Updated on
September 17, 2026
Compare eight influential learning theories, from behaviourism and cognitivism to social and experiential learning, with careful classroom uses, limits and links to specialist guides.
What are learning theories?
Learning theories are evidence-informed accounts of how learning happens. They focus attention on different processes, including changes in behaviour, memory and thinking, knowledge construction, social participation, experience, motivation and connections across people and tools.
Learning theories are evidence-informed accounts of how learning happens. They focus on behaviour, memory, thought, knowledge, motivation and social contact, as well as experience and links between people and tools.
No single theory explains every learner, subject or classroom. A useful theory helps a teacher ask a better question, choose a fitting response and check what changed. It is a lens for professional judgement, not a lesson script.
This guide compares four foundational families: behaviourism, cognitivism, constructivism and humanistic learning. It then covers four later or more specialised views: connectivism, transformative learning, social learning and experiential learning.
This set is influential but not final, so each section gives a brief overview and links to a specialist guide. The Learning Theories collection brings the wider specialist pillar together.
A Year 6 teacher can model how to compare fractions, link the method to prior knowledge and then check a new example without prompts. Different theories explain the cue, the thought and the learner's own reading of the task. Modern research also treats learning as an interaction between the learner, the task and the wider setting (National Academies, 2018).
Start with the task, check what learners know, pick one useful change and then test it.
Learning theories describe proposed processes through which experience produces lasting change. That change may affect knowledge, skill, understanding or action. Some theories focus on visible behaviour, while others examine mental models, personal meaning, social contact or the links that help people reach facts.
A learning theory is not the same as a teaching method. Retrieval practice, direct explanation, group enquiry and feedback are activities which a theory may support. Yet their classroom value also depends on the subject, task, prior knowledge and quality of teaching.
The boundaries between theories are not always tidy. Cognitivism includes several accounts of memory and thought, while constructivist traditions differ in how they treat individual and social learning. Humanistic education is a broad view rather than a tightly defined experimental model.
Connectivism is influential in digital education, but scholars still debate whether it is a distinct learning theory.
This range can help teachers when the differences are clear. Imagine that a learner cannot solve an equation. A teacher could check earlier responses and working-memory demand. They could also check prior concepts, motivation and classroom relationships.
The learner may need more chances to rehearse the method, and each question comes from a different tradition that calls for different evidence.
The four foundational families give broad accounts of learning, while the four later views focus on set contexts or processes. The table compares each central question with a limited classroom use; it neither ranks the theories nor suggests that every lesson needs all eight.
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| Theory | Status in this guide | View of learning | Useful teacher question |
|---|---|---|---|
| Behaviourism | Foundational family | Experience changes visible responses through conditioning and consequences. | Which cue, response and consequence are shaping this routine? |
| Cognitivism | Foundational family | Learning changes mental models, knowledge and ways of processing information. | What must learners notice, connect, remember and retrieve? |
| Constructivism | Foundational family | Learners actively interpret experience through existing knowledge and social resources. | What prior idea will learners use, test or revise? |
| Humanistic learning | Foundational family | Learning involves the whole person, including purpose, choice, emotion and relationships. | What supports meaningful participation and responsible choice? |
| Connectivism | Later network perspective | Knowing includes forming and using links across people, information and tools. | Which source or connection is trustworthy and useful? |
| Transformative learning | Adult-learning perspective | Careful reflection and discussion can change a person's frame of reference. | Which assumption is evidence asking the learner to reconsider? |
| Social learning | Social and observational perspective | People can gain information by watching models and consequences. | What should learners notice in the model before they try? |
| Experiential learning | Experience and reflection perspective | Knowledge develops through experience, reflection, forming ideas and testing. | How will experience be examined and linked to a general idea? |
Four foundational families: Behaviourism focuses on observable behaviour and the effects of antecedents and consequences. Cognitivism focuses on attention, working memory, schemas and long-term memory. Constructivism focuses on how learners interpret new ideas through prior knowledge and activity. Humanistic learning focuses on agency, needs, identity, self-concept and growth.
Four further perspectives: Connectivism concerns learning through connections among people, information and digital networks, although its status as a distinct theory is debated. Transformative learning concerns adults critically examining and revising frames of reference. Social learning concerns observation, modelling and consequences. Experiential learning connects experience, reflection, conceptualisation and experimentation.
Match the lens to the question: Use behaviourism for a habit or routine, cognitivism for memory or explanation, constructivism for prior knowledge or meaning, humanistic learning for agency or belonging, connectivism for sources or networks, transformative learning for assumptions or perspective, social learning for models or peers, and experiential learning for experience or reflection.
Limits and safeguards: Theories overlap and simplify complex learning. They describe perspectives, not fixed learner types. Evidence varies by claim, age, subject, task and setting. A theory does not prove that every associated teaching method works.
Teacher decision: Name the learning goal, choose a useful lens, check the learner's response, then adjust.
Behaviourism explains learning through links between the environment and visible responses. It includes several traditions. Pavlov studied classical conditioning, in which a signal gains the power to produce a response. Thorndike and Skinner studied how consequences change the chance of future behaviour.
These differences matter. Pavlov did not show that rewards reinforce classroom behaviour. Skinner's operant account covers reinforcement and punishment, while Pavlov's work on conditioned reflexes covers links between stimuli (Pavlov, 1927; Skinner, 1953).
In class, a teacher could use a clear visual cue before silent reading, teach the expected response and notice it accurately. They can then reduce prompts as the routine becomes secure. Practice, feedback and clear consequences can make visible routines more reliable, but neither outside forces control every act nor rewards produce understanding.
A behaviourist analysis works best when the target response and conditions are visible. It says less about meaning, memory, identity or how a learner reads the task. Our guide to behaviourism in learning explains classical and operant boundaries. It also covers reinforcement and classroom cautions in depth.
Cognitivism treats learning as a change in knowledge, mental models and ways of handling information. It goes beyond visible responses to examine attention, perception, memory, problem solving, language and metacognition. Metacognition means thinking about and managing your own learning.
There is no single cognitive learning theory. Models of information processing, schemas and cognitive load address different questions. A schema is an organised pattern of knowledge, while Atkinson and Shiffrin's memory model proposed linked stores and control processes.
The model is important in the history of the field, but it is not a full modern map of memory (Atkinson & Shiffrin, 1968).
A teacher using a cognitive lens asks what learners already know, what they must hold in mind and which practice will make knowledge easier to recall. Worked examples may reduce needless demand for a novice. Retrieval can show whether knowledge is available without the first prompt, while a concept map can reveal a missing link.
Cognitive explanations do not make emotion, behaviour or context disappear. Safety, motivation and the task setting all affect attention. The specialist guides to cognitivism, cognitive load theory and metacognition cover those topics in depth.
Constructivism says learners actively read experience and build or revise knowledge. They do not receive an exact copy of the world; existing ideas shape both what they notice and how they understand new facts.
Constructivism is a family, not one method. Piaget centred his account on changes in individual structures of thought. Sociocultural accounts stress language, cultural tools and taking part with others (Piaget, 1952; Vygotsky, 1978). These views overlap, but they are not the same.
In a science lesson, a teacher could ask learners which objects will float. Learners make a prediction, test it and explain a result that does not fit. The experience becomes instruction when the teacher points to the relevant link. The teacher must also make the new explanation clear.
Constructivism does not require learners to discover everything alone. Discovery with little guidance can overload novices. Models, prompts and worked examples can support the building of knowledge (Kirschner et al., 2006). Wood, Bruner and Ross (1976) introduced the term scaffolding.
Vygotsky did not use that term. Read the specialist guides to constructivist learning, Vygotsky, Piaget and Bruner for their distinct topics.
Humanistic learning places personal meaning, choice, emotion and relationships within learning. In education, Carl Rogers argued for helpful relationships. In these settings, learners can take responsible ownership of purposeful work (Rogers, 1969).
A humanistic lens asks whether learners feel respected and know the purpose of the work. It also asks whether they have a real degree of choice. A teacher could offer two valid ways to present an explanation. Both routes keep the same standard for the subject.
Choice stays within the learning goal and does not mean a lack of guidance.
Maslow's account of human motivation has shaped humanistic education. People often show his hierarchy as a fixed pyramid. In that version, one need must be fully met before the next begins. This strict classroom reading goes beyond the original account.
That strict reading is not a sound way to diagnose one learner.
Humanistic ideas remind teachers that a person experiences learning. Yet broad claims about self-actualisation are hard to test. They also do not explain how subject knowledge grows. The humanistic psychology guide covers Rogers and Maslow in more depth.
For more depth, our guide to theories of motivation compares motivation frameworks.
Connectivism says digital-age learning involves making, keeping and using connections across people, sources and digital systems. Siemens (2005) argued that finding current knowledge can matter alongside what a person already knows.
This view helps teachers examine how learners choose sources. A learner who compares two answers made by an AI tool needs enough subject knowledge to spot an error, check the claim and explain why one source deserves trust. Access to a network is not the same as understanding.
A useful task could ask learners to trace a claim to its first source, record how the source changed their judgement and explain what should stay in long-term memory. The network supports thought, yet the learner still needs knowledge and the skill to judge sources.
People often describe connectivism as a theory for the digital age, yet its status as a distinct theory remains debated. Some claims resemble distributed cognition, social learning or earlier accounts of knowledge networks. It is useful as a view of networked learning, not as proof that remembering is no longer needed.
Transformative learning describes a change in an adult learner's frame of reference. Careful reflection, discussion and revised action can support that change. Mezirow developed the account through research with adults returning to education, so its main focus is adult learning rather than routine classroom skill building (Mezirow, 1991).
An unsettling experience may reveal an assumption that no longer fits the evidence. Reflection alone does not ensure change; the learner also needs time to examine reasons, hear other views and act on a revised judgement.
In teacher education, a participant could study examples that challenge a belief about ability grouping. They compare explanations, discuss the setting and plan a change that they can review. The goal is not to create discomfort or demand a set identity, but to review a frame that affects action.
The theory concerns a change in perspective. Teachers should not use it for every moment when a learner changes their mind. Work with children and young people needs extra care. Their stage of development, power and safety all need attention.
Social learning theory explains how people can gain information by watching models and noting the results linked to action. Watching does not ensure copying. Learners must attend to useful details, keep a mental record and be able to produce the action, while motivation affects whether they perform it (Bandura, 1977).
People often compress the history in the wrong way. The 1961 Bobo study used live adult models, while Bandura's 1965 study changed the consequences and helped separate learning an action from performing it. These were different studies, not stages in one event.
In class, a teacher can model how to check a calculation, name each decision point and then ask learners to try with feedback. A peer model may help when the comparison feels credible, but it is not always better than a teacher; the task and model quality matter.
The four component processes interact with each other. They are not a fixed order or a certain recipe. The Bandura social learning guide covers the study history and classroom modelling. Reciprocal causation, self-efficacy, self-regulation and agency belong to the later social cognitive theory account.
Experiential learning links direct experience with reflection, forming ideas and active testing. Kolb's model presents these as linked modes in a repeated process. It does not treat them as four lessons that must follow one fixed order (Kolb, 1984).
Experience alone is not enough. A learner can repeat a practical task without seeing the link that matters. Reflection helps when it points towards evidence and connects with a concept. Learners then need a chance to test the revised idea.
Consider a bridge-building task. Learners could compare where each design bent, link the pattern to force and structure, then change one feature in a second design. The task provides evidence, while teacher explanation and subject language help turn it into knowledge.
Kolb also proposed learning-style groups. Teachers should separate these groups from the cycle. Evidence does not support matching teaching to a learner's supposed fixed style (Pashler et al., 2008). Our Kolb learning cycle guide covers the model and its limits in depth.
Use a learning theory to make a problem clear, not to decorate a lesson plan. Start with the knowledge, skill or action that learners need and gather evidence about the current gap. Then choose the process most likely to explain it and select a response that you can check.
Combining theories does not mean adding many activities. A teacher could first model a procedure clearly. Learners could then explain the link beneath it and recall it alone. Behavioural, cognitive and constructivist ideas each guide a different part of that sequence.
Take a class that can state a rule but cannot use it in a new task. A cognitive lens asks what the class can recall and where the task adds load. A constructivist lens asks which old idea clashes with the new case. A social lens asks what the model made clear and what it hid.
The teacher does not need to choose one camp. They can show the next step, ask learners to name why it works, then give a fresh case. The new work shows whether the change helped. If it did not, the teacher has clear signs for the next plan.
Now take a class that knows facts but cannot explain the link between them. More praise will not teach the link, and more free talk may not help either. The teacher can show one clear case, ask the class to compare it with a near case, then let each learner say what stays the same.
A short check at the end can show if the key link is now known. Here, theory did not pick a brand or a fun task. It helped the teacher find the gap, choose a step and judge the result.
The wider pillar separates learning from nearby concerns. Use child development theories for change across childhood, personality theories for common patterns and social identity theories for group membership. Counselling theories cover therapeutic frameworks, while the education theorists guide owns named thinkers and history.
Learning theories simplify complex processes. Their value depends on the question and the limits placed on the answer. A broad label can hide disagreements within a tradition. A simple diagram can also turn a careful account into a false classroom rule.
A sound use of theory is therefore provisional. State what it can help explain, what it leaves open and which evidence would change the teaching choice. Modern summaries stress the joint role of prior knowledge, culture, motivation, setting and the design of practice rather than one universal process (National Academies, 2018).
Useful answers define the scope before naming a model. Lists differ because some writers group broad families, while others include specialised views. Compare the process each theory explains, the evidence behind the method and the limits on its classroom use.
Behaviourism, cognitivism, constructivism and humanistic learning are four common foundational families in education. This list is a useful way to organise the field, not a universal system. Social, experiential, transformative and connectivist views add questions about models, experience, changing assumptions and knowledge networks.
No learning theory is best for every outcome. Behavioural analysis may explain a weak routine, while cognitive analysis may explain a memory problem. The useful choice depends on the goal, the learner's current knowledge, the task and the evidence for the proposed method.
Teachers can use ideas from more than one theory when each has a clear job. Combining theories should make the sequence clearer, not crowd the lesson. Model what matters, link it to prior knowledge, give useful practice and then check whether learners can act without support.
No. Learning theories explain processes that change knowledge, skill or behaviour, while child development theories examine wider patterns of change across childhood. The fields overlap, but a developmental claim does not tell a teacher what to do and a learning method does not prove a stage.
Human memory: A proposed system and its control processes
Atkinson, R. C., and Shiffrin, R. M. (1968). In The Psychology of Learning and Motivation, 2, 89-195.
Kirschner, P. A., Sweller, J., and Clark, R. E. (2006). Why minimal guidance during instruction does not work: An analysis of the failure of constructivist, discovery, problem-based, experiential, and inquiry-based teaching. Educational Psychologist, 41, 75-86.
National Academies of Sciences, Engineering, and Medicine. (2018). How People Learn II: Learners, Contexts, and Cultures. National Academies Press.
Learning styles: Concepts and evidence
Pashler, H., McDaniel, M., Rohrer, D., and Bjork, R. (2008). Psychological Science in the Public Interest, 9, 105-119.
The role of tutoring in problem solving
Wood, D., Bruner, J. S., and Ross, G. (1976). Journal of Child Psychology and Psychiatry, 17, 89-100.
Turn Learning Theory into Visible Thinking
Use Structural Learning tools to model ideas, organise knowledge and check how learners' thinking changes.
