learners and learning science
Lesson 1.1: an overview of the stages of development
The stages of development
In the 20th century, psychologists like Jean Piaget, Erik Erikson, and Lev Vygotsky changed our understanding of how children develop. Piaget’s theory of cognitive development stated that children go through specific stages of thinking as they interact with their environment. Erikson built upon this research, describing psychosocial stages of development that spanned a person's whole life, with each stage marked by specific challenges and tasks. Vygotsky suggested that people's cognitive growth comes from social and cultural interactions, not just set stages. He emphasized how our culture and surroundings shape how we learn.
Q: How do contemporary developmental psychologists view human development? A: As a dynamic interplay of genetic, biological, environmental, and cultural factors, Correct! Development is seen as a complex interaction between these factors.
Introduction of Erikson's and Piaget's stages
Erik Erikson's Psychological Development Theory outlines the initial five stages of psychosocial development that individuals progress through from infancy to adolescence. Figure 2.1, provides a condensed visual overview of Erikson's theory, focusing specifically on the early stages of psychosocial development. It highlights the key developmental tasks and challenges that children experience during infancy, early childhood, preschool, and school-age years, laying the foundation for later stages of development.
Figure 2.1. Erikson's psychological development theory
Jean Piaget's Cognitive Development Theory outlines the stages of intellectual development that children progress through from infancy to adolescence. The infographic below, Figure 2.2, provides a visual overview of Piaget's theory, highlighting the key cognitive stages and milestones that individuals progress through during childhood and adolescence and the emergence of higher-level thinking skills over time.
Figure 2.2. Piaget cognitive development theory
Q: Which of the following statements are associated with Erik Erikson's Psychological Development Theory? A: Suggests that individuals progress through stages marked by psychosocial crises, Suggests that individuals progress through stages marked by psychosocial crises" is correct. Erikson's theory describes development through stages, each characterized by a psychosocial crisis.
Lesson 1.2: infant-toddler
During the infant-toddler stage, which usually lasts from birth until about three years old, children grow physically, emotionally, and cognitively. Physically, infants undergo significant changes in size, strength, and motor skills. In the first few months, they typically double their birth weight and grow several inches in length. They also start learning to do things like grabbing objects and eventually start moving around by crawling and/or walking. Emotionally, infants form attachments with their caregivers, typically their parents or primary providers, during this stage. These early relationships are very important because they lay the groundwork for how children will socialize and handle their emotions later.
During the infant-toddler period, Jean Piaget's sensorimotor stage is key to understanding how infants/toddlers think. Piaget believed that infants learn about the world by using their senses and doing things. Infants learn to recognize and respond to familiar faces, develop preferences for certain caregivers, and start communicating by crying, smiling, and making sounds. One thing they learn is object permanence, which means understanding that things still exist even when they cannot see them. In this stage, babies do things like repeat actions to figure out how things work around them. This helps them develop important skills for later, like learning language and understanding symbols.
Erik Erikson's psychosocial theory suggests that during this period, infants develop a sense of trust or mistrust in their caregivers followed by learning autonomy or shame/doubt in their abilities to explore the world. Trust is fostered when infants receive consistent care and nurturing from their caregivers, allowing them to feel secure in their environment. However, a lack of responsiveness or inconsistent care can lead to mistrust. As toddlers start to explore and do things on their own, they may develop a sense of autonomy if they are encouraged. But if they're criticized or controlled too much, they may develop shame and doubt.
Understanding these stages is important for how we teach and care for young children. Infants and toddlers learn best when they can touch and explore things around them. So, our teaching methods should be hands-on and pay attention to what they like. For example, opportunities for sensory exploration, giving them toys to touch, playing music, and letting them move around can help them learn. Creating a safe and loving environment where they feel free to explore and express themselves also helps them build trust and confidence. And because every child is different, we need to adapt our teaching to fit each child's needs and abilities.
Figure 2.3 presents a breakdown of child development during the first three years. Each segment highlights the significant milestones and developmental achievements that typically occur during that timeframe.
Figure 2.3. Infant-Toddler Development
Q: True or False? Object permanence refers to the tendency to perceive objects as having stable, unchanging properties over time. A: False, correct: Object permanence refers to the understanding that objects continue to exist even when they are not visible, not to the perception of objects as having stable, unchanging properties.
Key terms
sensorimotor stage: Infants (0–2 years old) explore through senses and actions, developing an understanding of object permanence and laying cognitive foundations
object permanence: the understanding that something still exists even though it cannot be seen or heard
trust versus mistrust stage: Infants learn to rely on caregivers for their basic needs, fostering trust—while inconsistency in meeting these needs can lead to mistrust, suspicion, and anxiety about their environment.
autonomy versus shame/doubt stage: The shame and doubt stage involves a child's journey toward independence and decision-making
sensory exploration: involves activities that engage the senses—touch, sight, hearing, smell, and taste—helping children explore and understand the world around them
Lesson 1.3: preschool (ages 3 to 4)
Preschool stage
During the preschool stage, usually from ages three to four, children experience important changes physically and cognitively. Physically, they keep growing, but not as fast as when they were infants. They get stronger and better at moving so they can do things like run, jump, climb, and balance. Fine motor skills also improve, allowing them to use forks and spoons, draw shapes, and thread beads onto strings.
According to Erik Erikson's psychosocial theory, preschoolers enter the stage of initiative versus guilt. In this stage, children start wanting to be more independent and explore the world around them. They use their imagination and creativity a lot and like to have imaginative play, however they may have feelings of guilt or anxiety if they think they did something wrong or if adults don't like what they're doing.
Preschoolers are at a stage of cognitive development called Piaget's pre-operational stage. During this stage, children start to think symbolically and develop language skills. They can use words and symbols to represent things, actions, and ideas. They enjoy imaginative play using different roles and situations. However, they still struggle with being egocentric, seeing things from others' points of view, and they may believe in magical thinking, like thinking their thoughts or wishes can change reality.
Preschoolers' cognitive abilities affect teaching strategies in several ways. When you teach preschoolers, you should encourage imaginative play and creativity to help them develop and encourage emotional development. You should also use concrete, hands-on teaching strategies to help preschoolers understand complicated concepts since their thinking is still mostly based on what they can see and feel. You should also scaffold learning experiences to help children gradually develop problem-solving skills and overcome frustration. Scaffolding is when you break down complex concepts into small, more manageable steps helping children along the way. Overall, teaching strategies should be developmentally appropriate, recognizing and building upon preschoolers' growing cognitive abilities and emotional needs. Figure 2.4 summarizes the physical, pre-operational, and initiative versus guilt stages of development.
Figure 2.4. Preschool Development
Q: Which term is best defined as "breaking down complex concepts into small, more manageable steps?" A: Scaffolding correct, Scaffolding involves breaking down complex concepts into smaller, manageable steps to support learning and understanding.
Key terms
fine motor skills: Fine motor skills involve tiny muscles working with the brain and nervous system to control movements in areas like the hands, fingers, lips, tongue, and eyes
initiative versus guilt stage: Children between ages three and six display increased assertiveness by taking the lead in play and engaging in social interactions more actively
preoperational stage: children between the ages of two and seven years old think symbolically, using symbols to represent words, objects, images, individuals, and concepts, enabling the capacity to mimic behavior through imitation
egocentric: demonstrating a cognitive inclination where individuals find it challenging to acknowledge perspectives beyond their own
scaffolding: when the teacher breaks down complex concepts into small, more manageable steps helping children along the way
Lesson 1.4: kindergarten-1st grade (ages 5 to 6)
During the kindergarten and first grade stage, usually around ages five and six, children keep growing physically and cognitively. Physically, they grow taller and stronger and improve muscle coordination and balance. They also develop better fine motor skills, allowing them to be better at doing things with their hands, like writing, cutting with scissors, and tying shoes. Plus, their sensory skills get sharper, so they can understand and interact with their environment more accurately.
In terms of cognitive development, children at this age are still in Piaget's pre-operational stage. They like to use their imagination and play with ideas, using words and symbols to show things. But they are still mostly egocentric, thinking about themselves, and might find it hard to understand concepts of conservation and perspective-taking. Conservation refers to the understanding that certain physical attributes of objects, such as quantity, mass, volume, and number, remain constant even when their appearance or arrangement changes.
EXAMPLE: in a first-grade math classroom, you could demonstrate conservation of quantity by pouring water into different containers. Despite changes in appearance due to varying container shapes, the amount of water remains constant. Through this activity, your students could grasp the concept that certain physical attributes, like quantity, stay the same even when appearance or arrangement changes. They are developing a better understanding of cause-and-effect relationships and beginning to grasp basic mathematical concepts such as counting and simple arithmetic.
The traits seen in children during kindergarten and 1st grade have big effects on teaching strategies. When teaching kindergarten and first grades you should provide opportunities for hands-on, interactive learning experiences that allow children to explore and discover new concepts. Activities should be scaffolded to support children's emerging cognitive abilities with clear instructions. Creating a supportive and inclusive classroom may also help lessen feelings of inferiority and allow children to be more excited to learn. Figure 2.5 summarizes the physical and cognitive changes occurring in children from kindergarten through first grade, usually around ages five and six.
Figure 2.5 k-1st grade development
Q: What does the concept of conservation refer to in Piaget's theory of cognitive development? A: The ability to understand that certain properties of objects remain the same despite changes in their appearance, Correct: Conservation refers to understanding that certain properties, such as volume or number, remain unchanged despite alterations in appearance.
Key term
conservation: understanding that certain physical attributes of objects—such as quantity, mass, volume, and number—remain constant even when their appearance or arrangement changes
Lesson 1.5: elementary (ages 7 to 11)
During the elementary stage, usually between ages 7 to 11, children experience sizable physical and cognitive changes. They keep getting taller and stronger, and their muscles work better, and their fine motor skills also improve. Plus, their senses get sharper, enhancing their perception and interaction with their surroundings.
During this stage, children continue to navigate Erik Erikson's Industry versus Inferiority stage. This means they start feeling more confident and proud of themselves as they learn new things and do tasks well. They start to understand themselves better and start thinking about what they're good at based on what they can do. However, they may also face feelings of inferiority or self-doubt if they perceive themselves as falling short of expectations or may compare themselves unfavorably to peers.
Children at this age move into Piaget's concrete operational stage. During this time, their thinking becomes more logical, organized, and systematic. They can do operations with concrete objects and understand concepts of conservation, reversibility, and classification. Reversibility, closely linked to conservation, involves the capacity to mentally reverse actions or procedures.
EXAMPLE: A child understanding reversibility recognizes that pouring water from a tall, narrow container back into a wider one would retain its original volume. Classification involves the ability to group objects or ideas into categories based on common traits, aiding children in organizing and comprehending their surroundings. Additionally, children exhibit improved problem-solving abilities, engage in more advanced reasoning, and begin to grasp mathematical concepts such as multiplication, division, and fractions.
The characteristics seen in children during the elementary stage greatly affect how you should teach. You should give children opportunities for hands-on, experiential learning. Activities should be designed to promote active engagement, critical thinking, and problem-solving skills. You can help students develop a mindset of diligence, perseverance, and success, by encouraging collaboration, providing constructive feedback, and celebrating students' successes. Additionally, creating a supportive and inclusive learning environment can help decrease feelings of inferiority and promote a positive attitude toward learning. Figure 2.6 provides a summary of elementary developmental milestones.
Figure 2.6. Elementary Development
Q: Which of the following terms is best defined as "understanding that changes in one direction can be undone?" A: Reversibility, Correct: Reversibility refers to the understanding that changes in one direction can be undone, returning to the original state.
Key terms
industry versus inferiority stage: Children between the ages 5 and 12 develop a growing sense of competence and accomplishment as they develop a greater understanding of their capabilities and limitations
concrete operational stage: In children between ages 7 and 11, thinking becomes more logical, organized, and systematic
reversibility: to mentally undo actions or operations; allows individuals to understand that certain processes can be reversed to return to their original state
classification: to categorize objects, events, or concepts based on common attributes or characteristics, enabling children to organize and make sense of their environment
Lesson 1.6: adolescence (Ages 12 to 17)
During the adolescent stage, which usually happens between ages 12 to 17, children go through significant physical and cognitive changes. The physical changes are characterized by puberty including the development of secondary sexual characteristics, growth spurts, and changes in the body. Hormones also affect their emotions and behaviors, and they start to want more freedom to be independent and figure out who they are in their social groups.
Socially, adolescents wrestle with Erik Erikson's stage of identity versus role confusion. This phase involves exploring and shaping personal identity, which includes values, beliefs, and goals. Adolescents aim to understand themselves better and form a clear identity that matches how they see themselves and where they fit in the world. They might experiment with various roles, hobbies, and friendships as they work to define who they are and find a sense of belonging.
In terms of cognitive development, adolescents move into Piaget's formal operational stage. During this time, their thinking becomes more abstract, complex, and organized. They can imagine hypothetical situations, use deductive reasoning, and look at issues from different angles. Adolescents show better problem-solving abilities, critical thinking skills, and metacognition. They are better at understanding and analyzing abstract ideas, doing more advanced thinking tasks, and expressing themselves more clearly.
The characteristics of the adolescent stage have significant effects for your strategies. You should give adolescents chances to explore their interests and values through self-reflection, discussion, and experiential learning. Curriculum should be designed to encourage critical thinking, creativity, and independent inquiry, so they can deal with complicated ideas and form their own opinions. You can help adolescents grow their thinking skills by encouraging metacognition, collaboration and experiential learning. Creating a supportive and inclusive classroom is crucial for making them feel good about learning and developing as individuals. Figure 2.7 provides a summary of adolescent development milestones.
Figure 2.7. Adolescent Development
Cognitive development- Corresponds with Piaget's formal operational stage, where thinking becomes more abstract, complex, and organized.
Social changes- Characterized by Erik Erikson's stage of identity versus role confusion, where individuals explore and shape personal identity
Physical changes- Involves the onset of puberty, growth spurts, and the development of secondary sexual characteristics.
Key terms
puberty typically occurs between ages 12 and 17; changes such as the development of secondary sexual characteristics, growth spurts, and alterations in body composition
identity versus role confusion stage: Adolescents between the ages of 12-17 engage in the exploration and formation of personal identity, including values, beliefs, and aspirations
formal operational stage: In adolescents between ages 12 and 17, thinking becomes more abstract, complex, and systematic
Lesson 1 Summary
Q: What is a common developmental milestone for infants around 6 months of age? A: Babbling and making repetitive sounds, At around 6 months, infants often begin to babble and make repetitive sounds, which is a key milestone in their language development.
Q: What social skill is commonly developed by children in first grade? A: Sharing and taking turns with peers, By first grade, children typically develop the ability to share and take turns with their peers, which is an important social skill at this stage.
Q: At what age do children generally start to develop a stronger sense of empathy towards others? A: By the end of elementary school, By the end of elementary school, children typically develop a stronger sense of empathy, understanding others' feelings and perspectives better.
Q: Which teaching strategies are most effective for adolescents? A: Encouraging critical thinking, creativity, and independent inquiry, These strategies support adolescents' cognitive development in the formal operational stage.
Lesson 2: Introduction to key learning theories
These include behaviorism, cognitivism, constructivism, and social constructivism. Each theory looks at learning from a different angle. For instance, behaviorism focuses on what we can see children doing, while cognitivism looks at how their minds work. Constructivism emphasizes that children learn best by doing things themselves, and social approaches show how they learn from others. When you understand these ideas, you can use better ways to teach that fit children's interests and needs, making learning more fun and fulfilling.
Lesson 2.1: an overview of learning theories
Learning theories are conceptual frameworks that help us understand how individuals gain knowledge, develop skills, and change behaviors over time. They provide insights into how thinking, feeling, and socializing influence learning, aiding us in improving our teaching methods. The history of learning theories illustrates our evolving understanding, beginning with behaviorism (which focuses on observable actions and responses), then progressing to cognitivism (which emphasizes thinking and problem-solving), and then in constructivism (which states that children learn through doing and hands-on experiences). Social constructivism adds that children learn from social interaction and observation during the learning process. Each theory offers teachers valuable ideas for making learning more engaging and meaningful, therefore promoting student understanding and mastery.
A good theory of learning provides a comprehensive framework for understanding how people learn and how to teach more effectively. It should be grounded in scientific evidence, consistent with what we know about how the mind works and applicable across multiple learning situations. Also, it should give you clear ideas on how to plan lessons, instructional strategies, materials and assessments that promote effective learning. A sound learning theory is an important tool for teachers to design engaging and meaningful learning experiences for their students. Figure 2.8 provides a summary of learning theories we will cover, the main authors of each theory, the focus of the theory, and the key elements and strategies of each theory.
Figure 2.8 Learning theories
Constructivism states that children learn through doing and hands-on experiences
Social constructivism adds that children learn from social interaction and observation during the learning process
Behaviorism focuses on observable actions and responses
Cognitivism emphasizes thinking and problem-solving
Key terms
learning theories: conceptual frameworks that explain how individuals acquire knowledge, develop skills, and change behaviors over time
Lesson 2.2: behaviorism
The main theory of behaviorism, which includes classical and operant conditioning, helps us understand how external influences shape behavior. In behaviorism, people often compare the mind to a black box, focusing on the behaviors of children we observe rather than what they are thinking. Classical conditioning, discovered by Ivan Pavlov, shows how children learn by making connections.
EXAMPLE: when a dog hears a bell and gets food, it learns to salivate at the sound of the bell.
Operant conditioning, studied by BF Skinner, explains how behaviors are strengthened or weakened through reinforcement. If something good follows an action, like a reward, they are more likely to repeat the action. If something bad follows, like a punishment, they are less likely to repeat it. These theories help us understand how children learn from their surroundings and adapt to them.
In education, the ideas of behaviorism, led by Skinner, offer effective teaching and learning strategies. Behaviorism is based on the idea that behavior is shaped by reinforcement and punishment. Skinner's work shows how rewards, punishments, and attention are key in teaching. He says that having clear goals, getting feedback, practicing, and mastering skills are important for learning. In behaviorism, Skinner suggests practical ways and teaching methods to make teaching and learning better. One common behaviorism teaching strategy is teacher-led direct instruction.
Skinner stresses how important it is for you to improve your knowledge of effective teaching and learning strategies. He points out reasons why some learning experiences do not work well, like only demonstrating a concept without providing reinforcing students’ efforts. To remedy this, Skinner suggests you use a structured approach to teaching. This means clearly explaining learning objectives and breaking tasks into manageable steps. Making sure students understand each step helps them progress in difficulty of tasks in order to master them at each stage. Skinner highlights how crucial it is to reinforce correct actions, creating a positive learning atmosphere where children are actively involved in the learning process
Figure 2.9. Behaviorism Learning Theory
Behaviorism includes classical and operant conditioning, explaining how external influences shape behavior. It guides students in mastering a set of predictable skills or behaviors.
Teacher-led direct instruction is a teaching method that provides clear goals, feedback, and step-by-step instructions.
Operant conditioning is learning through rewards and punishments, studied by B.F. Skinner
Reinforcement is strengthing behaviors with positive outcomes or weakening them with negative ones
Classical conditioning is learning through associating a neutral stimulus with a significant one, like a dog salivating at the sound of a bell
Key terms
behaviorism: sheds light on how external stimuli shape behavior, emphasizing the focus on observable behaviors rather than internal mental processes
classical conditioning illustrates how associations between stimuli can lead to learned responses
operant conditioning: demonstrates how behaviors are strengthened or weakened
reinforcement: increases the likelihood of a behavior being repeated
punishment: decreases the likelihood of a behavior reoccurring
direct instruction: a teacher-led traditional behaviorist teaching strategy
Lesson 2.3: Cognitivism
Cognitivism, a significant theory in psychology and education, changes the focus from observable behavior to what is happening inside the mind. Unlike behaviorism, cognitivism aims to understand how we think, remember, solve problems, and make choices. By studying how people take in, process, and remember information, cognitivism provides valuable insights into cognition and learning. While behaviorism looks at external stimuli and responses, cognitivism dives into the thoughts that come between the stimulus and the reaction, showing us the complexities of human thinking and behavior. Through cognitive theories and research, educators and psychologists try to solve the mysteries of the mind and create better teaching and learning strategies that consider cognitive needs and abilities.
In education, cognitivism highlights how children build mental schemas, which are like frameworks helping them organize and interpret information. According to this theory, learners actively engage with new information by organizing and interpreting it based on their existing knowledge structures. Mental schemas help individuals make sense of the world and guide their understanding by through attention, encoding, and retrieval. This active construction of knowledge is important in cognitive development and allows you to create meaningful learning experiences
Figure 2.10. Cognitivism Learning Theory
Cognitivism focuses on what happens inside the mind, instead of observing behavior. It explains how we think, remember, solve problems, and make choices.
Creating- generating original solutions or ideas based on learned information
Remembering- recalling key facts or information related to a topic
Cognitivism- focuses on understanding internal mental processes like thinking, memory, and problem-solving
Applying- using knowledge in real-world contexts or to solve problems
Bloom’s taxonomy
From a cognitivism perspective, Bloom's taxonomy emphasizes the importance of understanding how learners process and make sense of information. Bloom's revised taxonomy is a framework that classifies educational objectives into six levels of cognitive complexity: remembering, understanding, applying, analyzing, evaluating, and creating. In the classroom, you will be able to use Bloom's taxonomy to design instructional activities that promote higher-order thinking skills and encourage deeper understanding.
EXAMPLE: when teaching a concept, you can begin by asking students to remember key facts or information related to the topic. This may involve activities such as memorization or recall exercises. Once students have proficiency in remembering the information, they can move on to the understanding stage, where they are asked to explain the concept in their own words or provide examples to demonstrate comprehension.
Applying Bloom's taxonomy, you will design tasks that require students to apply their understanding of the concept in real-world contexts or solve problems using the information they have learned. This might involve case studies, simulations, or hands-on activities that encourage students to transfer their knowledge to new situations.
As students progress through Bloom's taxonomy, they are challenged to analyze, evaluate, and create using the information they have learned. This may involve tasks such as comparing and contrasting different ideas, critiquing arguments or interpretations, or generating original solutions to problems. By scaffolding instruction to move students through each level of Bloom's taxonomy, you can support cognitive development and promote deeper learning outcomes. Figure 2.11 outlines the revised taxonomy, which consists of six cognitive processes arranged from lower-order thinking skills to higher-order thinking skills.
Figure 2.11. Blooms taxonomy
Evaluating: involves making judgments based on criteria and standards
Understanding: requires explaining ideas or concepts in your own words
Analyzing: entails breaking information into parts to explore understandings and relationships
Information processing theory
Information processing theory is an important part of the theory of cognitivism. Cognitivism focuses on understanding mental processes, where information processing compares how human brains work to how computers work. It suggests that our brains take in information, work with it, store it, and retrieve it when needed, just like a computer does. It highlights the role of attention, perception, memory, and problem-solving in cognitive development.
From a cognitivist perspective, information processing theory provides clues about how learners encode, manipulate, and retrieve information. It highlights the importance of sensory input, attentional processes, and working memory when first taking in information. As students engage with new learnings or skills, they focus on the important information, think in different ways, and combine their new learnings with what they already know.
Additionally, according to information processing theory, it is crucial for children to store and organize information in their long-term memory for future use. This theory emphasizes the role of rehearsal, elaboration, the addition of details, and meaningful encoding in transferring information from working memory to long-term memory. Retrieval strategies, such as recognition and recall, allow learners to access stored information when needed, which makes problem-solving and decision-making easier for them.
Overall, information processing theory within the framework of cognitivism provides a thorough understanding of how individuals acquire, store, and utilize knowledge. By examining the cognitive processes involved in learning, you will be able to design instructional strategies that provide optimal learning experiences and promote meaningful understanding.
Cognitive processes- focuses on attention, memory, and problem-solving in how learners process information
Functions of the brain- compares the brain to a computer, showing how information is processed, stored, and retrieved
Learning techniques- involve strategies like rehearsal and meaningful encoding to move information to long-term memory
Key terms
cognitivism: seeks to understand the internal processes involved in learning, such as perception, memory, problem-solving, and decision-making
mental schemas: cognitive frameworks that help people organize and interpret information
Bloom’s revised taxonomy: a framework that categorizes educational objectives into six levels of cognitive complexity: remembering, understanding, applying, analyzing, evaluating, and creating
information processing theory: a key component of cognitivism that focuses on understanding the mental processes involved in learning and cognition
elaboration: the addition of details
Lesson 2.4: constructivism and social constructivism
Constructivism learning theory
Constructivism, is a significant theory in education that emphasizes active learning, student-centered instruction, and the construction of knowledge through personal experiences and interactions. Constructivist teacher strategies are centered around the building of knowledge by engaging students in meaningful learning experiences. When you use constructivism in the classroom you will encourage inquiry, exploration, and discovery, provide opportunities for students to construct their understanding of concepts through hands-on activities, group discussions, and real-world problem-solving tasks.
A well-known constructivist, Maria Montessori's educational philosophy stressed the importance of self-directed learning and hands-on exploration, which aligns with the idea of discovery learning. Self-directed learning means to take control of your own learning, setting goals, finding resources, and solving problems independently. Discovery learning involves exploring and solving problems independently, utilizing curiosity and problem-solving abilities to uncover fresh ideas and concepts. Her approach to learning has supported a network of “Montessori” schools, whose academic structure focuses on learning through creative student choices, student-centered hands-on learning, and collaborative play.
Principles of constructivism include the idea that learning is an active process in which individuals construct meaning based on their prior knowledge and experiences. Learners are seen as active participants in their own learning, rather than passive recipients of information. As a constructivist you will act as a facilitator or guide, supporting students as they navigate through challenging tasks and providing scaffolding to help them build upon their existing knowledge.
Social constructivism, another influential perspective, highlights how both individual thinking and social factors shape learning. Essentially, constructivist teaching methods blend cognitive and social elements, encouraging active learning and collaboration. Social constructivism stresses the importance of social interactions and learning by observation. These perspectives together emphasize how children's thinking and social interactions work together in the learning process.
Figure 2.12. Constructivism Learning Theory
Constructivist teaching strategies focus on building knowledge by engaging students in meaningful learning experiences. It encourages inquiry, exploration, and discovery and provides students with opportunities to construct their own understanding of concepts.
Learning strategies- focus on self-directed learning, discovery learning, and student-centered environments
Theoretical foundations- emphasize active learning through personal experiences and interactions
Educational practices- Uses hands-on activities, inquiry-based learning, and real-world problem-solving
The Shift from Behaviorism to Constructivism in Education
The shift from behaviorism to constructivism, with the influence of cognitivism, marks a significant transformation in educational theory and practice. Behaviorism focuses on observable actions and how external rewards and punishments shape behavior, whereas cognitivism focuses on how people think, remember, and solve problems. Constructivism further transforms this view by emphasizing how learners actively build their understanding through experiences and social interactions. This shift has significantly impacted modern teaching methods.
Behaviorism focuses on how rewards and punishments affect behavior through direct instruction and repetition, but it does not consider how students process information internally. Cognitivism introduced the idea that understanding mental processes like memory and problem-solving is crucial for effective learning. This perspective led to new teaching strategies focusing on how students process and organize information.
Inspired by Jean Piaget and Lev Vygotsky, constructivism shifted the focus to how students create knowledge through hands-on activities and social interactions. Teachers now design lessons that promote exploration, questioning, and applying knowledge to real-world situations, which helps students understand and think critically.
Social constructivism, introduced by Vygotsky, added that learning is best achieved through social interactions, making group projects and discussions central to teaching methods. This approach also changed assessment practices, moving from memorization to evaluating how well students apply and think about their knowledge.
The shift from behaviorism to constructivism, incorporating insights from cognitivism, has led to a more dynamic and student-centered educational approach. It emphasizes active learning, social collaboration, and meaningful application of knowledge, resulting in richer and more engaging learning experiences that support the development of critical thinking skills and deeper understanding.
Real-world application- encourages students to connect theoretical concepts to practical applications through activities like project-based learning and problem-solving tasks
Social interaction- emphasizes collaboration with peers through group projects and peer discussions to facilitate cognitive development
Active engagement- promotes learning environments where students explore concepts, ask questions, and actively participate in their own learning process
Lev Vygotsky’s Cognitive Development Theory
At the core of constructivism is the idea that learning is an active process where students build new knowledge based on what they already know and experience. This theory emphasizes that learners actively create meaning through their interactions and experiences. A key part of constructivism is Lev Vygotsky's Cognitive Development Theory, which focuses on how children learn through their interactions with others and their cultural environment.
Central to Vygotsky's theory are the concepts of the Zone of Proximal Development (ZPD) and the More Knowledgeable Other (MKO). The ZPD represents the gap between what a learner can do independently and what they can achieve with guidance. The MKO, often a teacher or a peer, provides support within this zone. Scaffolding, where the MKO gradually reduces assistance as the learner becomes more capable, is essential. This approach helps students tackle more challenging tasks and build their knowledge through social interaction and collaboration. Figure 2.13 summarizes the key points of Vygotsky's cognitive development theory.
Figure 2.13. Vygotsky Cognitive Development Theory
The Cognitive Development Theory by Lev Vygotsky is a crucial part of constructivism as it focuses on how children learn via interaction with others as well as through their cultural environment.
John Dewey's 4 Principles of Education" (5:29) from Sprouts School. This video discusses John Dewey's four principles of education: learn by doing, discussion, interactive, interdisciplinary. As you watch, think of how these principles tie to other constructivism theories.
Match each concept with its description based on Vygotsky's Cognitive Development Theory.
Scaffolding- explaining, providing examples and clarifications, and asking leading questions to support learning
More knowledgeable other (MKO)- an individual from who a learner can gain knowledge, who has a better understanding or higher ability level
Zone of proximal development (ZPD)- represents the gap between what a learner can do independently and what they can achieve with guidance
Key terms
constructivism: a prominent theory in education combining cognitive and social elements emphasizing active learning, student-centered instruction, and the construction of knowledge through personal experiences and interactions
self-directed learning: taking self-directed control of learning, setting goals, finding resources, and solving problems independently
discovery learning: learning by exploring and independently resolving challenges, using curiosity and problem-solving skills to discover new ideas and concepts
zone of proximal development (ZPD): the gap between what a learner can accomplish independently and what they can achieve with guidance and support
more knowledgeable other (MKO): the teacher or a peer; a person who possesses more knowledge or expertise than the learner and provides assistance and guidance within the ZPD
social constructivism: underscores the interplay between individual cognition and social factors in shaping learning; complements the emphasis on social interaction by highlighting the role of observational learning and modeling in knowledge acquisition
Lesson 2.5: comparison of learning theories
Comparison of learning theories
Figure 2.14 examines the major learning theories of Behaviorism, Cognitivism, and Constructivism in the categories of focus and key elements and strategies.
Figure 2.14. Major learning theories
Constructivism highlights the importance of learners actively building their own understanding and knowledge through experiences and interactions
Behaviorism focuses on observable behaviors and the role of reinforcement and punishment in learning
Cognitivism emphasizes the role of mental processes, such as thinking, memory, and problem-solving, in learning
Learning theories in the classroom
As a classroom teacher, you will use learning theories to inform your instructional practices and increase student learning. Often, you will not strictly use just one theory but rather you will combine several to meet the various needs of your students and address different learning objectives effectively. Here are some ways you may use learning theories as a classroom teacher:
Figure 2.15. Teaching and learning theories
Overall, while you may draw inspiration from various learning theories, you often blend elements of behaviorism, cognitivism, and constructivism to create dynamic and inclusive learning environments that cater to the varied needs of your students.
Guided practice
Classroom management, using positive reinforcements and collaborative problem-solving in the classroom
Differentiation, recognizing varied learning preferences to adapt instruction for all students
Reflection and adaptation, continuously refining teaching methods based on feedback
Assessment, designing tasks to measure different understanding levels
Lesson 2 Summary
Lesson 2 Quiz
Q: What is the focus of behaviorism in learning theories? A: Observable behaviors and external stimuli. Correct: Behaviorism is concerned with observable actions and external influences on behavior.
Q: Which term describes the framework used to understand mental processes like perception and memory? A: Cognitivism, Correct: Cognitivism focuses on internal mental processes.
Q: In Bloom’s revised taxonomy, which level involves developing ideas or products? A: Creating, correct. Creating is the highest level and involves generating new ideas or products.
Q: What does the Zone of Proximal Development (ZPD) represent? A: The gap between independent and guided achievement, correct The ZPD is the range of tasks that a learner can perform with guidance but not independently.
Q: Which theory emphasizes learning through peer interactions and the role of observational learning? A: Social constructivism, correct. Social constructivism focuses on the impact of social interactions and observational learning.
Section 2 Summary
Section 2: Key Terms Study guide
Sensorimotor stage: infants (0-2 years old) explore through senses and actions, developing an understanding of object permanence and laying cognitive foundations
Object permanence: the understanding that something still exists even though it cannot be seen or heard
Trust v. mistrust stage: infants learn to rely on caregivers for their basic needs, fostering trust, while inconsistency in meeting these needs can lead to mistrust, suspicion, and anxiety about their environment
Autonomy v. shame/doubt stage: the shame and doubt stage involves a child’s journey toward independence and decision-making
Sensory exploration: involves activities that engage the senses-tough, sight, hearing, smell, and taste-helping children explore and understand the world around them
Fine motor skills: fine motor skills involve tiny muscles working with the brain and nervous system to control movements in areas like the hands, fingers, lips, tongue, and eyes
Initiative v. guilt stage: children between ages 3 and 6 display increased assertiveness by taking the lead in play and engaging in social interactions more actively
Preoperational stage: children between the ages of 2 and 7 years old think symbolically, using symbols to represent words, objects, images, individuals, and concepts, enabling the capacity to mimic behavior through imitation
Egocentric: demonstrating a cognitive inclination where individuals find it challenging to acknowledge perspectives beyond their own
Scaffolding: when the teacher breaks down complex concepts into small, more manageable steps, helping children along the way
Conservation: understanding that certain physical attributes of objects- such as quantity, mass, volume, and number- remain constant even when their appearance or arrangement changes
Industry v. inferiority stage: children between the ages 5 and 12 develop a growing sense of competence and accomplishment as they develop a greater understanding of their capabilities and limitations
Concrete operational stage: in children between ages 7 and 11, thinking becomes more logical, organized, and systematic
Reversibility: to mentally undo actions or operations; allows individuals to understand that certain processes can be reversed to return to their original state
Classification: to categorize objects, events, or concepts based on common attributes or characteristics, enabling children to organize and make sense of their environment
Puberty typically occurs between ages 12 and 17; changes such as the development of secondary sexual characteristics, growth spurts, and alterations in body composition
Identity v. role confusion stage: adolescents between the ages of 12-17 engage in the exploration and formation of personal identity, including values, beliefs, and aspirations
Formal operational stage: in adolescents between 12 and 17, thinking becomes more abstract, complex, and systematic
Learning theories: conceptual frameworks that explain how individuals acquire knowledge, develop skills, and change behaviors over time
Behaviorism: sheds light on how external stimuli shape behavior, emphasizing the focus on observable behaviors rather than internal mental processes
Classical conditioning illustrates how associations between stimuli can lead to learned responses
Operant conditioning: demonstrates how behaviors are strengthened or weakened
Reinforcement: increases the likelihood of a behavior being repeated
Punishment: decreases the likelihood of a behavior reoccurring
Direct instruction: a teacher-led traditional behaviorist teaching strategy
Cognitisvm: seeks to understand the internal processes involved in learning, such as perception, memory, problem-solving, and decision-making
Mental schemas: cognitive frameworks that help people organize and interpret information
Bloom’s revised taxonomy: a framework that categorizes educational objectives into 6 levels of cognitive complexity: remembering, understanding, applying, analyzing, evaluating, and creating
Information processing theory: a key component of cognitivism that focuses on understanding the mental processes involved in learning and cognition
Elaboration: the addition of details
Constructivism: a prominent theory in education combining cognitive and social elements emphasizing active learning, student-centered instruction of knowledge through personal experiences and interactions
Self-directed learning: taking self-directed control of learning, setting goals, finding resources, and solving problems independently
Discovery learning: learning by exploring and independently resolving challenges, using curiosity and problem-solving skills to discover new ideas and concepts
Zone of proximal development (ZPD): the gap between what a learner can accomplish independently and what they can achieve with guidance and support
More knowledge other (MKO): the teacher or a peer; a person who possesses more knowledge or expertise than the learner and provides assistance and guidance within the zpd
Social constructivism: underscores the interplay between individual cognition and social factors in shaping learning; complements the emphasis on social interaction by highlighting the role of observational learning and modeling in knowledge acquisition
Section 2 test:
Q: Which instructional activity in a high school class aligns with Vygotsky's view of development? A: Allowing students to discuss new ideas in groups of peers, Correct! Vygotsky suggested that cognitive growth comes from social and cultural interactions rather than set stages.
Q: A teacher is working with a two-year-old who is in Erickson's "autonomy vs. shame and doubt" stage of development. Which strategy should the teacher implement for day-to-day interactions based on this stage of development? A: Encouraging the independent performance of tasks, Correct! The "autonomy vs. shame and doubt" stage is characterized by a need for independence. Teachers can support this process by encouraging children to perform tasks and make choices on their own while avoiding too much criticism or control.
Q: A teacher is working with an eight-year-old who is in Erickson's "industry vs. inferiority" stage of development. Which strategy should the teacher implement for day-to-day interactions based on this stage of development? A: Correct! The "industry vs. inferiority" stage is characterized by developing confidence and pride in one's abilities. Teachers can support this process by creating tasks that are challenging yet achievable, offering constructive feedback, and encouraging a mindset of perseverance and success.
Q: A teacher is working with a 15-year-old who is in Erickson's "identity vs. role confusion" stage of development. Which strategy should the teacher implement for day-to-day interactions based on this stage of development? A: Using self-reflection to explore interests and values, Correct! The "identity vs. role confusion" stage is characterized by the development of a sense of self. Teachers can support this process by using self-reflection and discussion to explore interests, values, and aspirations.
Q: A teacher uses simple rhymes to help students remember important formulas. Which learning theory forms the basis of the strategy in this scenario? A: Cognitivism, Correct! This strategy focuses on how students think and remember information, which is part of cognitivism.
Q: A teacher uses songs to help students memorize the names of states and state capitals. What is the learning theory underlying the teaching approach in this scenario? A: Cognitivism, Correct! The songs are devices that employ memory storage and retrieval processes, which is part of cognitivism.
Q: A teacher wants to use day-to-day instructional strategies that are in alignment with constructivism. What is an example of an implementation of this theory? A: Starting each lesson by making connections to previously learned concepts, Correct! Constructivism emphasizes active, student-centered learning and personal experience. This includes building new knowledge based on what has already been learned.
Q: Which teaching strategy demonstrates the use of progressive complexity based on Bloom's Taxonomy to help students learn about personal bias in a psychology class? A: Students analyze how biases affect thinking after learning to identify biases in scenarios. Correct! Bloom's Taxonomy is a framework that classifies objectives into levels based on cognitive complexity. Applying Bloom's Taxonomy may involve having students progress from lower levels of cognitive complexity to higher levels.
Q: A teacher wants to implement assignments based on the theory of constructivism. Which type of assignment should the teacher use? A: inquiry-based problem-solving A: Correct! Constructivism emphasizes active, student-centered learning and personal experience. This includes inquiry-based problem-solving and hands-on active projects.