Child Development and Learning · 10 min read
Theories of Development and Learning
This chapter covers content topic I.A, Developmental Knowledge, focusing on the theories and research that explain how young children develop and learn. Expect items that describe a classroom moment and ask which theorist's ideas it reflects, or that ask which practice follows from a given theory.
Jean Piaget: Cognitive Constructivism
Piaget viewed children as active builders of knowledge who construct understanding by interacting with objects and people. Key processes include the following.
Piaget's Stages of Cognitive Development
| Stage | Approximate Ages | Key Features |
|---|---|---|
| Sensorimotor | Birth to 2 | Learns through senses and actions; develops object permanence; begins symbolic thought near the end |
| Preoperational | 2 to 7 | Symbolic and pretend play, language growth; egocentrism, centration, animism; lacks conservation |
| Concrete operational | 7 to 11 | Logical thinking about concrete objects; conservation, reversibility, classification, seriation |
| Formal operational | 11 and up | Abstract and hypothetical reasoning |
Most early childhood items focus on the first two stages and the shift into the third.
Sensorimotor highlights:
Object permanence, the understanding that objects exist when out of sight, develops gradually across the first two years. A common sign of partial understanding is the A-not-B error: an infant who has repeatedly found a toy under cloth A keeps searching under A even after watching it be hidden under cloth B.
Deferred imitation (reproducing an action seen earlier) and simple pretending at the end of this stage mark the beginning of mental representation.
Preoperational highlights:
Concrete operational children understand conservation because they can decenter (consider height and width together) and reverse operations.
Common Trap: Egocentrism in Piaget's sense is a cognitive limitation in perspective-taking, not selfishness. A distractor may describe it as a moral or personality problem.
Exam Tip: When an item describes a child judging quantity by appearance (the longer row has more coins, the flattened clay has more), the best label is lack of conservation, and the underlying cause is centration.
Classroom implications of Piaget: provide hands-on materials, allow active exploration and discovery, plan activities that match children's stage, and create mild disequilibrium through open-ended questions ("What do you think will happen if...?"). Critics note that Piaget underestimated young children's abilities and paid less attention to culture and social interaction.
Lev Vygotsky: Sociocultural Theory
Piaget and Vygotsky Compared
| Issue | Piaget | Vygotsky |
|---|---|---|
| Main driver of development | Child's own exploration and maturation | Social interaction and culture |
| Role of language | Reflects thought | Shapes and guides thought |
| Self-talk | Egocentric speech that fades | Private speech used for self-regulation |
| Teacher's role | Arrange the environment for discovery | Guide and scaffold within the ZPD |
Memory Aid: Piaget = the child as a little Scientist, exploring alone. Vygotsky = the child as an Apprentice, learning alongside a mentor.
Erik Erikson: Psychosocial Theory
Erikson described eight life stages, each defined by a psychosocial crisis. Four apply to early childhood and the primary grades.
Erikson's Early Childhood Stages
| Stage | Approximate Ages | Supportive Adult Practices |
|---|---|---|
| Trust vs. mistrust | Birth to about 1 | Respond promptly and consistently to needs; primary caregiving |
| Autonomy vs. shame and doubt | About 1 to 3 | Offer limited choices; allow self-help; avoid shaming toileting accidents |
| Initiative vs. guilt | About 3 to 6 | Encourage planning, pretend play, and new projects; avoid harsh criticism of attempts |
| Industry vs. inferiority | About 6 to 12 | Provide tasks with achievable challenge; recognize effort and competence |
A two-year-old who insists on pouring her own milk is working on autonomy; spills are part of learning. A four-year-old who plans and builds an elaborate block zoo is showing initiative.
Attachment: Bowlby and Ainsworth
John Bowlby proposed that infants are biologically prepared to form attachments to caregivers, who act as a secure base for exploration and a safe haven in distress. Early attachments form an internal working model of relationships.
Mary Ainsworth studied attachment with the Strange Situation procedure, in which a child aged roughly 12 to 18 months experiences brief separations from and reunions with a caregiver in an unfamiliar room.
Attachment Classifications
| Type | Typical Behavior in the Strange Situation |
|---|---|
| Secure | Explores using caregiver as a base; may be upset at separation; seeks comfort at reunion and calms quickly |
| Insecure-avoidant | Little distress at separation; ignores or avoids caregiver at reunion |
| Insecure-resistant (ambivalent) | Very distressed at separation; seeks contact at reunion but resists or stays angry; hard to calm |
| Disorganized (added by Main and Solomon) | Contradictory or confused behavior, such as approaching then freezing |
Practice implications: primary caregiving and continuity of care in infant and toddler programs, warm and responsive interactions, and predictable goodbye routines.
Bronfenbrenner: Ecological Systems Theory
Urie Bronfenbrenner described development as shaped by nested systems that interact.
Bronfenbrenner's Systems
| System | Definition | Example |
|---|---|---|
| Microsystem | Settings where the child directly participates | Family, classroom, neighborhood playground |
| Mesosystem | Connections between microsystems | Communication between parents and the teacher |
| Exosystem | Settings that affect the child without direct participation | A parent's workplace schedule; a school board decision |
| Macrosystem | Broad cultural values, laws, and economic conditions | Cultural beliefs about independence; national family leave policy |
| Chronosystem | Changes over time | A family move, a divorce, a new sibling |
Exam Tip: A family conference is a mesosystem event because it links two microsystems. A parent's new night shift that leaves the child tired is an exosystem influence.
Behaviorism and Social Learning: Skinner and Bandura
B. F. Skinner's operant conditioning holds that behavior is shaped by its consequences.
Albert Bandura's social learning theory (later social cognitive theory) adds that children learn by observing models. In his Bobo doll studies, children who watched an adult hit an inflatable doll were more likely to imitate the aggression. Key ideas include observational learning, vicarious reinforcement (seeing a peer rewarded), modeling, and self-efficacy (belief in one's ability to succeed).
Common Trap: Negative reinforcement increases behavior; punishment decreases it. Items often use "negative reinforcement" as a distractor for punishment.
Maslow and Gardner
Abraham Maslow's hierarchy of needs places physiological needs (food, sleep) and safety at the base, followed by love and belonging, esteem, and self-actualization. A hungry or frightened child cannot focus on learning, which supports breakfast programs, predictable routines, and warm relationships.
Howard Gardner proposed multiple intelligences: linguistic, logical-mathematical, spatial, bodily-kinesthetic, musical, interpersonal, intrapersonal, and naturalist. In practice, the theory supports offering varied ways to explore and show learning. It does not mean labeling a child as one type of learner.
Historical and Program Pioneers
Early Childhood Pioneers and Approaches
| Figure or Approach | Key Ideas | Classroom Example |
|---|---|---|
| Friedrich Froebel | Founded the kindergarten ("children's garden"); play as the highest form of learning; "gifts" (blocks, balls) and "occupations" | Unit blocks and circle songs |
| Maria Montessori | Prepared environment; absorbent mind; sensitive periods; self-correcting materials; practical life; mixed ages | Child-sized tools on low shelves; cylinders that fit only one hole |
| John Dewey | Learning by doing; education rooted in experience and democratic community | Class garden that leads to measuring and graphing |
| Arnold Gesell | Maturation unfolds on a biological timetable; developmental norms | Age-based norms used in developmental checklists |
| Jerome Bruner | Modes of representation (enactive, iconic, symbolic); spiral curriculum; discovery learning | Counting with blocks, then pictures, then numerals |
| Noam Chomsky | Innate language acquisition device; universal grammar | Explains overgeneralizations like "goed" |
| Reggio Emilia (Loris Malaguzzi) | Image of the competent child; "hundred languages"; environment as third teacher; documentation; long-term projects | Panels of photos and child quotes tracing a shadow project |
Worked Example: In a preschool, Ana, 4, tries to build a ramp that makes a car roll farther but keeps placing the block flat. The teacher asks, "What could you change about the block?" When Ana tries tilting it slightly, the teacher says, "Try one more block under the end." Soon Ana adjusts the height on her own. Which theory best explains the teacher's approach?
The teacher does not give the full solution or leave Ana to struggle alone.
Support begins with a question, becomes a more specific hint when needed, and is withdrawn once Ana succeeds.
This is targeted support within Ana's zone of proximal development.
Result: Vygotsky's sociocultural theory, specifically scaffolding within the ZPD.
Brain Development
Research on early brain development supports many early childhood practices.
In the early years, the brain forms synapses (connections between neurons) at an extraordinary rate, far more than will be kept.
Synaptic pruning removes connections that are rarely used, while frequently used connections are strengthened: "use it or lose it."
Myelination, the coating of nerve fibers that speeds signals, continues through childhood and adolescence; the prefrontal cortex matures last.
Sensitive periods are windows when the brain is especially responsive to certain experiences, such as vision and language sounds. Learning can occur later, but it is easier during these windows.
Serve-and-return interaction, in which an adult notices a child's babble, gesture, or look and responds warmly, builds brain architecture. A teacher who echoes an infant's coo and waits for the next coo is engaging in serve and return.
Chronic, unbuffered stress (toxic stress) can disrupt developing brain circuits; Chapter 1.4 covers this in detail.
Key Takeaways
Piaget: children construct knowledge; preoperational thinking shows egocentrism, centration, animism, and lack of conservation.
Vygotsky: learning is social; teach within the ZPD with scaffolding; private speech is a self-regulation tool.
Erikson's early stages are trust, autonomy, initiative, and industry; Ainsworth's attachment types are secure, avoidant, resistant, and disorganized.
Bronfenbrenner: micro, meso, exo, macro, and chrono systems; a parent-teacher partnership is mesosystem.
Negative reinforcement increases behavior; Bandura emphasizes modeling and self-efficacy.
Serve-and-return interaction and synaptic pruning explain why responsive early experiences matter.
Study coach
Ask about this chapter
Answers come only from “Theories of Development and Learning”. If the chapter doesn't cover it, the coach will say so.
Finished reading?
Lock it in with a quick Child Development and Learning quiz.