Pedagogy II: Development & Methods

PREREQUISITES

• Chapter 7 — Pedagogy I: learning theories (Thorndike, Pavlov, Skinner, Bandura, Vygotsky, constructivism). This chapter assumes you recognise those names; Piaget appeared there as a constructivist — here you study his stages in full.
• Chapter 3 — Numerical ability: IQ computation. The formula IQ = (Mental Age ÷ Chronological Age) × 100 and the deviation IQ (mean 100, SD 15) are re-stated here, but the calculation drills are in Chapter 3.
• Cross-references inside this chapter: Bloom's taxonomy (Chapter 2), RPWD Act 2016 (Chapter 6).

GROWTH, DEVELOPMENT AND THE PRINCIPLES OF DEVELOPMENT

A.1 Growth vs development

Growth and development are not synonyms, and the exam loves the distinction.

Trap: If an option says "development is only quantitative" or "growth continues throughout life", it is wrong. Growth = quantitative, stops at maturity; development = quantitative + qualitative, lifelong.

A.2 Principles of development

These principles are asked both directly ("which principle is illustrated?") and through baby-behaviour scenarios.

Trap: Cephalocaudal = head→toe (lengthwise); proximodistal = centre→periphery (outward). Examiners swap the two definitions.

PIAGET'S THEORY OF COGNITIVE DEVELOPMENT

Jean Piaget (Swiss psychologist, 1896–1980) is the single most-tested theorist in Indian pedagogy papers. Learn this part to perfection.

B.1 Core concepts (the machinery of the theory)

Trap: A scenario where a child applies an old label to a new object = assimilation. A scenario where the child changes his idea = accommodation. Equilibration is the overall balancing engine that drives stage progression.

B.2 The four stages (the most-tested table in pedagogy)

B.3 Stage-by-stage detail

1. Sensorimotor (birth–2 years). The infant "thinks" by sensing and doing. Piaget described six substages moving from reflexes, through circular reactions (repeating interesting actions), to genuine mental representation by about 18–24 months. The flagship achievement is object permanence — knowing an object still exists when it is out of sight. A baby who searches for a toy hidden under a cloth has attained it; a younger baby behaves as if the toy has ceased to exist.

2. Preoperational (2–7 years). Thought becomes symbolic (words, images, pretend play) but is not yet logical ("pre-operational"). Know these five limitation-terms cold:

• Egocentrism — inability to take another person's perspective. Tested by the three-mountain task (Piaget and Inhelder): the child cannot describe what the doll on the other side sees.
• Animism — attributing life and intentions to inanimate things: "the moon follows me", "the table hurt me".
• Artificialism — believing natural things are made by humans: "the mountains were built by workers".
• Centration — focusing on one striking feature and ignoring others (e.g. only the height of a glass).
• Irreversibility — cannot mentally reverse an action; hence no conservation (the child says the taller, narrower glass has "more" water).

3. Concrete operational (7–11 years). Logical mental operations appear, but only tied to concrete material:

• Conservation — quantity stays the same despite changes in appearance (the poured water is the same amount).
• Reversibility & decentration — can mentally undo actions and attend to several features at once.
• Seriation — arranging objects in order (shortest to tallest sticks).
• Transitivity — if A > B and B > C, then A > C.
• Classification and class inclusion — "Are there more roses or more flowers?" is now answerable.

Different conservations arrive in a rough order — number → mass/substance → weight → volume — a phenomenon Piaget called horizontal décalage (the same operation is mastered at different times for different contents).

4. Formal operational (11+ years). The adolescent can reason about the abstract, the hypothetical and the future: forming hypotheses and testing them systematically (hypothetico-deductive reasoning), handling proportions, propositions and combinations. (The related ideas of adolescent egocentrism — the imaginary audience and personal fable — were described by David Elkind, extending Piaget.)

Trap: Conservation is a CONCRETE-operational achievement — the preoperational child lacks it. "A 5-year-old fails the water-pouring task" = preoperational (centration/irreversibility). "A 9-year-old passes it" = concrete operational. Do not attach conservation to the wrong stage.

B.4 Criticisms and educational implications

Criticisms (asked as Statement-type questions):

• Piaget underestimated children — later research (e.g. with simplified tasks) found object permanence and perspective-taking earlier than he claimed.
• Stages are not rigid or watertight — development is more continuous, with décalage across domains.
• Culture, schooling and task familiarity affect performance; formal operations are not universal even among adults.
• His methods relied on small, informal samples (including his own children) and demanding verbal tasks.

Educational implications:

• Match teaching to the child's stage (readiness); use concrete materials and manipulatives for ages 7–11; introduce abstract, hypothetical treatment only from early adolescence.
• Provide activity, discovery and exploration — the child constructs knowledge, not receives it; create moderate cognitive conflict (disequilibrium) and use peer interaction.

KOHLBERG'S THEORY OF MORAL DEVELOPMENT

Piaget had earlier described a two-phase moral shift — from heteronomous morality (rules are sacred and fixed; judge by consequences; roughly ages 5–9) to autonomous morality (rules are changeable agreements; judge by intentions; about 10 onwards). Lawrence Kohlberg extended this into a six-stage theory.

C.1 Method — the moral dilemma

Kohlberg presented children and adults with hypothetical moral dilemmas and analysed the reasoning, not the verdict.

The Heinz dilemma (essence): Heinz's wife is dying. A druggist has the only drug but charges far more than Heinz can raise. After every legal option fails, Heinz breaks in and steals the drug. Should he have? Why? — The "why" reveals the stage.

C.2 Three levels × two stages

Gilligan's critique (one line to memorise): Carol Gilligan argued Kohlberg's scheme is male-biased, privileging a "justice" orientation and undervaluing the ethic of care typical of women's moral reasoning (In a Different Voice). Other criticisms: hypothetical dilemmas, cultural bias, and the gap between moral reasoning and actual conduct.

Trap: "Law and order" is Stage 4 — CONVENTIONAL level, not post-conventional. Stage 5 (social contract) is where laws become changeable agreements. Also keep the catchphrases straight: Stage 1 = punishment, Stage 2 = reward/exchange, Stage 3 = approval, Stage 4 = order/duty.

Classroom use: discuss real and hypothetical dilemmas; expose students to reasoning one stage above their own; build a fair, participative school ethos.

ERIKSON'S PSYCHOSOCIAL STAGES

Erik Erikson proposed that personality develops across eight stages spanning the whole life, each defined by a psychosocial crisis; healthy resolution yields a virtue (basic strength). The sequence is fixed (the epigenetic principle).

D.1 The eight stages — learn all columns

D.2 The school-relevant stages

• Industry vs inferiority (6–12) is THE school stage. The child wants to make, master and complete things. Repeated failure, humiliation or unfavourable comparison breeds inferiority; earned success and specific praise build competence. For a Vice Principal, this is the direct rationale for remedial support, craft/activity work and no-shaming assessment practices.
• Identity vs role confusion (adolescence) explains secondary-school behaviour: experimentation with appearance, ideologies, peer groups and career choices. Erikson coined the term identity crisis. Schools help through exposure, counselling and tolerant guidance rather than forced choices.

Trap: Initiative vs guilt = 3–6 (play age); industry vs inferiority = 6–12 (school age). Papers regularly swap these two. Anchor: Industry ↔ Indian primary school age. Also memorise the virtue list in order — hope, will, purpose, competence, fidelity, love, care, wisdom.

FREUD IN BRIEF

Sigmund Freud's psychoanalytic ideas are tested at recognition level: the three structures, the five psychosexual stages (names + order), and defence mechanisms as scenarios.

E.1 Structure of personality

E.2 Psychosexual stages (names and order are enough)

Unresolved conflict at a stage causes fixation (e.g. "oral" habits like nail-biting). Remember the order with O-A-P-L-G.

E.3 Defence mechanisms (scenario favourites)

Defence mechanisms are the ego's unconscious distortions of reality to reduce anxiety (catalogued in detail by Anna Freud).

Also recognised: regression (returning to earlier behaviour — bedwetting after a sibling's birth), denial (refusing to accept reality), reaction formation (showing the opposite of the felt impulse — exaggerated sweetness masking hostility).

Trap: Displacement vs projection: displacement shifts the target of your emotion; projection assigns the ownership of your emotion to someone else. Sublimation is the one described as "socially useful/creative".

THEORIES OF INTELLIGENCE (MATCHING GOLDMINE)

Intelligence has been defined variously — Binet stressed judgment, Wechsler called it the "aggregate or global capacity to act purposefully, think rationally and deal effectively with the environment." The exam rarely asks definitions; it asks theorist ↔ model matches. Master this table first, then the notes.

F.1 Master table

F.2 Notes on each (only what the exam needs)

Spearman. All cognitive tests correlate positively because of g; each also demands its own s. Tests like Raven's Progressive Matrices are considered highly g-loaded.

Thurstone's seven PMAs: Verbal comprehension, Word fluency, Number facility, Spatial visualisation, Associative memory, Perceptual speed, Reasoning (induction). Measured by his Primary Mental Abilities Test.

Guilford's Structure of Intellect. Three dimensions —

• Operations (what the mind does): cognition, memory recording, memory retention, divergent production, convergent production, evaluation — 6 in the final model;
• Contents (the material): visual, auditory, symbolic, semantic, behavioural — 5;
• Products (the form of output): units, classes, relations, systems, transformations, implications — 6.

6 × 5 × 6 = 180 distinct abilities (the original 1967 model had 120; later revisions split figural content and memory). Guilford also gave creativity research its key concept — divergent production (see Part G).

Cattell. A 70-year-old whose vocabulary is intact but who is slower at novel puzzles illustrates crystallised preserved, fluid declining. Cattell also built the Culture Fair Intelligence Test.

Gardner's eight intelligences (+1 proposed):

Sternberg's triarchic theory. Analytical = academic problem solving (componential); creative = handling novelty and insight (experiential); practical = adapting to real-world contexts, "street smarts" (contextual). Together they make up "successful intelligence".

Goleman. Emotional intelligence = perceiving, understanding and managing emotions in self and others. His five components in order: self-awareness → self-regulation → motivation → empathy → social skills (the first three are self-directed, the last two other-directed).

Trap: Do not mix Gardner (8 multiple intelligences) with Guilford (180-cell Structure of Intellect cube), or Thurstone (7 PMAs) with Gardner's 8. Match the number and the name: 2 factors–Spearman, 7 abilities–Thurstone, 180 cells–Guilford, 8 intelligences–Gardner, 3 aspects–Sternberg, 5 EI components–Goleman.

Cross-reference (Chapter 3): Ratio IQ = (MA ÷ CA) × 100 (Stern's ratio, used by Terman in the Stanford-Binet); modern tests use the deviation IQ (mean 100, SD 15 — Wechsler). All computational and classification drills are in Chapter 3. Historical pegs: Binet–Simon (1905) — first intelligence test; Terman (1916) — Stanford-Binet.

CREATIVITY

G.1 What creativity is

Creativity is the capacity to produce ideas or products that are both novel (original) and appropriate/useful. J.P. Guilford (from his 1950 address onward) located creativity in divergent thinking — generating many possible answers — as against convergent thinking, which zeroes in on the single correct answer (typical of IQ tests).

G.2 Four components of divergent thinking

G.3 Process, measurement, training

Wallas's four stages of the creative process (Graham Wallas, The Art of Thought, 1926):

• Measurement: the Torrance Tests of Creative Thinking (TTCT) by E. Paul Torrance — verbal and figural batteries scored for fluency, flexibility, originality and elaboration. (In India, Baqer Mehdi's verbal and non-verbal creativity tests are widely used.)
• Brainstorming — devised by Alex Osborn. Four rules: criticism is ruled out (deferred judgment), freewheeling is welcome, quantity is wanted, combination and improvement are sought.
• Creativity vs intelligence (threshold idea): they correlate positively only up to a moderate IQ level (commonly cited around IQ 120); beyond that, higher IQ does not guarantee higher creativity.

Classroom nurture: accept unusual questions and answers, allow safe risk-taking, use open-ended tasks and divergent questions, defer judgment, provide incubation time.

Trap: Keep the Wallas order fixed — P-I-I-V (Preparation, Incubation, Illumination, Verification). "Sudden solution during a walk after leaving the problem aside" = illumination (incubation just preceded it).

MOTIVATION

Motivation is the internal condition that energises, directs and sustains behaviour. For the exam: definitions of intrinsic/extrinsic, Maslow's ladder, n-Ach, Weiner's grid, self-efficacy, level of aspiration.

H.1 Intrinsic vs extrinsic

H.2 Maslow's hierarchy of needs

Abraham Maslow (humanistic psychology) arranged needs in a prepotent hierarchy — lower needs must be reasonably satisfied before higher ones motivate.

The first four are deficiency (D) needs — they motivate when lacking; self-actualisation is a growth (being/B) need — it keeps expanding as it is met. (Maslow's later, expanded ladder inserts cognitive and aesthetic needs below self-actualisation and adds transcendence above it.)

Trap: The order is physiological → safety → love/belonging → esteem → self-actualisation. Distractors swap esteem and belonging. Also: deficiency vs growth needs is a favourite Statement question.

H.3 McClelland — need for achievement (n-Ach)

David McClelland studied learned social motives — n-Ach (achievement), n-Aff (affiliation), n-Pow (power) — assessed through the Thematic Apperception Test (TAT). High n-Ach individuals prefer tasks of moderate difficulty (a realistic challenge), want personal responsibility for outcomes and seek immediate concrete feedback. His The Achieving Society linked societal n-Ach levels to economic growth. (Atkinson formalised the idea as a balance between the motive to succeed and the fear of failure.)

H.4 Weiner's attribution theory

Bernard Weiner: achievement behaviour depends on the causes students assign to success/failure, classified on three dimensions — locus (internal/external), stability (stable/unstable), controllability (controllable/uncontrollable).

Effort — internal, unstable, controllable — is the healthy attribution: a student who ascribes failure to insufficient effort can try again. Habitually blaming failure on fixed low ability breeds learned helplessness (Seligman). Teachers should give feedback that ties outcomes to effort and strategy.

H.5 Bandura — self-efficacy

Self-efficacy (Albert Bandura) = one's belief in one's own capability to organise and execute the actions required for a task. It governs task choice, effort and persistence. Four sources, strongest first:

1. Mastery (enactive) experiences — one's own past successes (the most powerful source);
2. Vicarious experiences — watching similar models succeed;
3. Verbal / social persuasion — encouragement;
4. Physiological and emotional states — calm vs anxiety.

H.6 Level of aspiration and classroom application

• Level of aspiration (concept from Kurt Lewin and his associates): the standard or goal a person sets for himself on a familiar task. Success raises it; failure lowers it. Teachers should help students set realistic goals slightly above present performance — neither trivially low nor fantastically high.
• Building achievement motivation in class: set moderately difficult tasks (roughly a 50-50 chance of success), give prompt specific feedback, attribute results to effort and strategy, promote mastery goals over rank-chasing, use novelty and curiosity, and remember Dweck's one-liner — praise for effort ("growth mindset") beats praise for fixed ability.

INDIVIDUAL DIFFERENCES AND INCLUSIVE EDUCATION

Learners differ between themselves (inter-individual) and within themselves across abilities (intra-individual). A school leader must recognise special learning needs and design for all.

I.1 Statutory frame (recap)

The Rights of Persons with Disabilities (RPWD) Act, 2016 recognises 21 disabilities (including blindness, low vision, hearing impairment, locomotor disability, intellectual disability, specific learning disabilities, autism spectrum disorder, mental illness, multiple disabilities, etc.) and defines a benchmark disability as 40% or more. Full list, entitlements and school obligations are in Chapter 6.

I.2 Specific learning disabilities, ADHD and autism — identification and accommodation

Specific learning disability (SLD) = a disorder in basic psychological processes affecting a particular academic skill, despite average or better intelligence and adequate instruction.

Trap: Match the "dys-" words precisely — dyslexia-reading, dysgraphia-writing, dyscalculia-maths, dyspraxia-motor. And note: letter reversal is a dyslexia sign, not an ADHD feature; ADHD's triad is inattention–hyperactivity–impulsivity.

I.3 The tools of inclusion

• IEP (Individualised Education Programme): a written, individual plan for a child with special needs — present level of performance, annual goals, specific services/accommodations, and review dates — prepared jointly by special educator, teachers and parents.
• Universal Design for Learning (UDL) (CAST framework): design the lesson from the start for learner variability through multiple means of —

I.4 Special vs integrated vs inclusive education

Trap: Integration vs inclusion turns on who adjusts: integration — the child; inclusion — the school system.

I.5 Gifted children

• Giftedness is conventionally flagged by very high general ability (often IQ ≈ 130+; Lewis Terman's classic longitudinal study from 1921 selected children around IQ 135–140+ on the Stanford-Binet).
• Terman's finding: the gifted were, on average, physically healthy and socially well-adjusted — demolishing the "early ripe, early rot" myth.
• Provisions: enrichment — richer, deeper, broader experiences while staying with the same grade; acceleration — moving faster through the standard curriculum (early admission, grade-skipping, subject compacting). Most programmes blend both. (Renzulli's three-ring view: giftedness = above-average ability + creativity + task commitment.)

GUIDANCE AND COUNSELLING

J.1 Guidance: meaning and types

Guidance is organised, continuous assistance that helps an individual understand himself, make wise choices and adjust to life situations. It is developmental and open to all — not only to "problem" students. (Frank Parsons, who founded the Boston Vocation Bureau, is called the father of the vocational guidance movement.)

J.2 Counselling: meaning and approaches

Counselling is the specialised, usually face-to-face helping relationship at the heart of guidance, dealing with feelings and deeper problems.

J.3 Guidance vs counselling

Trap: "Counselling is wider than guidance" is a stock FALSE statement — it is the other way round. Match the trio: Williamson–directive, Rogers–non-directive/client-centred, Thorne–eclectic.

TEACHING METHODS

The examiner tests methods two ways: method ↔ originator and "which method suits this situation?" First the master table, then notes on the most-tested methods.

K.1 Master table — identity and best use

K.2 Project method (Kilpatrick) — steps in order

W.H. Kilpatrick (a student of Dewey; The Project Method, 1918) defined a project as a "whole-hearted purposeful activity proceeding in a social environment." The six steps, in exam order:

1. Providing a situation (teacher creates occasions for felt needs)
2. Choosing and purposing (pupils select the project; purpose must be theirs)
3. Planning (pupils plan, teacher only guides)
4. Executing (longest step — actual work, duties distributed)
5. Evaluating (judging the work against the purpose)
6. Recording (complete record of all steps in the project book)

Kilpatrick's four types of projects: producer (constructive), consumer, problem, and drill projects. Strength: correlation with life; weakness: time-consuming, gaps in systematic subject coverage.

K.3 Heuristic method (Armstrong)

H.E. Armstrong (professor of chemistry) championed heuristic training — from Greek heurisko, "I find/discover". The pupil is a discoverer, not a receiver: given a problem and apparatus, he observes, experiments and reaches conclusions; the teacher is a guide who asks rather than tells. Develops scientific attitude and self-reliance; but slow, and demands able teachers and small classes.

K.4 Inductive–deductive and analytic–synthetic (maths favourites)

Best practice pairs them: induce the rule, then deduce applications; discover by analysis, present by synthesis.

K.5 Cooperative learning and the jigsaw

Cooperative learning requires positive interdependence (we sink or swim together) plus individual accountability. The jigsaw technique (Elliot Aronson, 1971): the topic is cut into parts; each member of a "home group" studies his part in an "expert group", then returns to teach it to his home group — every child is indispensable.

K.6 Experiential learning (Kolb) and the 5E model

Kolb's experiential learning cycle (David Kolb, 1984) — the order is heavily tested:

1. Concrete experience (do it)
2. Reflective observation (look back on it)
3. Abstract conceptualisation (draw general lessons/theory)
4. Active experimentation (try the lessons out — leading to a new experience; Kolb's learning styles — diverger, assimilator, converger, accommodator — combine adjacent poles of this cycle)

5E instructional model (BSCS — Biological Sciences Curriculum Study; associated with Rodger Bybee), in order: Engage (arouse interest, surface prior ideas) → Explore (hands-on activity) → Explain (concepts named and clarified) → Elaborate (extend/apply to new situations) → Evaluate (assess understanding).

K.7 Bonus originator pairs (classic one-mark matches)

Trap: Project method = Kilpatrick (Dewey inspired it, Kilpatrick formalised it); heuristic = Armstrong; brainstorming = Osborn; jigsaw = Aronson. Distractors simply rotate these four names.

MICRO-TEACHING, INTERACTION ANALYSIS AND PROGRAMMED INSTRUCTION

L.1 Micro-teaching

Micro-teaching — a scaled-down teaching encounter for practising one skill at a time — was developed by Dwight W. Allen and colleagues at Stanford University in 1963.

The micro-teaching cycle (order is tested):

Plan → Teach → Feedback → Re-plan → Re-teach → Re-feedback — repeated until the skill reaches mastery. The commonly cited Indian model allots about 36 minutes to one cycle (teach 6, feedback 6, re-plan 12, re-teach 6, re-feedback 6).

Indian adaptation: micro-teaching reached India in the late 1960s and was developed through CASE (Baroda) and NCERT projects in the 1970s; B.K. Passi compiled the widely used Indian list of 13 teaching skills (Becoming Better Teacher: A Micro-teaching Approach).

Core teaching skills (know their components):

Trap: Micro-teaching = Allen, Stanford, 1963 — not Flanders (he gave interaction analysis) and not Skinner (programmed instruction). "5–10 minutes, 5–10 pupils, one skill" is the identity card.

L.2 Flanders Interaction Analysis Category System (FIACS)

Ned A. Flanders (1960s) built a system for observing classroom verbal behaviour: an observer codes the class every 3 seconds into one of 10 categories, later plotted in a 10×10 matrix.

• The two-thirds rule: in a typical classroom, someone is talking two-thirds of the time; two-thirds of that talk is the teacher's; and two-thirds of the teacher's talk is direct (categories 5–7).
• I/D ratio = indirect teacher talk (1+2+3+4) ÷ direct teacher talk (5+6+7); a ratio above 1 indicates an indirect (democratic, learner-friendly) style.

Trap: Category numbers are asked directly. Anchors: 2 = praise, 4 = questions, 5 = lecturing, 9 = pupil initiation, 10 = silence/confusion. Category 10 is not pupil talk.

L.3 Simulated teaching and programmed instruction

• Simulated teaching: practising teaching in an artificial, role-played classroom (peers act as pupils) before facing a real class — a bridge between theory and practice teaching.
• Programmed instruction (PI): self-instructional material built on operant-conditioning principles — small steps, active responding, immediate confirmation (feedback), self-pacing, continuous evaluation.

(Earlier, Sidney Pressey built the first teaching machines in the 1920s; Thomas Gilbert's "mathetics" applied backward chaining — recognition-level extras.)

• CAI (Computer-Assisted Instruction) modes: drill and practice (consolidation of learnt material), tutorial (computer presents and questions new content), simulation (safe model of real phenomena) — plus gaming and problem-solving modes.

MAXIMS, PHASES, LEVELS OF TEACHING AND LESSON PLANNING

M.1 Maxims of teaching

Maxims are time-tested rules of procedure that make teaching effective. Learn them as from → to pairs:

M.2 Phases of teaching (Philip Jackson)

M.3 Levels of teaching

Memory level is the entry floor, understanding builds on memory, and reflective teaching presupposes both.

M.4 Lesson planning

Herbartian five steps (from J.F. Herbart's formal steps, systematised by his followers such as Ziller and Rein):

1. Preparation / Introduction — test previous knowledge, create readiness, announce the aim
2. Presentation — develop new matter with pupils' active participation
3. Association / Comparison — link new knowledge with old and with parallel examples
4. Generalisation — pupils derive the rule/definition/principle
5. Application — use the rule in new situations; homework
6. (Recapitulation — concluding evaluation of the lesson, commonly added as the assessment step)

RCEM approach (Regional College of Education, Mysore): an Indian, systems-style lesson design in three blocks — Input (entering behaviour + objectives written as expected behavioural outcomes), Process (learning activities, communication strategy), Output (evaluation of the outcomes as terminal behaviour).

Unit planning: teaching organised around meaningful wholes (units) rather than isolated daily fragments — associated with Morrison (his unit cycle: exploration → presentation → assimilation → organisation → recitation). Instructional objectives for lessons and units are written using Bloom's taxonomy — Chapter 2.

M.5 Teaching aids — Edgar Dale's Cone of Experience

Edgar Dale (Audio-Visual Methods in Teaching, 1946) arranged learning experiences on a cone from most concrete (base) to most abstract (apex):

• Base upwards: direct purposeful experiences → contrived experiences → dramatised experiences → demonstrations → study trips → exhibits → educational television → motion pictures → recordings, radio, still pictures → visual symbols → verbal symbols (apex).
• Message: "learning by doing" (base) gives the richest, most retained experience; words alone (apex) are the most abstract.
• Projected aids: slide projector, OHP transparencies, film/film-strip, epidiascope, LCD projector. Non-projected aids: blackboard, charts, posters, maps, globes, models, flashcards, real objects.

Trap: In Dale's cone, direct experience is at the BASE, verbal symbols at the apex — distractors invert the cone. (Beware also of fabricated "retention percentages" attached to the cone; Dale gave an order of concreteness, not fixed percentages.)

M.6 Action research and the reflective practitioner

• Action research: small-scale, self-corrective enquiry by practitioners into their own practices. The term comes from Kurt Lewin; Stephen M. Corey popularised it in education (Action Research to Improve School Practices, 1953). Cycle in brief: identify a felt problem → form an action hypothesis → act → collect evidence → conclude and modify practice. It aims at improving one's own school practice, not at building generalisable theory.
• Reflective practitioner (Donald Schön): professionals grow by reflection-in-action (thinking while doing) and reflection-on-action (thinking after doing) — one line, one mark.

THE EXAMINER'S ANGLE

How this material is actually converted into questions — six recurring patterns:

1. Stage–age matching (Piaget / Erikson / Kohlberg). Four stages in List-I, four ages or markers in List-II. Defence: learn each table as a whole row, not as isolated facts — "concrete operational–7 to 11–conservation" must fire as one unit.
2. Scenario → stage/concept classification. A behaviour is described ("a child believes the moon follows her") and you name the stage or concept (preoperational animism). Defence: for every stage, memorise one signature behaviour; for every defence mechanism and attribution, one stock example.
3. Theorist ↔ theory matching. Intelligence and motivation theories are the favourites: Spearman–g, Thurstone–7, Guilford–180, Gardner–8, Sternberg–3, Goleman–EI; Maslow–hierarchy, McClelland–n-Ach, Weiner–attribution, Bandura–self-efficacy. Numbers are the anchors.
4. Method ↔ originator. Project–Kilpatrick, heuristic–Armstrong, brainstorming–Osborn, jigsaw–Aronson, micro-teaching–Allen, linear PI–Skinner, branching PI–Crowder, FIACS–Flanders, cone–Dale, action research in education–Corey.
5. FIACS category numbers and ratios. "Praising falls in category ", "category 10 is ", or an I/D-ratio interpretation. The 10-row table must be verbatim.
6. Order/sequence questions. Wallas (P-I-I-V), Kolb (CE-RO-AC-AE), 5E (Engage-Explore-Explain-Elaborate-Evaluate), Herbartian steps, project-method steps, micro-teaching cycle. Exam tactic: check the first and last elements of each option before reading the middle — it usually eliminates two options instantly.

COMMON ERRORS THAT COST MARKS

1. Placing conservation in the preoperational stage. Conservation is achieved in the concrete operational stage; the preoperational child fails conservation tasks.
2. Misplacing egocentrism. Egocentrism (three-mountain task) is the hallmark of the preoperational stage — not concrete operational, not sensorimotor.
3. Confusing Erikson's play-age and school-age crises. Industry vs inferiority is 6–12 (school age); initiative vs guilt is 3–6 (play age).
4. Promoting "law and order" to post-conventional. It is Stage 4, conventional level. Stage 5 (social contract) begins the post-conventional level.
5. Swapping Gardner and Guilford. Gardner = 8 multiple intelligences; Guilford = Structure of Intellect, 180 cells. Numbers-to-names must be exact.
6. Crediting the heuristic method to the wrong man. Heuristic method = H.E. Armstrong.
7. Crediting the project method to Dewey. The project method is Kilpatrick's (Dewey was the inspiration, not the formaliser).
8. Misattributing micro-teaching. Micro-teaching = D.W. Allen, Stanford, 1963 — not Flanders, not Skinner, not Passi (Passi adapted it for India).
9. Calling Flanders category 10 "pupil talk". Category 10 = silence or confusion; pupil talk is 8 (response) and 9 (initiation).
10. Inverting Dale's cone. Direct purposeful experience sits at the BASE; verbal symbols at the apex. Any option with "direct experience at the top" is wrong.

COMPRESSED REVISION SHEET

Piaget at a glance

Erikson's eight

Kohlberg's six

Method: moral dilemmas (Heinz). Critique: Gilligan — ethic of care, gender bias.

Intelligence — theorist ↔ model

Motivation — theorist ↔ concept

Learning difficulties — type ↔ difficulty

Method ↔ originator

FIACS — the ten categories

I/D ratio = (1–4) ÷ (5–7); >1 = indirect style. Two-thirds rule: talk ⅔ of time; ⅔ of it teacher's; ⅔ of that direct.

The fixed sequences

Maxims (recite as pairs)

Known→unknown · Simple→complex · Concrete→abstract · Particular→general · Whole→part · Psychological→logical · Near→far · Analysis→synthesis

Rapid one-liners

• Levels of teaching: memory–Herbart, understanding–Morrison, reflective–Hunt (lowest → highest).
• Counselling: directive–Williamson, non-directive–Rogers, eclectic–Thorne; guidance is broader than counselling.
• UDL: multiple means of engagement (why), representation (what), action & expression (how).
• Integration: child adjusts; inclusion: school adjusts.
• Defence anchors: sour grapes–rationalisation; boss-to-family anger–displacement; "everyone hates me"–projection; sport as outlet–sublimation.
• Creativity components: fluency, flexibility, originality, elaboration; threshold with IQ ≈ 120.
• RCEM (Regional College of Education, Mysore): input → process → output lesson design.