as competence develops.
- More Knowledgeable Other (MKO)
- Any person who has a higher ability level than the learner on a particular task — could be a teacher, parent, or even a peer.
- Focus
- Piaget: Individual cognitive development · Vygotsky: Social and cultural influences
- Role of language
- Piaget: Follows cognitive development · Vygotsky: Drives cognitive development
Theorists of Development — Child Development and Pedagogy · 12 cards
- Piaget's Cognitive Development Theory
- proposes that children actively construct knowledge through interaction with their environment, progressing through four invariant stages from birth to adolescence.
- Schema, Assimilation, and Accommodation
- are Piaget's core mechanisms—schemas are mental frameworks, assimilation fits new information into existing schemas, and accommodation modifies schemas when new information does not fit.
- Kohlberg's Moral Development Theory
- extends Piaget's work on moral reasoning, proposing three levels with two stages each, based on how individuals justify moral decisions rather than the decisions themselves.
- Chomsky's Language Acquisition Device (LAD)
- suggests that humans possess an innate biological capacity for language, explaining why children acquire complex grammar rapidly despite limited input.
- Universal Grammar
- is Chomsky's concept that all human languages share underlying structural principles, which the LAD is pre-programmed to recognise.
- Carl Rogers' Humanistic Theory
- emphasises the self-concept, unconditional positive regard, and the natural tendency toward self-actualisation in a supportive environment.
- Student-Centred Learning
- stems from Rogers' belief that meaningful learning occurs when the learner is actively involved and the teacher acts as a facilitator rather than an authority figure.
- Sensorimotor
- Age Range: 0–2 years · Key Characteristics: Object permanence, learning through senses and actions
- Preoperational
- Age Range: 2–7 years · Key Characteristics: Symbolic thought, egocentrism, centration, lack of conservation
- Concrete Operational
- Age Range: 7–11 years · Key Characteristics: Logical thinking about concrete objects, conservation, reversibility
- Formal Operational
- Age Range: 11+ years · Key Characteristics: Abstract thinking, hypothetical reasoning, systematic problem-solving
- Level
- Age Range: Stage · Key Characteristics: Basis of Moral Judgement
Gestalt Approach — Child Development and Pedagogy · 12 cards
- The Whole is Greater than the Sum of Parts
- A melody is not just individual notes; it is the pattern that gives meaning. Similarly, children perceive situations as organised wholes, not disconnected stimuli.
- Insight Learning
- Learning occurs suddenly when the learner perceives the relationship among elements of a problem. This is the "Aha!" moment—a restructuring of the perceptual field rather than gradual trial-and-error.
- Perceptual Organisation
- The mind automatically groups stimuli according to certain laws (proximity, similarity, closure, continuity, figure-ground). These laws explain how children make sense of classroom content.
- Problem Solving through Restructuring
- Solving a problem requires reorganising elements into a new pattern. Obstacles are overcome when the learner sees the situation from a fresh perspective.
- Role of Previous Experience
- Insight depends on prior knowledge. A child who has handled sticks and boxes can use them as tools; one without such experience cannot.
- Transfer of Learning
- Insight gained in one situation transfers to structurally similar problems—an idea called transposition. Understanding principles matters more than rote memorisation.
- Opposition to Behaviourism
- Gestalt theorists rejected the view that complex learning is merely chained S-R connections. They argued that organisms perceive relationships, not isolated stimuli.
- Founders
- Max Wertheimer, Wolfgang Köhler, Kurt Koffka—the "Berlin School" of Gestalt psychology.
- Köhler's Experiment
- Studied chimpanzee Sultan (1913–1917) on Tenerife. Sultan joined two sticks to reach a banana—demonstrating insight, not trial-and-error.
- Law of Proximity
- Objects close together are perceived as a group.
- Law of Similarity
- Similar items (colour, shape) are grouped together.
- Law of Closure
- Incomplete figures are perceived as complete; the mind "fills in" gaps.
Individual Differences — Child Development and Pedagogy · 12 cards
- Individual differences are universal and continuous
- Every child differs from others along multiple dimensions; these differences exist on a continuum rather than as discrete categories.
- Nature and nurture interact
- Heredity sets potential limits while environment (family, school, culture) shapes how that potential develops. Neither alone determines outcomes.
- Attitude
- A learned predisposition to respond favourably or unfavourably toward objects, people, or situations. Attitudes have three components—cognitive (beliefs), affective (feelings), and conative (behavioural tendency).
- Aptitude
- An inborn potential or capacity to acquire a specific skill with training. Aptitude predicts future learning ability in a domain (e.g., mechanical aptitude, musical aptitude).
- Intelligence
- The global capacity to think rationally, act purposefully, and deal effectively with the environment. It is measured through IQ tests but is now understood as multidimensional.
- Personality
- The unique and relatively stable pattern of thoughts, feelings, and behaviours that characterises an individual and distinguishes them from others.
- Inter-individual vs intra-individual differences
- Inter-individual differences exist between persons; intra-individual differences exist within the same person across traits (e.g., a child strong in verbal but weak in numerical ability).
- Implications for teaching
- Teachers must use diagnostic assessment, provide multiple learning pathways, employ flexible grouping, and avoid labelling students based on single measures.
- IQ Formula
- IQ = (Mental Age / Chronological Age) × 100. An IQ of 100 is average.
- Spearman's Two-Factor Theory
- Intelligence consists of general factor (g) common to all tasks and specific factors (s) unique to each task.
- Thurstone's Primary Mental Abilities
- Seven abilities: verbal comprehension, word fluency, number facility, spatial visualisation, memory, perceptual speed, reasoning.
- Gardner's Multiple Intelligences
- Eight intelligences: linguistic, logical-mathematical, spatial, musical, bodily-kinaesthetic, interpersonal, intrapersonal, naturalistic.
Observational Approach — Child Development and Pedagogy · 12 cards
- Observational learning (vicarious learning)
- Learning that occurs by watching the behaviour of others (models) and noting the consequences they experience, without the observer performing the behaviour directly.
- Model
- Any person whose behaviour is observed and potentially imitated — parents, teachers, peers, media figures, or even cartoon characters.
- Vicarious reinforcement
- When an observer sees a model being rewarded for a behaviour, the observer becomes more likely to imitate that behaviour. Vicarious punishment has the opposite effect.
- Reciprocal determinism
- Bandura's concept that behaviour, personal factors (cognition, beliefs), and environment continuously influence each other in a three-way interaction — none is the sole cause of learning.
- Self-efficacy
- A person's belief in their own ability to succeed at a task. High self-efficacy increases likelihood of attempting and persisting with observed behaviours.
- Bobo doll experiment (1961)
- Bandura's landmark study where children watched adults behave aggressively toward an inflatable doll. Children who observed aggressive models later displayed similar aggressive behaviours, even without direct reinforcement.
- Distinction from behaviourism
- Unlike Skinner's operant conditioning, observational learning does not require the learner to perform the behaviour or receive reinforcement for learning to occur. Cognitive processes mediate between observation and action.
- Albert Bandura
- Canadian-American psychologist (1925–2021) who developed social-learning theory, later renamed social-cognitive theory
- Social-learning theory
- Theory stating that people learn from observing others, with cognitive processes playing a central role
- Modelling
- The process by which a model demonstrates behaviour that may be imitated by an observer
- Live model
- A real person demonstrating behaviour in the observer's presence
- Symbolic model
- Characters in books, films, television, or other media
Assessment for and of Learning, CCE — Child Development and Pedagogy · 12 cards
- Assessment FOR Learning (Formative Assessment)
- Ongoing assessment during instruction. Purpose is to diagnose difficulties and adjust teaching. Examples: quizzes, oral questions, observations, peer feedback, class discussions.
- Assessment OF Learning (Summative Assessment)
- Assessment at the end of a unit, term, or year. Purpose is to measure and certify what students have achieved. Examples: final exams, board exams, annual tests.
- Assessment AS Learning
- A third category where students monitor their own learning through self-assessment and reflection. Promotes metacognition and learner autonomy.
- CCE (Continuous and Comprehensive Evaluation)
- A school-based evaluation system that assesses students regularly (continuous) and covers all domains of development (comprehensive)—not just academics.
- Scholastic Areas in CCE
- Subject-specific academic performance in languages, mathematics, science, social studies, etc.
- Co-Scholastic Areas in CCE
- Life skills, attitudes, values, co-curricular activities (art, music, sports), and work education.
- Grading System
- CCE uses grades (A, B, C, D, E) instead of marks to reduce unhealthy competition and exam stress. Grades represent performance bands, not exact ranks.
- No-Detention Policy (RTE 2009)
- Section 16 of the RTE Act originally barred holding back or expelling any child until Class 8; since a 2019 amendment, states may hold back children in Classes 5 and 8 who fail a re-examination, while expulsion stays barred. Focus shifts from "pass/fail" to continuous support and remediation.
- Timing
- Assessment FOR Learning: During teaching-learning · Assessment OF Learning: After instruction ends
- Purpose
- Assessment FOR Learning: Improve learning · Assessment OF Learning: Certify/report learning
- Nature
- Assessment FOR Learning: Diagnostic, ongoing · Assessment OF Learning: Evaluative, final
- Feedback
- Assessment FOR Learning: Immediate, descriptive · Assessment OF Learning: Delayed, grades/marks
Memory, Forgetting and Transfer — Child Development and Pedagogy · 12 cards
- Memory
- is the mental process of encoding, storing and retrieving information. Without memory, learning cannot persist.
- Encoding → Storage → Retrieval
- Information is first encoded (converted into mental representation), then stored (maintained over time), and finally retrieved (accessed when needed).
- Sensory Memory
- holds raw sensory input for a fraction of a second (iconic for visual, echoic for auditory). It acts as a brief buffer before attention filters information.
- Short-Term Memory (STM)
- retains limited information (7±2 items) for about 15–30 seconds. Rehearsal can extend retention or transfer it to long-term memory.
- Long-Term Memory (LTM)
- has potentially unlimited capacity and duration. It stores information for minutes to a lifetime.
- Forgetting
- is the inability to retrieve stored information. It is not always a failure—sometimes it is adaptive, helping us discard irrelevant details.
- Transfer of Learning
- occurs when learning in one situation influences learning or performance in another situation. It can be positive (helpful) or negative (interfering).
- Proactive and Retroactive Interference
- are key mechanisms: old learning disrupting new (proactive) versus new learning disrupting old (retroactive).
- STM Capacity
- 7 ± 2 items (Miller's Magic Number)
- STM Duration
- 15–30 seconds without rehearsal
- Sensory Memory Duration
- Iconic ~0.5 sec; Echoic ~3–4 sec
- Ebbinghaus Forgetting Curve
- Most forgetting occurs rapidly in the first hour, then levels off