Observational learning is the process of picking up new behaviors, skills, or attitudes simply by watching someone else perform them, with no direct practice or reward required. Albert Bandura’s social learning theory, his account of how people learn from the people around them, describes this as a distinct route to learning. That route is separate from personally experiencing a reward or punishment.
Key Takeaways
- Definition: Observational learning is acquiring new or changed behavior by watching others.
- Models: The person whose behavior is copied is called a model.
- Origin: Albert Bandura demonstrated observational learning experimentally in his Bobo doll studies (Bandura, Ross, & Ross, 1961).
- Four Processes: Observational learning depends on attention (noticing the model), retention (remembering it), motor reproduction (performing it), and motivation (a reason to act).
- Everywhere: Both children and adults use observational learning to learn how to behave.
- Beyond Copying: Modern research shows children also innovate, adapting what they see to solve problems, not just copying it exactly (Legare & Nielsen, 2015).
- Verdict: Mixed or contested – meta-analysis and replications disagree on whether newborns imitate.
Learning Without Direct Experience
Because the learning is vicarious, the observer needs no personal experience of the stimulus or the reward, unlike in classical and operant conditioning. The model can be someone present or someone on video.
What the observer stores is a mental template of the action and its likely consequences, not a stimulus-response habit (Bandura, 1977a).
A child may learn a behavior long before there is reason to show it (Bandura, 1965).
Researchers who study animals define it differently: an animal is conditioned to imitate an act after observing it in a member of its own or another species.
A mockingbird, for example, can learn other birds’ songs.
The Canadian-American psychologist Albert Bandura was one of the first to recognize the phenomenon of observational learning (Bandura, 1985).
His theory, social learning theory, stresses the importance of observation and modeling of behaviors, attitudes, and the emotional reactions of others.
4 Stages of Observational Learning
Bandura (1985) found that humans, who are social animals, naturally gravitate toward observational learning. For example, children may watch their family members and mimic their behaviors.
Learners watch first. They then imitate, or model, what others do or say. Thus, the individuals or objects performing the imitated behavior are called models (Bandura, 1985).
Even infants may start imitating the mouth movements and facial expressions of the adults around them.
Bandura (1977a) identified four cognitive processes that determine observational learning: attention, retention, motor reproduction, and motivation.
Attention
- Noticing the Model: Learners must first pay attention to the behavior, since nothing can be learned from a model that goes unnoticed.
- Model Traits: Models who are high-status, talented, intelligent, or otherwise similar to the observer tend to draw more attention (Bandura, 1985).
- Observer Traits: The observer’s own mood and current interest also shape how closely the behavior gets watched.
- The Learning Environment: Attention depends on the environment too: distraction, poor visibility, or an overly complex action can all reduce what is noticed and registered.
- In Practice: This is why trainers often break a complex action into smaller steps and cut down distractions so learners can follow it clearly.
- Example: Someone climbing the corporate ladder may watch and mimic the behavior of managers and vice presidents (Debell, 2021).
Retention
- Storing the Behavior: Attention alone is not enough; observers must also retain the behavior so they can reproduce it later.
- How It’s Stored: The behavior can be stored as a mental picture of what the model did, or as a verbal description that can be rehearsed in words.
- Aiding Retention: Mnemonic devices or spaced repetition help structure the information so it is easy to remember and later perform with little effort (Debell, 2021).
- Rehearsing the Behavior: Mentally picturing the action, or physically practicing fragments of it, both strengthen the stored memory.
- Why It Matters: A behavior that is broken down into clear, meaningful steps is remembered better than one stored as a single unstructured sequence.
- Long-Term Storage: A well-retained behavior can be recalled and performed long after the original observation, sometimes years later.
Motor Reproduction
- Turning Memory Into Action: Retention gives the observer a mental guide; motor reproduction is putting that guide into actual physical movement.
- Physical Limits: Even a well-remembered behavior cannot be performed if the observer lacks the strength, coordination, or physical maturity to do it.
- Time to Master: Reproducing a complex behavior accurately often takes hours of practice, and can take years to fully craft and perfect (Debell, 2021).
- A Matching Process: The observer’s own attempt is compared to the retained model and gradually adjusted until it lines up, rather than being copied perfectly in one try.
- Feedback Helps: Comparing an attempt against the remembered model, with help from a coach, teacher, or mirror, lets the observer correct mistakes and improve.
- Example: A young child who has watched an adult drive a car cannot reproduce that behavior until they are physically old enough.
Motivation
- The Final Requirement: Even a well-learned behavior is not performed unless the observer is motivated to produce it.
- Intrinsic vs Extrinsic: Motivation can come from within, or externally through rewards and punishments.
- Three Sources: Motivation can come from an observer’s own past rewards for a behavior, from seeing a model rewarded or punished, or from the observer’s own sense of pride or guilt.
- Watching Consequences: Seeing what happens to the model, rather than experiencing it directly, is often enough to raise or lower an observer’s motivation to act.
- Why It’s Separate: Motivation determines whether a learned behavior is shown, not whether it was learned in the first place.
- Example: The extrinsic motivation of someone seeking to climb the corporate ladder could include the incentive of earning a high salary and more autonomy at work (Debell, 2021).
The Bobo Doll Experiment
Bandura’s Bobo Doll experiment is one of the most famous studies in psychology.
- Aim: Bandura, Ross, and Ross (1961) tested whether children would copy specific aggressive acts simply by watching a live adult model perform them.
- Method: Researchers individually brought 72 children into a room with an inflatable Bobo doll. A live adult model attacked it, played quietly nearby, or was absent (the control).
- Results: Children who watched the aggressive model reproduced its specific punches, mallet strikes, and verbal insults. The other groups showed almost none, and same-sex models had the stronger effect.
- Conclusion: Bandura, Ross, and Ross (1961) concluded that children can acquire a novel aggressive behavior purely by observing it, with no reward, punishment, or prior experience of their own.
Film and Cartoon Models
Bandura, Ross, and Ross (1963) asked a follow-up question: does observational learning need a live model?
- Aim: To test whether children also copy aggression seen on film, and whether a cartoon model works as well as a human one.
- Method: 96 children saw an adult attack a Bobo doll live, on film, or on film in a cat costume. A fourth group saw no model.
- Results: All three model groups showed more imitative aggression than the control group, at roughly comparable levels. Together they produced about twice as much aggression as the controls.
- Conclusion: Observational learning is not limited to live models. Filmed humans and cartoon figures induced imitative aggression as well as live ones.
The cartoon result showed that the observer need not see the model as a plausible human peer. It also began a long line of research on televised violence.
The design shares the 1961 study’s limits. The children were preschoolers and the target was a Bobo doll, so the results say little about older children or aggression toward real people.
Observational Learning Examples
There are numerous examples of observational learning in everyday life for people of all ages.
Nonetheless, observational learning is especially prevalent in the socialization of children. For example:
- An infant could learn to chew by watching adults chew food.
- After witnessing an older sibling being punished for taking a cookie without permission, the young child does not take cookies without permission.
- A school child may learn to write cursive letters by observing their teacher write them on the board.
- Children may learn to play hide and seek by seeing other children playing the game and being rewarded in the form of entertainment.
- Children may also learn to say swear words after watching other children say swear words and gain social status.
- A child may learn how to drive a car by making appropriate motions after seeing a parent driving.
- A young boy can swing a baseball bat without being explicitly taught how to do it after attending a baseball game. Similarly, a child could learn how to shoot hoops after a basketball game without instruction.
- A child may be able to put on roller skates and stand on them without explicit instruction.
- A student may learn not to cheat by watching another student be punished for doing so.
- A child may avoid stepping on ice after seeing another child fall in front of them.
Positive and Negative Outcomes
Bandura concluded that people and animals alike watch and learn and that this learning can have both prosocial and antisocial effects.
Vicarious reinforcement is the term for this effect: seeing a model rewarded or punished shapes whether an observer performs a behavior, without the observer experiencing any consequence themselves.
The effect has three forms. It can raise imitation (the model is rewarded), lower it (the model is punished), or inform the observer of likely outcomes (Bandura, 1965). It offers a route by which norms, laws, and workplace rules can shape behavior without ever punishing the individual.
Observation builds self-efficacy too. Self-efficacy is a person’s belief in their own competence. Seeing a similar model succeed through sustained effort raises that belief most (Bandura, 1977b).
Bandura (1965) demonstrated this directly.
- Aim: To test whether a model’s consequences change what observers learn or only what they perform.
- Method: 66 children aged 42 to 71 months watched a film of a model attacking a Bobo doll, then being rewarded, punished, or ignored. Each child was observed for spontaneous imitation, then offered rewards for copying.
- Results: Children who saw the model punished imitated significantly less spontaneously. Once rewards were offered, all three groups reproduced much more, and the group differences were no longer significant.
- Conclusion: A model’s consequences affect performance, meaning whether observers show a behavior, not learning. Children who saw punishment had learned the behavior but had less reason to show it.
Testing the same children with and without rewards shows hidden learning without mixing it up with group differences in ability. The study cannot say how long that learning lasts.
Prosocial models can be used to encourage socially acceptable behavior. Parents often provide the model.
- Reading: Parents who read to their children can teach them to read more.
- Healthy habits: Parents who want healthy-eating children can model it by eating well and exercising, and by spending fitness time together.
- Actions over words: Children tend to copy what parents do above what they say (Daffin, 2021).
Observational learning has also been used to explain how antisocial behaviors develop. Two examples follow:
- Abuse cycle: Abused children often watch parents handle anger and frustration with violence and learn to do the same. Research suggests this is one reason many become abusers themselves (Murrell, Christoff, & Henning, 2007).
- Television violence: Some studies suggest violent television shows may have antisocial effects, though this is a controversial claim (Kirsh, 2011).
Observational Learning and Behavioral Modification
Observational learning can be used to change already learned behaviors, both positive and negative.
Modelling in Therapy
Bandura argued that if all behaviors are learned by observation, they can also be unlearned the same way. Unlearning needs new models. Because people model their behavior on those around them, undesirable behaviors can be altered or relearned through new models.
Bandura suggested showing people a model in a situation that usually causes them some anxiety.
For example, take a fear of blood draws. A psychologist might show the client a model using relaxation techniques while calmly getting blood drawn.
The client sees the model interact calmly with the fear-evoking stimulus. The fear should subside.
This method of behavioral modification is widely used in clinical, business, and classroom situations (Daffin, 2021).
The best-known test used filmed models. Bandura and Menlove (1968) showed children with a strong fear of dogs eight short films.
In them, a peer model approached, petted, fed, and played with a cocker spaniel. A control group watched a neutral film.
Children who watched the films became more willing to approach a real dog, and the gains held a month later.
Showing several dogs and several peer models worked better.
Clinicians use several forms of modelling:
- Live modelling: The client watches a real person handle the feared situation.
- Symbolic modelling: The client watches a filmed model, as in the dog-phobia study.
- Participant modelling: After watching the model, the client attempts the feared behavior with the therapist’s support.
Teaching and Training
The four processes also work as a checklist for trainers:
- Attention: Make the demonstration visible, salient, and focused.
- Retention: Annotate the steps and allow time for mental rehearsal.
- Motor reproduction: Let learners practice with corrective feedback.
- Motivation: Build in consequences that make reproducing the behavior worthwhile.
In the classroom, a teacher may use modeling to demonstrate how to do a math problem for a student. Through a prompt delay, that teacher may then encourage the students to try the problem for themselves.
If the student succeeds, no further action is needed. If the student struggles, a teacher may use one of four types of prompts: verbal, gestural, modeling, or physical.
Similarly, a trainer may show a trainee how to use a computer program to run a register.
As before, the trainer uses prompts and prompt delays. These test how much the employee has learned.
Reinforcers can then be delivered through social support after the trainee has successfully completed the task themself (Daffin, 2021).
Observational Learning vs. Operant and Classical Conditioning
Classical conditioning, also known as Pavlovian conditioning, pairs a neutral stimulus with one that already triggers a reflex. Pavlov’s dogs learned to salivate to a bell after it was repeatedly paired with food, even once the food stopped appearing.
Operant conditioning instead works through consequences: a trainer teaches a dog to sit by rewarding the behavior each time it happens (Daffin, 2021).
Observational learning extends both traditions. The table below summarizes the key differences.
| Feature | Classical Conditioning | Operant Conditioning | Observational Learning |
|---|---|---|---|
| Experience required | Personally undergoes the stimulus pairing | Personally performs the response and receives the consequence | Watches another person perform and experience the consequence |
| Role of reinforcement | Not necessary for learning | Central; the response is learned because it is reinforced | Affects performance, not learning; acquisition can occur with no reinforcement at all |
| New behavior | Cannot introduce a new response | Builds a new response gradually through shaping | Can install a full, novel action pattern after a single observation |
| Central figures | Pavlov, Watson | Thorndike, Skinner | Bandura |
These three forms of learning are not rivals; they work together.
A child’s fear of dogs might start with a bite (classical conditioning), then grow stronger each time a parent’s comforting attention reinforces it (operant conditioning).
Watching a sibling panic around dogs can spread that fear further, purely through observation, making the overall learning process more efficient (Daffin, 2021).
Evidence Check: Do Newborns Really Imitate?
Verdict: Mixed or contested.
The claim that imitation is present at birth is contested. The one pooled analysis of 33 newborn samples finds an average effect.
Its variation is tied to researcher affiliation, while two early reruns and the largest controlled longitudinal study found none.
This check weighs only the newborn claim. It is not a verdict on observational learning as a whole.
Newborn Imitation Is Contested, Not Settled
Level of evidence: Meta-analysis or systematic review; failed to replicate.
Meltzoff and Moore (1977) reported that infants aged 12 to 21 days selectively reproduced a model’s tongue protrusion, mouth opening and lip protrusion.
They took this as evidence of an inborn matching mechanism. Other researchers have challenged that reading.
The strongest evidence is a multilevel meta-analysis.
Davis, Redshaw, Suddendorf, Nielsen, Kennedy-Costantini, Oostenbroek and Slaughter (2021) pooled 336 effect sizes from 33 independent samples of human newborns, reported in 26 articles.
They found significant evidence for neonatal imitation (d = 0.68, 95% CI [0.39, 0.96], p < .001), with substantial heterogeneity between estimates.
None of 13 methodological moderators explained that heterogeneity, but it was associated with researcher affiliation (QM(15) = 57.09, p < .001).
The authors offer two readings. Neonatal imitation exists, and its detection depends on uncaptured methodological factors common to a few studies.
Or it does not exist, and the positive average is an artifact of high researcher degrees of freedom.
Reruns by teams unconnected to the original authors reported failures.
Koepke, Hamm, Legerstee and Russell (1983) reported two replications of Meltzoff and Moore (1977) and wrote that both failed to yield evidence of neonatal imitation.
Oostenbroek and colleagues (2016) followed 106 infants at 1, 3, 6 and 9 weeks of age, presenting nine social and two non-social models.
Infants were as likely to produce the gestures in response to control models as to matching models. Neither rerun is an exact copy.
The table sets the four sources side by side.
| Source | Design | Finding |
|---|---|---|
| Meltzoff and Moore (1977) | Experiments with infants aged 12 to 21 days; one tested 12 infants | Infants selectively reproduced three gestures |
| Koepke and colleagues (1983) | Two replications | Both failed to yield evidence of neonatal imitation |
| Oostenbroek and colleagues (2016) | Longitudinal study of 106 infants, with control models | As likely to produce a gesture after a control model as after a matching one |
| Davis and colleagues (2021) | Multilevel meta-analysis of 33 samples | d = 0.68, 95% CI [0.39, 0.96], with heterogeneity tied to researcher affiliation |
The two kinds of source disagree. The meta-analysis ranks higher among designs.
But it summarizes the same literature that critics call methodologically limited, and its main moderator is who ran the study.
The Oostenbroek design addresses that limitation through control models. Its null result is therefore more informative about selective matching than a pooled average of studies that mostly lacked controls.
The effect is not shown to be unreal. But an innate matching mechanism is not established, so newborn imitation is best treated as an open question.
Observational learning in older infants and children does not depend on it.
Trust in the evidence is limited in two ways.
The two main sources are not independent: all seven authors of Davis and colleagues (2021) are also authors of Oostenbroek and colleagues (2016).
The Oostenbroek study is the most trustworthy single source because it was large for this field, tracked the same infants, and included control models.
Even so, it is a single research programme. Koepke and colleagues (1983) were an early, small-scale pair of reruns.
Critical Evaluation
The Bobo doll studies are landmark research, but later work has also revealed real limitations in how they were designed and interpreted.
Strengths of the Evidence
The Bobo doll studies, their filmed replications, and Bandura’s reward-and-punishment experiment all point the same way.
Together, they explain something classical and operant conditioning cannot. A person can acquire a brand-new, complex behavior in a single attempt. No trial and error is needed, and no direct reward.
The same mechanism has real clinical value. Bandura and Menlove (1968) used filmed modeling to treat children’s dog phobias. The gains held up a month later.
The four-process framework has also proved useful outside the lab. It shapes how teachers demonstrate new skills and how new employees are trained.
Even chimpanzees show it. Whiten, Horner, and de Waal (2005) trained a high-status female in each of two groups on different techniques for getting food from a puzzle box.
Most members of each group then adopted the technique their own trained female used. Chimpanzees who found the alternative reverted to their group’s version.
Similar findings in songbirds, guppies, and laboratory rodents suggest the core mechanism is evolutionarily old.
Strengths and Limitations of the Bobo Doll Studies
- Controlled Design: Pre-matched groups and high inter-observer reliability let researchers rule out alternative explanations for the children’s aggression.
- Demand Characteristics: Watching an adult attack the doll may have signaled to children that hitting it was expected, inflating imitation scores (demand characteristics).
- Rehearsed Play: The Bobo doll is built to be hit and rebounds when struck, so some “aggression” may be ordinary play with an inviting toy.
- Ecological Validity: Hitting an inflatable doll in a lab is not the same as real aggression toward a person, which limits how far the findings generalize (ecological validity).
- Ethical Concerns: Exposing young children to an aggressive adult model and a frustrating situation raises ethical questions that would not be accepted under today’s research standards.
- Sample Age Range: All three landmark Bobo doll studies tested preschool children only, so it is unclear how far the findings extend to older children and adults.
Contemporary Research
Imitation and Innovation
Legare and Nielsen (2015) argued that observational learning draws on two separate skills:
- Imitation: exact copying of what the model does.
- Innovation: adapting what is seen to solve a problem.
Children switch between the two based on what they think a behavior is for. They imitate faithfully for social rituals and innovate for practical goals.
Cross-cultural studies add a twist. Children in some societies show stronger overimitation than others. Overimitation means faithfully copying steps that make no difference to the outcome.
Researchers read this as a sign that children treat a model’s exact actions as culturally meaningful, not just useful. This adds a social dimension to Bandura’s four processes.
Children may copy a model closely because they infer that a knowledgeable model is showing them what they ought to do. Expecting a reward is not the only driver.
Stress Learned by Observation
Observation can also pass on a learned state instead of a skill. Patel et al. (2026) tested whether mice could acquire learned helplessness, a passive, stress-driven failure to try to escape, just by watching.
Observer mice spent a week watching cage-mates receive inescapable foot shocks through a partition that allowed sight, sound and smell but no contact. The observers were never shocked themselves.
In both sexes they later showed active-avoidance deficits, anhedonia-like behavior (reduced pleasure-seeking), anxiety-like behavior, and raised plasma corticosterone, a stress hormone. The authors describe this profile as comparable to that produced by direct shock.
The study has limits. It is a single rodent experiment, and some assays used fewer than ten animals. It illustrates the principle rather than showing the same mechanism in people.
Pain Responses Learned by Watching
Observation can change what an observer feels, not only what they do. Bajcar and Bąbel (2018) reviewed the experiments on this question.
- Aim: To review studies showing that watching someone respond to pain changes an observer’s own pain, and to propose how that information travels.
- Method: A narrative review, not a new experiment, sorted laboratory studies by type of modelling (live, video, or displayed ratings). It built a model around the observer’s expectancies.
- Findings: Watching a model could produce placebo analgesia (pain relief from expecting relief) or nocebo hyperalgesia (extra pain from expecting it). Video models worked as well as live ones.
- Conclusion: Observational learning can induce placebo and nocebo responses, with expectancy as the central mediator and empathy as a moderator.
The evidence is modest. The review is a narrative synthesis without stated search methods, and the studies used healthy volunteers and brief experimental pain. Most gave observers verbal pain ratings, so it is unclear which type of modelling did the work.
What Is Still Unclear
Two children of the same age can watch the exact same model and copy very different amounts of what they saw.
Bandura’s original framework says little about why. A separate debate concerns how early imitation begins.
Not every child treats a model’s actions as equally important to copy exactly. This is part of what the normative account above tries to explain.
Meltzoff and Moore (1977) reported that infants aged 12 to 21 days could copy simple facial gestures, suggesting the matching mechanism is partly innate.
Later work challenged this. Oostenbroek et al. (2016) tested 106 infants at four ages and found them no more likely to produce a gesture after seeing it than after seeing a different one. The Evidence Check above weighs both sides. The question remains genuinely open.
Two further limits concern the brain and the clinic.
- Neural Basis: Mirror neurons, brain cells that fire when acting and when watching, are a proposed substrate, but human evidence is indirect. A 12-adult imaging study found a pattern its authors judged incompatible with them (Lingnau et al., 2009).
- Applied Effectiveness: Programs built on social learning theory are common, but a scoping review of 37 studies found no agreed definition of effectiveness (Liu, Pang, & Lam, 2024). Fourteen did not say how they judged it.
Even so, the core finding is not seriously disputed. People learn a great deal simply by watching, long before they ever try it themselves.
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