Child Development, Differences, and Learning · 20 min read
How Children Learn: Learning Processes and Pathways
This chapter covers Competency 0002: knowledge of learning processes and how to provide multiple pathways to learning. You will review how children construct meaning, how memory and attention work, what metacognition looks like in young learners, the types and stages of play, Universal Design for Learning, learning strategies and resources including technology, how to foster independent and higher-order thinking and ownership of learning, and how home, school, and community factors such as poverty, mobility, trauma, health, and language affect learning.
Constructivism: Children Build Understanding
Constructivism is the view that learners actively build knowledge by connecting new experiences to what they already know. Knowledge is not poured into a child; the child makes sense of it. This view draws on both Piaget (individual exploration and schema change) and Vygotsky (social construction through dialogue and cultural tools).
For teachers, constructivism has several practical consequences:
Start with what children already know. Activating prior knowledge gives new information a place to attach.
Use experiences that let children explore, predict, test, and explain.
Expect and use misconceptions. A child's wrong idea is evidence of active thinking; good teaching surfaces it and lets the child test it.
Ask children to explain their reasoning, not just give answers.
Balance exploration with explicit teaching. Constructivism does not mean leaving children alone to discover everything. Foundational skills such as phonics and math facts benefit from explicit, systematic instruction, and discovery works best when it is guided.
Classroom Example: Before a grade 2 unit on magnets, Mr. Nguyen asks students to predict which classroom objects a magnet will pick up. Many predict "all metal things" and "shiny things." Students then test a tray of objects, including aluminum foil, a penny, a paper clip, and a steel washer, and sort them. When the foil and penny are not attracted, students revise their idea. The teacher used the misconception as a starting point rather than simply telling students the rule.
Schema Theory
A schema is an organized structure of knowledge about a topic. When children have rich schemas, new information is easier to understand and remember. A child who has visited a farm brings a schema to a story about a barn; a child who has never been near a farm may need pictures, video, or a short discussion first. Building background knowledge is therefore a key part of reading comprehension, especially for English learners and children with limited exposure to a topic.
Strategies that activate or build schema include K-W-L charts (what I Know, what I Want to know, what I Learned), picture walks before reading, short videos or real objects, anticipation guides, and brainstorming webs.
Information Processing and Memory
The information processing model compares the mind to a system that takes in, holds, and stores information. It is a helpful way to explain why some teaching moves work.
The Information Processing Model
| Component | What It Does | Teaching Implication |
|---|---|---|
| Sensory memory | holds sights and sounds for a moment | gain attention; reduce distractions |
| Attention | selects what moves on for processing | clear signals, novelty, relevance |
| Working (short-term) memory | holds a small amount of information briefly while we use it | chunk information; limit steps; use visuals |
| Long-term memory | stores knowledge and skills, potentially for a lifetime | connect to prior knowledge; practice and review |
| Retrieval | brings stored information back to working memory | retrieval practice, cues, quick quizzes |
Key ideas:
Working memory is limited. Adults can hold only a handful of items at once, and young children hold fewer. Multi-step oral directions overload young children; giving directions one or two steps at a time, with visual support, helps.
Chunking groups information into meaningful units. Learning a phone number in three chunks is easier than ten separate digits; learning word families (cat, hat, mat) chunks spelling patterns.
Encoding is the process of moving information into long-term memory. Information is encoded more deeply when it is meaningful, connected to prior knowledge, and processed actively (explained, drawn, acted out) rather than just heard.
Rehearsal can be maintenance rehearsal (simple repetition, which keeps information in working memory) or elaborative rehearsal (connecting new information to existing knowledge, which supports long-term storage).
Spaced practice and retrieval practice strengthen long-term memory. Short review sessions spread over days, and quick low-stakes recall activities, work better than a single cram session.
Dual coding means pairing words with visuals, which gives the brain two routes to the same information.
Mnemonics, songs, and rhymes help children memorize lists and facts.
Automaticity is the ability to perform a skill quickly and without conscious effort, such as recognizing sight words or recalling math facts. Automatic basic skills free working memory for higher-level tasks such as comprehension or problem solving.
Cognitive load is the total demand on working memory. Teachers reduce unnecessary load by giving clear directions, using worked examples, removing clutter from materials, and teaching one new idea at a time.
Classroom Example: A grade 3 teacher notices students forgetting the steps of a long-division procedure. She posts a visual anchor chart with an icon for each step, teaches a simple mnemonic for the sequence, and begins each math lesson with a three-minute review problem from the previous week. Students are using visuals, chunking, and spaced retrieval, all of which reduce working-memory overload.
Exam Tip: If a question describes students who "can't remember the directions," the best answer usually reduces load on working memory: fewer steps at a time, visual supports, modeling, or a checklist. Repeating the same oral directions more loudly does not address the problem.
Metacognition
Ways to build metacognition in PK-5:
Learning journals and exit slips that ask children to explain how they solved something.
Goal setting: children set a small, specific goal and track it over time.
Classroom Example: In a grade 1 reading group, Ms. Patel models stopping at a confusing word, saying aloud, "That didn't sound right. Let me go back and check the letters." She gives each child a bookmark with three pictures for fix-up strategies (reread, check the picture, sound it out). When a child self-corrects, she names it: "You noticed that didn't make sense and fixed it. That's what good readers do." She is teaching both a skill and the awareness to use it.
Types and Stages of Play
Play is a central learning process for young children, and the exam expects you to know two classification systems: Mildred Parten's social stages of play and the cognitive types of play.
Parten's Stages of Social Play
| Stage | Description | Typical Ages |
|---|---|---|
| Unoccupied | child observes or moves randomly without clear play | infancy |
| Solitary | plays alone, not engaging with others | infancy to about 2, continues at all ages |
| Onlooker | watches others play, may talk to them but does not join | about 2 and up |
| Parallel | plays beside others with similar materials but not together | about 2 to 3 |
| Associative | plays with others, shares materials and talks, but without a shared goal or roles | about 3 to 4 |
| Cooperative | plays together toward a shared goal with roles and organization | about 4 and up |
Memory Aid: "U Should Only Play As a Child" lists Unoccupied, Solitary, Onlooker, Parallel, Associative, Cooperative in order.
Two points matter for the exam. First, earlier forms do not disappear; a five-year-old may choose solitary play on a given day, and that is healthy. Solitary play is not a sign of a problem by itself. Second, onlooker behavior is often a step toward joining. A teacher can support an onlooker by gently inviting the child in or giving her a role, rather than forcing participation.
Cognitive Types of Play
| Type | Description | Example |
|---|---|---|
| Functional | repeated movements or actions with objects for their own sake | rolling a car back and forth, filling and dumping sand |
| Constructive | using materials to build or create something | block towers, collage, Lego bridge |
| Dramatic (symbolic or pretend) | using objects and actions to represent something else; taking on roles | playing restaurant, a block as a phone |
| Games with rules | play with agreed-on rules, often competitive | board games, tag, four square |
Functional play dominates in toddlers; constructive and dramatic play flourish in preschool and kindergarten; games with rules grow in the primary grades as children become better able to follow and negotiate rules. Sociodramatic play, which is dramatic play with others, is particularly strong for language, self-regulation, and perspective-taking.
Common Trap: Confusing associative and cooperative play. If children share materials and chat but each builds his own tower, that is associative. If they agree to build one castle together and assign jobs, that is cooperative.
Classroom Example: In a preschool block area, Jalen builds alone beside Sophia, who is also building. Neither speaks to the other. The teacher recognizes parallel play, which is typical for a three-year-old. She sits near both, describes what each is doing, and wonders aloud whether their towers could be connected by a road. She is offering a bridge to associative play without forcing it.
Learning Strategies Children Can Use
Children become more successful learners when they are taught explicit strategies and given practice choosing among them.
Multiple Means and Multiple Pathways to Learning
Children differ in background knowledge, language, interests, strengths, and needs. Effective teachers offer several pathways to reach the same learning goal. A child might learn about the life cycle of a butterfly by observing live caterpillars, reading a picture book, watching a short video, sequencing picture cards, acting out the stages, and drawing a labeled diagram. The goal stays the same; the routes vary.
Multiple pathways also apply to how children show what they know. A child who struggles with writing may show understanding of a story by retelling it orally, drawing a sequence, or acting it out.
Universal Design for Learning
Universal Design for Learning (UDL) is a framework for designing lessons that are accessible to the widest range of learners from the start, rather than retrofitting supports after a lesson fails. It comes from the idea of universal design in architecture: a curb cut built for wheelchair users also helps parents with strollers and travelers with suitcases. UDL rests on three principles.
The Three UDL Principles
| Principle | The "Why," "What," or "How" | PK-5 Examples |
|---|---|---|
| Multiple means of engagement | the why of learning: interest, motivation, persistence | choices of topic or materials, relevant real-world tasks, self-regulation supports, varied challenge levels |
| Multiple means of representation | the what of learning: how information is presented | read aloud plus text, visuals, video, models, vocabulary support, background knowledge |
| Multiple means of action and expression | the how of learning: how students show learning | oral, written, drawn, built or digital responses; assistive technology; organizers and checklists |
Memory Aid: UDL is "Why, What, How": engagement is why learners care, representation is what they learn, and action and expression is how they show it.
Key ideas about UDL:
UDL is proactive. It plans for variability before teaching rather than reacting after a child fails.
UDL keeps learning goals firm and makes means flexible. If the goal is understanding the main idea of a passage, students can access the passage in different ways, but the goal does not change.
UDL benefits everyone, not just students with disabilities or English learners.
UDL differs from differentiation in emphasis: UDL designs flexibility into the lesson for all from the beginning, while differentiation adjusts instruction for particular students or groups based on assessment. The two work well together.
Classroom Example: A kindergarten teacher plans a lesson on the parts of a plant. She brings real plants for children to touch, shows a large labeled diagram, sings a short song about roots, stems, and leaves, and reads a picture book. For the closing task, children can label a picture with stickers, build a plant from pipe cleaners and paper, or tell a partner about the parts while the teacher records. Every child works toward the same goal through multiple means of engagement, representation, and expression.
Exam Tip: If an answer choice offers the same flexible options to the whole class from the start, it reflects UDL. If it waits until after students fail to add supports, or changes the learning goal for some students without reason, it is weaker.
Strategies and Resources, Including Technology
Effective teachers draw on a range of resources: manipulatives, realistic objects, leveled books, picture books, audio recordings, primary sources (such as photographs and simple artifacts for social studies), community members, field trips, and technology.
Technology can extend learning when it serves a clear goal:
Text-to-speech and audiobooks give access to content for children still learning to decode.
Speech-to-text and word prediction help children whose ideas outpace their handwriting.
Interactive simulations let children manipulate variables they could not test in a classroom, such as planetary motion.
Digital drawing and recording tools let children show learning in new ways.
Video conferencing and digital portfolios can connect children with experts and families.
Young children need technology use that is active, social, and limited in time, not passive screen exposure. The best answer on the exam uses technology because it improves access or deepens learning, not because it is new.
Common Trap: Choosing a technology option just because it sounds modern. Ask whether the tool directly supports the stated goal better than the alternatives. An app that only digitizes a worksheet adds little; a recording tool that lets a child with fine motor delays dictate a story adds a great deal.
Fostering Independent Thinking, Reflection, and Higher-Order Thinking
Higher-order thinking includes analyzing, evaluating, and creating, as opposed to only remembering and understanding. Young children are capable of higher-order thinking when the content is concrete and familiar.
Ask open-ended questions: "Why do you think the character did that?" "What would happen if...?" "How are these two the same and different?"
Use wait time so children have time to think before answering.
Pose real problems: "Our class garden needs a fence. How much string will we need?"
Encourage children to justify answers: "How do you know?" "Can you prove it?"
Compare and contrast stories, characters, and solutions.
Invite creation: inventing a new ending, designing a model, composing a song.
Build in reflection: "What did you learn about yourself as a learner today?"
Classroom Example: Instead of asking her grade 5 class to list causes of a historical event from a textbook, Ms. Rivera gives groups four short primary-source excerpts and photographs, all written in student-friendly language. Groups decide which causes seem most important, rank them, and defend their ranking to another group. Students analyze, evaluate, and argue from evidence.
Organization, Time Management, and Ownership of Learning
As children move through the primary grades, they take on more responsibility for organizing materials, managing time, and directing their learning. These are executive function skills that must be taught and scaffolded.
Ownership increases motivation and persistence. Children who set and track their own goals and can explain what they are working on are more engaged than children who simply complete assigned tasks.
Exam Tip: When a question asks how to help students become more independent, look for answers that teach a strategy explicitly, provide a tool, and then gradually transfer responsibility. Answers that simply tell children to "be more responsible," or that keep the teacher doing everything, miss the point.
Home, School, and Community Factors That Affect Learning
Learning does not happen in a vacuum. Bronfenbrenner's ecological model reminds us that families, neighborhoods, and broader conditions all shape a child's readiness and capacity to learn. The exam expects teachers to recognize these factors, respond with sensitivity, and focus on what the school can do, without stereotyping or lowering expectations.
Factors That Affect Learning and Teacher Responses
| Factor | Possible Effects on Learning | Supportive Teacher Responses |
|---|---|---|
| Poverty and economic stress | food insecurity, limited materials, stress, less access to enrichment | ensure access to supplies, connect families to resources, avoid costly assignments, hold high expectations |
| Mobility (frequent moves, homelessness) | gaps in learning, missed records, social disruption | quick assessment of skills, warm welcome, buddy system, involve the school's homeless liaison when relevant |
| Trauma and adverse experiences | difficulty with attention, regulation, trust and memory | predictable routines, strong relationships, calm spaces, referral to counselor |
| Health (chronic illness, vision, hearing, nutrition, sleep) | absences, fatigue, missed information | coordinate with school nurse, make up work flexibly, ensure screenings |
| Language (home language other than English) | academic language gaps while strong in home language | value the home language, build academic vocabulary, use visuals and peer talk |
| Family structure and transitions | divorce, deployment, new siblings, loss can affect emotions and focus | sensitive communication, flexible support, counselor involvement |
Under federal law (the McKinney-Vento Homeless Assistance Act), children experiencing homelessness have the right to immediate enrollment and to remain in their school of origin when that is in their best interest, and each district has a liaison who coordinates support. Teachers do not need to know legal detail, but they should know to involve the appropriate school staff.
Classroom Example: A grade 2 student, Amara, enrolls in March after her family's third move this year. Her teacher gives a quick informal reading and math check during the first week to learn her current skills, assigns a classroom buddy, introduces her to routines with a picture schedule, and contacts her family to welcome them and ask about Amara's strengths and interests. She also checks with the office about records from previous schools. These steps address both the academic gaps and the social disruption that mobility causes.
Common Trap: Assuming that a family's economic situation determines a child's potential or interest in school. Answers that lower expectations, assign blame, or assume families do not care are never correct. The best answers remove barriers and keep expectations high.
Transfer and Concept Development
Transfer is the ability to use learning in a new situation. A child who learns to measure length with paper clips in math and then measures plant growth in science without being told is transferring a skill. Transfer does not happen automatically for young children; teachers promote it by teaching concepts in more than one context, naming the connection explicitly ("This is the same comparing we did with the two stories yesterday"), and asking children where else they could use a strategy.
Concepts develop from examples and non-examples. A kindergartner forms the concept of "triangle" by seeing many triangles of different sizes, colors, and orientations, along with shapes that look similar but are not triangles. If the only triangles a child ever sees sit on a flat base, she may decide an upside-down triangle is "not a triangle anymore." Varied examples prevent narrow concepts, and sorting activities with examples and non-examples help children identify the defining features.
Classroom Example: A grade 3 teacher introduces the concept of a "community need" in social studies. Students look at pictures of a crosswalk, a food pantry, a library, and a playground, and then pictures of things that are wants rather than needs. They sort the pictures, explain their choices to a partner, and finally identify a need in their own neighborhood. Varied examples, non-examples, discussion, and application to their own lives build a durable concept that students can transfer.
Learning Through Inquiry
Inquiry learning begins with a question that children investigate. In PK-5 settings, inquiry is usually guided or structured: the teacher poses the question and provides materials, and children make predictions, observe, record, and explain. A simple inquiry cycle might be wonder, predict, investigate, record, share, and reflect. Inquiry builds curiosity, reasoning, and scientific habits of mind, and it is a natural fit with constructivist and social learning views.
Pulling It Together: How to Read a Learning-Process Question
Most Competency 0002 questions can be answered by running through a quick checklist. Is the task connected to what the children already know? Does it fit the limits of their working memory and attention? Does it give them an active role? Does it offer more than one way to access and show learning? Does it build their awareness and ownership of their own learning? Does it account for any home or community factor described in the scenario? The answer that says yes to the most of these questions, while keeping the learning goal clear, is usually the best choice.
Key Takeaways
Children construct understanding by connecting new experiences to prior knowledge; guided discovery, discussion, and explicit teaching work together.
Working memory is limited, so chunking, visuals, short directions, spaced practice, and retrieval practice help knowledge stick; automatic basic skills free memory for higher-level thinking.
Metacognition can be taught in PK-5 through think-alouds, self-monitoring tools, reflection, and goal setting.
Know Parten's stages (unoccupied, solitary, onlooker, parallel, associative, cooperative) and the cognitive types of play (functional, constructive, dramatic, games with rules).
UDL plans multiple means of engagement, representation, and action and expression for all students from the start while keeping learning goals firm.
Poverty, mobility, trauma, health, and language affect learning; teachers respond by removing barriers, partnering with families and specialists, and keeping expectations high.
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