Updated on
October 2, 2026
Bandura's Social Learning Theory: Evidence and Classroom Use
Bandura's theory explains learning from models. Use recall and practice checks, with classroom examples and a printable planner.
What is Bandura's social learning theory?
Bandura's social learning theory explains how people can acquire behaviour by observing models. Observation does not guarantee later performance. Attention, retention, production and motivation interact. For teaching, sample recall and a supported attempt, then check independent use. These are suggested checks, not a diagnosis or a guaranteed lesson sequence.
After this guide you can plan a demonstration, and a check afterwards, that separate what learners noticed and remembered from what they can do unaided. Albert Bandura set the theory out in his 1977 book Social Learning Theory, building on his Bobo doll studies of the early 1960s.
Try this tomorrow
Year 4, maths, column subtraction. Model 352 minus 127 under the visualiser and say each choice aloud. Cover it, then partners rebuild the steps on mini whiteboards.
Year 10, chemistry, titration. Name the two things to watch: reading the meniscus and slowing to single drops. Learners list the steps from memory, then check them against the method.
Look for: learners naming the feature you pointed at, and an attempt that matches the steps they wrote.
The gap between learning something and showing it matters when planning a demonstration. A learner can watch you balance an equation, follow every step and still leave the page blank. Rewards can change what learners do. Learning can also happen without them.
For teachers, the four processes offer a useful planning lens for a demonstration: what to point at, how learners will hold on to it, when they try it and what might stop them. Among the major learning theories, Bandura's account helps distinguish learning from a model and the consequences that influence later performance.
What Is Bandura's Social Learning Theory?
A model may be present in person, described in words or shown through media. Learners copy only some of what they see.
Key takeaways
- Observational learning is more than copying. A learner can gain new knowledge without using it at once.
- The four processes work together. Attention, retention, production and motivation interact, so none is a fixed step.
- The Bobo evidence comes from three different reports. The 1961 study used live adults. The 1963 report added filmed and cartoon models but reused the earlier live-model and control data. The 1965 study tested observed consequences.
- Learning and reinforcement are separate ideas. Consequences can affect whether someone performs a response they have already acquired.
- Social learning theory developed into social cognitive theory. The later account gave greater weight to reciprocal causation, self-regulation and agency. Bandura explicitly formulated self-efficacy in a separate 1977 paper.
The person and the setting shape what they notice and recall. They also shape what the person later does.
This account challenged the view that a learner must always receive a direct reward to acquire new behaviour. Consequences still matter. The account split learning from performance, and it gave thought a place alongside the role of the setting (Bandura, 1977).
In class, a teacher can solve an equation while explaining each choice. Learners can mark the main decisions before trying a related problem. The model gives them ideas. Their notes and first attempt show what they retained and can produce.
How Bandura's Theory Developed
Bandura's theory grew from early studies of imitation into a wider account of learning, thought and action. His 1977 social learning theory linked models, thought and reinforcement. By 1986, his social cognitive theory placed more weight on self-regulation, self-efficacy and human agency.
This timeline stops some common errors. The last column names the distinction to keep.
| Year | What changed | Keep the distinction |
|---|---|---|
| 1961 and 1963 | Live, filmed and cartoon models were studied. Bandura and Walters published Social Learning and Personality Development in 1963. | The 1963 live-model and control data came from the 1961 experiment. |
| 1965 | Observed reward, punishment and no consequence were compared. | Initial imitation differed; incentives later removed those differences. |
| 1977 | Social Learning Theory brought modelling, thought and reinforcement together. A shorter version appeared in 1971. | A separate 1977 paper explicitly formulated self-efficacy. |
| 1986 | Social Foundations of Thought and Action set out social cognitive theory. | The broader account built on ideas Bandura had already set out. |
| Later work | Bandura developed self-regulation and agency (2001). | Theory papers set out ideas; trials test classroom routines. |
Social learning theory and social cognitive theory are related but separate. The early theory explains modelling and observational learning. The later theory covers more ground.
For example, watching a classmate show a lab routine is learning from a model. The later theory adds more factors. These include the learner's view of their skill, the lab setting and their own actions.
The Four Component Processes
Bandura's four component processes are attention, retention, behavioural production and motivation. They help explain whether a person learns an observed action and later performs it. People often call them “stages” or mediational processes, because they sit between watching a model and copying it. They work together rather than forming a fixed path.
| Process | What it involves | A check to try |
|---|---|---|
| Attention | Notice the relevant action or decision. | Name the feature to watch. Ask learners to point to it or explain it. |
| Retention | Represent what was observed in words or images that can be recalled. | Cover the model briefly. Ask learners to rebuild the steps, then compare. |
| Production | Turn a remembered method into action. Practice and feedback can support fluency. | Give a short supported attempt and observe the taught feature. |
| Motivation | Expected outcomes, goals and personal standards can influence performance. | Consider what might limit participation. Try a change of condition and observe the response. |
Use these as planning checks. The processes interact, so one response rarely shows which process needs work.
Attention and retention mainly support acquisition. Production and motivation shape how learning is performed. Because the processes interact, a silent learner may still have learned the method.
1. Attention
The learner must notice the key parts of the model's action. Attention is selective. A clear model can help. So can the learner's goals, prior knowledge and setting.
Learners can attend without looking at you. A teacher can guide attention by naming the feature to watch: “Notice where I place the evidence before I explain it.” This gives learners a clear focus and makes no assumption about how attention looks.
2. Retention
The learner must hold what happened in a form they can recall. Words, images and rehearsal can help. Watching alone tells you little about what entered memory.
After modelling a paragraph, ask learners to rebuild its plan from memory with a partner. They can then compare their version with the original. This is a small act of retrieval practice, and it checks retention instead of assuming that quiet observation was enough.
3. Behavioural Production
The learner must turn the memory into action. Bandura used terms such as motor reproduction and behavioural production as his account grew. Knowing what to do is only the first step towards fluent performance.
Give learners a short, supported attempt straight after the model. In art, they can try one brush technique on scrap paper. The teacher can then give precise feedback. The attempt shows where learners need more help or practice.
4. Motivation
Motivation affects whether someone performs a learned response. Expected results, observed consequences, personal standards and value may all affect action. This process means more than offering a reward.
A learner may understand a discussion routine but avoid using it when the social risk feels high. The teacher can lower that risk through pair rehearsal before whole-class talk. This changes the conditions for performance. If talk improves, social risk was probably part of the problem.
Study note, readable at a glance
Keep learning and performance separate
- Observation can support learning. A learner may acquire a response without showing it straight away.
- The four processes interact. Attention, retention, production and motivation work together, not as a fixed staircase.
- Context matters. Person, behaviour and environment can influence one another.
- The Bobo studies have limits. Short laboratory tasks measure immediate behaviour, not lasting behaviour in classrooms.
The downloadable note uses a mnemonic as a memory aid. Its classroom suggestions are adaptations of the theory. Download the full-size study note. The PDF preview and download are below.
Read the study note as text
Bandura's Social Learning Theory
Core idea: People can learn by observing models. Observation does not guarantee imitation.
Four component processes: Attention means noticing the relevant action. Retention means encoding and remembering it. Production means turning the representation into action, where ability and practice matter. Motivation covers the expected outcomes, goals and values that influence performance.
Attention and retention support acquisition. Production and motivation affect whether the learning is performed.
Vicarious reinforcement: Observed consequences can change the likelihood of performing an observed response. Direct reward is not required for acquisition.
Self-efficacy: This is a judgement of capability for a specific performance, not general confidence.
Triadic reciprocal causation: Personal factors, behaviour and environment influence one another.
What the 1961 Bobo study showed: Bandura, Ross and Ross studied 72 nursery-school children aged 37 to 69 months. In a laboratory task, children exposed to aggressive models produced more imitative aggressive acts. This does not establish long-term, real-world violence. The setting was artificial and the outcome was immediate behaviour.
Classroom use: Model the process and decisions aloud. Use credible, varied models. Follow observation with guided practice and feedback. Build self-efficacy chiefly through genuine mastery, then test independent transfer.
Memory line: Observe, encode, practise, choose.
Sources: Bandura, Ross and Ross (1961); Bandura (1977, 1986); Usher and Pajares (2008).
The Four Processes in a KS2 and a KS4 Lesson
The examples below show one way to use the processes when planning. They are illustrative adaptations, not evaluated lesson sequences. The first uses Year 4 subtraction; the second uses a secondary chemistry practical with the necessary prior teaching and safety preparation.
KS2 Example: Column Subtraction in Year 4
A Year 4 class is meeting column subtraction with exchange for the first time. The teacher models 352 minus 127 under the visualiser.
Teaching example
Column subtraction: four planning checks
- AttentionBefore she starts, she says: “Watch the ones column. When the top digit is smaller, I exchange one ten for ten ones.” She circles the 2 and the 7, so learners know exactly where to look.
- RetentionShe works the example, saying each decision aloud, and then covers it. Partners rebuild the steps on mini whiteboards: “Is the top digit smaller? Exchange a ten. Now subtract the ones.” They uncover her example and compare.
- ProductionLearners try 461 minus 238 on their whiteboards while her worked example stays visible. She scans the boards and gives feedback on the exchange step only, because that is the new part.
- MotivationWhiteboards let everyone respond at once, and pair rehearsal makes it easier to join in. If learners think it is too hard, she could show a plausible slip: taking 2 from 7 in the ones column, the smaller-from-larger error. She stops and corrects it aloud. This is one teaching option; a gradually improving coping peer model is a different intervention.
Illustrative planning suggestions. Adapt to the subject, class and task.
Two classic studies support related modelling approaches in primary mathematics. Neither tested this exact subtraction and whiteboard routine. Schunk (1981) found that children who struggled with division gained more accuracy when a model said the steps aloud than from explanation alone. Schunk, Hanson and Cox (1987) found higher task-specific self-efficacy and skill among children who saw a gradually improving coping model than among those who saw a single mastery model. A second experiment also found benefits from multiple mastery models.
KS4 Example: Modelling a Titration
A secondary chemistry class has already learned the apparatus, endpoint and safety requirements for its course. The teacher models one titration run, with a camera showing the burette. The method and precision criterion must match the specification and prior teaching.
Teaching example
Titration: four planning checks
- AttentionHe names two things to watch: reading the bottom of the meniscus at eye level, and slowing to single drops as the colour starts to linger. Everything else in the method is already on the sheet.
- RetentionHe stops before the second run. Learners write the steps as a numbered list without looking, then check against the method sheet with a partner. If lists leave out the rough titration, that becomes his next teaching point.
- ProductionPairs carry out a rough run and then accurate runs while his setup stays at the front. He circulates and gives feedback on one thing, reading the burette.
- MotivationHe could show illustrative results that miss the class's stated precision criterion and ask learners what might explain the gap. This makes data quality worth discussing. It differs from the studies in which learners watched a model being rewarded or punished.
Illustrative planning suggestions. Adapt to the subject, class and task.
In both examples the teacher checks responses and returns to modelling or practice when needed. The I do, we do, you do routine can organise changing support. It is a separate idea from Bandura's interacting processes, and the guide to modelling in the classroom covers the demonstration itself in more depth.
Use the planner below to build the same four moves for the next skill you will model. Type the skill, pick your key stage and print the card.
Mini app · Build It
Plan a model in four moves
Type the skill you are about to model and choose your key stage. You get one planned move for each of Bandura's four processes, and a card to print for your planner.
Type the skill you will model first.
Suggested moves built on Bandura's four component processes. Adapt them to your class and subject.
The planner gives a starting point. Watch what learners actually do in the production step and adjust the next model to match what they missed.
What the Bobo Doll Studies Found
The Bobo doll studies found that children copied more of a model's distinctive aggressive acts after seeing the model. The phrase “Bobo doll experiment” often blends three studies into one story. The 1961, 1963 and 1965 studies used varied models, methods and consequences. Their findings must therefore remain separate.
| Report | Model and sample | Finding and limit |
|---|---|---|
| 1961 | Live adults; 72 nursery-school children. | Distinctive imitative aggression increased after the aggressive model. Immediate laboratory play, not long-term violence. |
| 1963 | Live, human-film and cartoon models; 96 children in the reported data. | Film conditions also showed effects. The live-model and control data came from 1961, so the two reports share data. |
| 1965 | Rewarded, punished or no-consequence filmed model; 66 children. | Punishment reduced initial reproduction. Incentives later erased group differences, supporting acquisition distinct from performance. |
The 1961 Live-Model Study
Bandura, Dorothea Ross and Sheila Ross studied 72 children, 36 boys and 36 girls aged 37 to 69 months, from the Stanford University Nursery School. Each child saw one of three conditions. These were an aggressive adult model, a non-aggressive adult model or no model. The model was present in person, not shown on video.
In the aggressive condition, the adult spent most of a ten-minute session using distinctive physical and verbal actions towards a five-foot inflatable Bobo doll. The children later entered a room with aggressive and non-aggressive toys. Those who saw the aggressive model copied more of its distinctive aggressive acts than children in the other conditions (Bandura et al., 1961).
What the 1961 Findings Can Establish
The controls showed virtually no imitative aggression. The measure counted imitative aggression only, so other aggressive acts could still occur. The study measured short-term behaviour in a set lab task.
It followed an adult model and deliberate frustration. It shows short-term effects, so it says little about lasting aggression in ordinary life.
Bandura later used attention, memory and choice to explain the pattern. The 1961 study measured the children's behaviour, not the four processes.
Teachers can use the study to discuss research design. Ask which behaviours counted as direct imitation and which counted as other aggression. Then ask what the controls allow us to infer. This is more accurate than saying the study “proved children copy adults”.
The 1963 Filmed and Cartoon Models
The 1963 report compared live, filmed and cartoon aggressive models in data from 96 children. It reused the live-model and control data collected in 1961, so the two reports share data rather than repeating the study. Children in all three conditions later showed more aggressive behaviour than controls. The filmed-model work belongs to 1963, not the original 1961 report (Bandura et al., 1963).
The result supports the idea that models in media can affect behaviour in the study setting. Teaching quality varies between videos, and media is one influence among many. Content, context, prior experience and later results still matter.
In class, pause a video model at a key decision. Ask learners what the model did and why. Their answer shows what they noticed and how they read it. Learning shows up in what they do next.
| Report | What to distinguish |
|---|---|
| 1963: model format | Live, filmed and cartoon models. The report reuses the 1961 live-model and control data, so the two reports share data (Bandura et al., 1963). |
| 1965: consequences | Rewarded, punished or no-consequence models, followed by an incentive test. This asks whether an acquired response is shown, not just whether it is learned (Bandura, 1965). |
The 1965 Consequence Study
Bandura's 1965 study showed children a filmed model. The model's aggressive acts were rewarded, punished or followed by no consequence. These outcomes affected how much children copied when first tested. Children who had seen punishment performed fewer modelled acts at that point.
The researchers then offered rewards for copying the model's actions. In Bandura's own summary, the differences between the groups disappeared. This result supported a difference between learning and performance. Children could learn a response without showing it in the first test (Bandura, 1965).
A no-consequence condition contains no vicarious reinforcement. Vicarious consequences are outcomes that someone sees happening to another person. Those outcomes may then affect the learner's expectations or actions.
Classroom comparisons need care. A learner may recall a shown method but avoid using it in public. A private, low-stakes check helps separate learning the method from performing it in front of others. It points towards a cause without proving one.
Acquisition, Performance and Reinforcement
Acquisition means learning an observed pattern. Performance means carrying it out. The two can happen at different times. Reinforcement and other consequences can change performance. Acquisition can happen without them, and this difference is one of Bandura's key contributions.
| Check | Illustrative response | What it can suggest |
|---|---|---|
| Recall | A learner explains the steps for balancing an equation. | They can recall an account of the method. Fluent application needs a further check. |
| Supported action | They try a related equation with the model visible. | The attempt shows how they apply the method with that support. |
| Later independent action | They try a related equation after the model is removed. | Compare responses across conditions. A blank answer leaves the cause open: motivation, anxiety or a gap in knowledge. |
| Term | Whose action or outcome? | Keep the boundary |
|---|---|---|
| Direct reinforcement | An outcome follows the learner's own action. | Observational acquisition can happen without direct reward. |
| Vicarious consequences | The learner observes an outcome happening to someone else. | A model followed by no consequence offers no vicarious reinforcement. |
| Self-produced consequences | Personal standards and self-checks can shape action. | None of these terms is simply another name for motivation. |
This is where Bandura parts company with a simple picture of behaviourism. Classical conditioning links a signal to a reflex response, as in Pavlov's dogs. Skinner's operant account looks at the rewards and punishments that follow an action, and it is subtler than rewarding every correct act. Bandura kept the focus on the setting and on behaviour. He added mental models, expectations and self-regulation.
Suppose learners watch a teacher balance a chemical equation. One learner can explain each step but leaves the answer blank during public questioning. This suggests acquisition without current performance. Anxiety, doubt or social conditions could each explain the blank answer, so check before deciding.
From Social Learning Theory to Social Cognitive Theory
Bandura's later work went beyond modelling and reinforcement. Social cognitive theory says people help shape their own growth, and they do more than receive influence from the setting. The theory studies how personal factors, behaviour and environment interact.
Bandura called this triadic reciprocal causation. He first called it reciprocal determinism (Bandura, 1978). It means personal factors, behaviour and environment can each affect the others. The effects can differ in size and timing.
A learner's beliefs may affect whether they try a task. Their attempt changes the environment. Other people's responses may then affect later beliefs and actions.
Self-efficacy is a learner's judgement of what they can do in a specific task or field. It differs from general confidence, praise or a promise of success (Bandura, 1977, 1982). A learner may have high efficacy for mental arithmetic but low efficacy for explaining mathematical reasoning.
The Four Sources of Self-Efficacy
Bandura (1977) named four sources of self-efficacy. He called performance accomplishments the most influential, and teachers now usually call them mastery experiences. Usher et al. (2023) wrote a guide for educators that covers all four, from primary school to the professions. Vicarious experience is the link back to modelling.
| Source | What it means | In a lesson |
|---|---|---|
| Mastery experiences | Succeeding at a task that took effort. | Set a task just within reach, then point to the progress made. |
| Vicarious experience | Watching a similar person succeed. | Show a model close to the learners' own level, such as a worked example from a former learner. |
| Verbal persuasion | Credible, specific feedback from others. | Name what the learner did well and what to do next, in place of general praise. |
| Physiological and emotional states | How the body and mood feel before a task. | Lower the stakes, rehearse in pairs and treat nerves as normal. |
The social cognitive theory article covers reciprocal causation, self-efficacy, self-regulation and agency in depth. The guide to self-regulated learning shows how learners start to manage their own practice. Here, these ideas show how Bandura's theory grew after the 1961 experiment, which measured behaviour only.
Using Modelling in the Classroom
Bandura's theory helps teachers plan what learners need to watch, recall and practise. Each practice claim needs evidence that matches the subject, age group and use.
Three Types of Model
Bandura described three kinds of model. Learners can learn from any of them, so choose the one that suits the task.
| Type | What learners see | In a lesson |
|---|---|---|
| Live | A real person doing the action in front of them. | You work an equation at the board while learners watch. |
| Symbolic | The action shown in a book, film or other media. | A recorded titration, or a worked example on a slide. |
| Verbal instructional | The action described in words, with no demonstration. | A spoken or written list: “Check the units, then divide.” |
A live model lets learners ask questions. A recording lets them replay the steps. Many lessons use more than one type.
What Makes a Model Worth Copying
Learners copy some models more readily than others. Accounts of the theory usually name three features: similarity, competence and status. Johnson and Burns (2023) examined the characteristics of effective classroom models and point to perceived similarity, in both ability and identity. The evidence for classroom practice is still thin.
| Feature | What the learner thinks | A classroom move |
|---|---|---|
| Similarity | “Someone like me can do this.” | Use a model from last year's class, or a peer slightly further on. |
| Competence | “This person gets it right.” | Use a worked example you have checked, and say what makes it correct. |
| Status | “This person is respected here.” | Introduce the model with credit, whether it is you or a trusted older learner. |
Model the Decisions, Not Only the Finished Product
Show the action and explain the key choices. In history, say: “I am using this source to support the claim because the author saw the event. But I still need to test the author's motive.” Learners can then mark the claim, evidence and caution in another example.
EEF's metacognition guidance recommends modelling thinking aloud within curriculum tasks. Its wider evidence base supports that guidance, not this exact history script or a Bandura-only mechanism. Bandura's theory offers one account of why watching a model's decisions may help.
Use a short response to decide what to do after the model. The table gives article-authored examples, with limits on what each response can tell you.
| Illustrative task | What to observe | A next move and its limit |
|---|---|---|
| History source paragraph | Can learners explain why the evidence supports the claim? | Ask for a similar decision in another source. Check the reasoning with a new case, because repeated wording can hide a gap. |
| Subtraction with exchange | Can learners recall the exchange step and then carry it out? | Give a supported attempt and compare the action with their account. Schunk studied related division/fraction methods, not this exact routine. |
| A model shown on screen | Can each learner see and identify the relevant feature? | Adjust the view or provide another accessible representation. No selected trial tests mirrored iPads as an attainment intervention. |
| Whole-class explanation | Does a learner give a fuller response in pairs or writing? | Compare conditions and investigate. A change in response points to a cause without settling it. |
These suggestions help you compare observation, recall and action. Use them before deciding why a learner is quiet.
Direct Attention Before the Demonstration
Tell learners what to watch. Avoid giving them a long list. In physical education, the focus can be one foot's position at the point of contact.
Ask learners to name the feature before they try the action. This makes the attention check visible, and it relies on what learners say rather than on eye contact or stillness.
Move from Observation to Guided Practice
Learners also need to do the task. Give them a short attempt while the model is still available. Then give feedback on the feature that matters. Use the scaffolding guide when support must reduce across several attempts.
For example, model how to combine sentences. Leave the two main prompts visible while learners combine one pair. Remove one prompt only after the response is secure.
What Modelling Studies Actually Tested
Extra coaching can beat extra demonstration. In a trial with 73 health-profession novices, mainly studying medicine, both groups received modelling and coaching. Extra coaching improved dynamic-image interpretation and speed in that sonography task; the other measures showed no statistically significant difference (Darici et al., 2025).
Han et al. (2022) reported strong support under their best-evidence classification for observation in reviewed PE acquisition tasks. Verbal-cue findings conflicted, and the review left retention-phase evidence unsynthesised. Lasting benefit from every demonstration remains unproven.
The amount of shared participation can change with the skill and what learners already know. Use the response, rather than a fixed slogan, to decide when to provide another model or a supported attempt.
Teaching example
From observation to an independent attempt
- Name the decisionIdentify the feature to watch and the prerequisite knowledge learners need.
- Sample recallCover the model briefly. Ask learners to reconstruct a step or explain a choice.
- Provide supported practiceGive a related attempt with the model available. Observe and respond to the taught feature.
- Check again with less supportTry a later related task. Use the response to decide whether to revisit the model or the underlying knowledge.
Illustrative planning suggestions. Adapt to the subject, class and task.
One option is to demonstrate a decision, then invite a shared attempt. Adjust this choice to the class and task. These checks draw on the theory.
Use Peer Models with Structure
A peer model can help, and a teacher can be the better model. The model must be sound, the task must suit peer support, and the learner needs a clear focus.
EEF's peer-tutoring review reports positive average effects. But it stresses training, structured tasks and careful pairing.
Who the model is matters too. In one experiment with 157 adolescents, adult models were more effective to learn from than peer models when the content was identical (Hoogerheide et al., 2016). Learners also judge themselves against classmates, which is the focus of social comparison theory, so perceived similarity in competence may matter. The fraction studies tested particular peer models and give no universal rule about comparing oneself with a high-performing peer.
Ask a learner to show a familiar checking routine, never content they are still learning. Give the class two questions: “Which check did the model use?” and “Where did it change the answer?”
Check Learning Separately from Public Performance
Give learners more than one way to show what they learned. A private written response, paired account or hands-on attempt may reveal knowledge that whole-class questions miss. Expect different causes behind the same silence.
Record the task and the response. Then change one condition. This gives teachers a better basis for decisions than labelling a learner as unmotivated.
Use the one-page observation scale in a lesson where you model a skill, to mark what learners attend to, retain and produce.
Media and AI as Models
Learners meet models outside school too. Videos, social media, games and chatbots all show behaviour that learners can watch and copy. The 1963 filmed models show that a screen can work as a model. A chatbot that explains its steps works as a verbal model, and one that shows a worked solution works as a symbolic model.
Teach learners to ask three questions of any model: what is it doing, why does it work, and would I choose to copy it? Ask them to compare an AI-written solution with your own and name one step where the two differ.
Strengths and Limitations
The theory's main strength is that it explains how new behaviour can appear without much direct reinforcement for the learner. It also treats models as sources of knowledge, not just triggers. The difference between acquisition and performance remains valuable.
Limits of the Early Evidence
But the early Bobo studies were short laboratory studies. They examined a narrow set of aggressive play behaviours. They cannot establish the long-term effect of everyday models on personality, attainment or conduct. Ethical concerns and limits on generalisation must remain clear.
The early Bobo designs did not isolate biological or developmental contributions. That limit should not become a claim that all social cognitive theory ignores personal factors. It is also difficult to predict an individual response when many models and consequences compete.
Keep the decision learners need to notice clear. The cognitive load theory guide offers another planning lens for complex explanations. The selected modelling studies do not establish one ideal demonstration length.
Using the Theory with Care
In class, use the theory as a planning lens. If a learner does not copy a model, check what they noticed, remembered and could produce. Then consider the wider task and social conditions before reaching a conclusion.
Researchers have tested particular modelling interventions and model characteristics. The evidence check separates school-skill findings from adult training contexts.
Two further studies show where the evidence runs thin. In a study of 142 university students, learning from model essays did not improve essay marks, while feedback and self-efficacy did (Callinan et al., 2018). Jerrim, Sims and Oliver (2023) analysed TIMSS 2015 data using within-learner variation and found no measurable effect of teacher self-efficacy on learner achievement, so a link with self-efficacy should not be assumed to be causal. None of the studies in the evidence check tests AI models as classroom models.
Scope of this page. The examples, tables and planner on this page are planning aids drawn from the theory. No study tests them as one routine, and one response from one learner is not enough to diagnose why that learner did not copy a model.
Bandura's theory is one of several you can draw on when planning; the learning theories overview sets it beside behaviourism, constructivism and cognitivism. Next lesson, pick one skill you will model, name the one thing learners must watch, and plan a quick check for each of the four processes before you start.
Frequently Asked Questions
People sometimes apply the theory too widely. These corrections keep its claims in proportion:
| Claim | Correction |
|---|---|
| “The four stages always happen in order.” | They are interacting component processes that work together, so no fixed order applies. |
| “Children copy everything they see.” | Observers select and interpret what they see. They may never perform what they acquire. |
| “The Bobo doll study used video.” | The 1961 model was live. The filmed and cartoon conditions were reported in 1963. |
| “No reward means vicarious reinforcement.” | A no-consequence condition contains no observed reinforcement. |
| “Social learning theory is only observation.” | It includes thought, action, motivation and consequences. |
| “Self-efficacy means confidence.” | It is a judgement of capability for a specific task or field. |
What are the four stages of Bandura's social learning theory?
Attention, retention, production (often called reproduction) and motivation. Textbooks call them stages, but Bandura described processes that interact rather than steps that run in order. A learner can watch closely and remember a model, then wait to perform it until skill or reasons allow. Bandura proposed no stages of child development, and the four processes apply at any age.
What are the 5 principles of social learning theory?
The five principles usually listed are observational learning, mental states, vicarious reinforcement, modelling and self-efficacy. Each links to one or more of the four processes.
| Principle | What it means | Main process involved |
|---|---|---|
| Observational learning | Learning by watching a model. | Attention and retention |
| Mental states | Thought, expectation and judgement shape what is learned. | Retention and motivation |
| Vicarious reinforcement | Seeing another person's action followed by a result changes expectations. | Motivation |
| Modelling | Showing the action live, in words or on screen. | Attention and production |
| Self-efficacy | Belief in one's own capability for a specific task. | Motivation |
What did the Bobo doll experiment prove?
It showed one thing clearly: children who saw a live aggressive model copied more of its distinctive aggressive acts in a short laboratory test. Later studies added filmed models and observed consequences. No single study set a universal law.
What is vicarious reinforcement?
Vicarious reinforcement happens when a learner sees another person's action lead to a good result. That changes what the learner expects and may change what they do. Seeing an action followed by no consequence offers no vicarious reinforcement.
How is social learning theory different from social cognitive theory?
Social learning theory is about observational learning, modelling, thought and reinforcement. Social cognitive theory is Bandura's later, broader account. It covers personal factors, behaviour and environment, and it gives more weight to self-efficacy, self-regulation and agency.
How can teachers use Bandura's theory?
Guide attention towards a clear model. Explain the important decisions. Ask learners to rebuild what they observed, then provide guided practice.
Check learning apart from public performance. Use subject evidence when choosing the teaching method.
Who developed social learning theory, and when?
Albert Bandura, a psychologist at Stanford University. His imitation studies began in the early 1960s, and he wrote about learning by imitation with Richard Walters in 1963. Social Learning Theory followed in 1977, and he broadened it into social cognitive theory in 1986.
Who was Albert Bandura?
Albert Bandura was born in 1925 in Mundare, Alberta, Canada. He worked at Stanford University, where he carried out the Bobo doll studies and developed social learning theory, social cognitive theory and the concept of self-efficacy. He died in 2021.
What are the strengths and weaknesses of social learning theory?
It explains learning without direct reward, and it separates acquisition from performance. The early Bobo studies were short laboratory tasks with young children. They showed short-term effects. Lasting everyday effects and developmental contributions stayed untested. Predicting an individual response to competing models remains difficult.
Is Vygotsky's theory a social learning theory?
No. Vygotsky's theory is a sociocultural account of how talk and guidance from someone more expert shape thinking. Bandura's theory is about learning by observing models and their consequences. Both give other people a central role, which is why they are often confused.
Was Bandura a behaviourist?
Bandura sits between behaviourism and cognitive psychology. He accepted that consequences shape behaviour. He added that learners think about what they see, form expectations and set standards for themselves.
Which other theories are called social learning theory?
Other fields use the same name for different theories: Rotter and Mischel in personality psychology, Akers in criminology and Krumboltz in career choice. Bandura's is the version used in education. The learning theories overview sets it beside behaviourism, cognitivism and constructivism.
How do I cite Bandura in APA 7?
Cite the 1977 book for social learning theory: Bandura, A. (1977). Social learning theory. Prentice Hall. In the text, write (Bandura, 1977).
Cite the 1977 paper in Psychological Review for self-efficacy. Its DOI is 10.1037/0033-295X.84.2.191, and the pages are 84(2), 191-215.
What is an example of social learning theory in the classroom?
A teacher models a method aloud, such as column subtraction, while pointing to the one step that matters. Learners then rebuild the steps from memory and try a similar example. The teacher checks what they noticed, kept and could do before moving on.
References
Influence of models' reinforcement contingencies on the acquisition of imitative responses
Albert Bandura (1965). Journal of Personality and Social Psychology, 1, 589-595.- Bandura, A. (1977). Social Learning Theory. Prentice Hall.
Self-efficacy: Toward a unifying theory of behavioral change
Albert Bandura (1977). Psychological Review, 84, 191-215.The self system in reciprocal determinism
Bandura (1978). American Psychologist, 33, 344-358.Self-efficacy mechanism in human agency
Bandura (1982). American Psychologist, 37, 122-147.- Bandura, A. (1986). Social Foundations of Thought and Action: A Social Cognitive Theory. Prentice Hall.
Social cognitive theory: An agentic perspective
Albert Bandura (2001). Annual Review of Psychology, 52, 1-26.Transmission of aggression through imitation of aggressive models
Albert Bandura, Dorothea Ross, Sheila A. Ross (1961). Journal of Abnormal and Social Psychology, 63, 575-582. Read the primary text.Imitation of film-mediated aggressive models
Albert Bandura, Dorothea Ross, Sheila A. Ross (1963). Journal of Abnormal and Social Psychology, 66, 3-11.- Bandura, A., & Walters, R. H. (1963). Social Learning and Personality Development. Holt, Rinehart and Winston.
Should medical teachers spend more time modelling or coaching students? A dual eye-tracking and randomised controlled study on peer instruction in sonography
Dogus Darici, Hendrik Ohlenburg, Lukas Jürgensen, Cihan Papan, Anita Robitzsch, Markus Missler, Bertrand Schneider (2025). Medical Education, 59, 1105-1116.- Education Endowment Foundation. (2025). Peer tutoring. Peer tutoring evidence summary.
- Education Endowment Foundation. (2025, updated May). Metacognition and self-regulation. Metacognition and self-regulation evidence summary.
Use of observational learning to promote motor skill learning in physical education: A systematic review
Yankun Han, Syed Kamaruzaman Bin Syed Ali, Lifu Ji (2022). International Journal of Environmental Research and Public Health, 19, 10109.Learning from video modeling examples: Content kept equal, adults are more effective models than peers
Vincent Hoogerheide, Margot van Wermeskerken, Sofie M. M. Loyens, Tamara van Gog (2016). Learning and Instruction, 44, 22-30.Modeling and attributional effects on children's achievement: A self-efficacy analysis
Dale H. Schunk (1981). Journal of Educational Psychology, 73, 93-105.Peer-model attributes and children's achievement behaviors
Dale H. Schunk, Antoinette R. Hanson, Paula D. Cox (1987). Journal of Educational Psychology, 79, 54-61.Modelling evidence-based practice in initial teacher training: effects on teachers' skills, knowledge and self-efficacy
Sam Sims, Harry Fletcher-Wood, Thomas Godfrey-Faussett, Peps McCrea, Stefanie Meliss (2026). Instructional Science, 54, article 32.Developing essay writing skills: an evaluation of the modelling behaviour method and the influence of student self-efficacy
Carol J. Callinan, Emile van der Zee, Garry Wilson (2018). Journal of Further and Higher Education, 42, 608-622.Teacher self-efficacy and pupil achievement: much ado about nothing? International evidence from TIMSS
John Jerrim, Sam Sims, Mary Oliver (2023). Teachers and Teaching, 29, 220-240.Characteristics of effective models for classroom demonstrations
Marcus Lee Johnson, Emma Burns (2023). Theory Into Practice, 62, 207-218.Sources of self-efficacy in school: Critical review of the literature and future directions
Ellen L. Usher, Frank Pajares (2008). Review of Educational Research, 78, 751-796.Supporting self-efficacy development from primary school to the professions: A guide for educators
Ellen L. Usher, Amanda R. Butz, Xiao-Yin Chen, Calah J. Ford, Jaeyun Han, Natasha A. Mamaril, David B. Morris, Pilvi Peura, Raven R. Piercey (2023). Theory Into Practice, 62, 266-278.
