Social Cognitive Theory: How Self-Efficacy and Modelling
Bandura's social cognitive theory explains how learners learn through observation, self-efficacy beliefs and self-regulation.
Social Cognitive Theory: How Self-Efficacy and Modelling explains how learners build behaviour, motivation and confidence. These grow through the link between personal beliefs, classroom environments and repeated action. Albert Bandura’s early work on social learning (Bandura, 1977), later expanded as Social Cognitive Theory, showed that learners do not simply absorb information. They watch, interpret, practise and judge whether they can succeed.
This connects to the wider context of fundamental theories of learning in modern classroom practice.
Social Cognitive Theory is a psychological theory about learning and behaviour. It explains how people build skills, beliefs and habits as their thoughts, surroundings and actions affect each other.
For teachers, the theory matters because modelling is never neutral. In a Year 7 maths lesson, a teacher who solves a problem, makes a visible error, corrects it and explains the next step gives learners a coping model, not just a perfect answer. That can build self-efficacy more effectively than showing only polished work, especially for learners who are unsure where to start.
Social Cognitive Theory Explained
Social Cognitive Theory explains how learning happens. We learn by watching others and by guiding our own actions. Our actions, thoughts and spaces all affect each other. Use it as a starting point for professional discussion: identify the learner's current need, record evidence from more than one lesson, and agree the next classroom adjustment with the SENCO or family.
Teachers should model good teamwork skills. Zimmerman (1990) says learners should guide their own work. Teachers should also reward good behaviour, and Schunk (2012) supports this view.
Social Cognitive Theory (SCT) is a psychological framework that helps explain how people learn through observation, experience, and social interaction. It shows us that learning is not just about what happens inside our minds, it's also shaped by what we see around us and how we respond to it. In simple terms, it's about the constant conversation between our thoughts, actions, and environment.
observational learning works in Social Cognitive Theory" loading="lazy">Albert Bandura developed Social Cognitive Theory, which brings together behavioural, cognitive and social influences on learning (Bandura, 1986). Its core ideas still shape how we design classroom instruction today.
- Observational Learning, the process of learning by watching others
- Self-Efficacy, our belief in our ability to succeed at a task
- Triadic Reciprocal Determinism, the idea that personal factors, behaviour, and the environment all influence one another
For example, a learner can learn how to approach a science experiment by watching a peer confidently carry it out. If they believe they can do it too (self-efficacy) and receive encouragement or feedback from their teacher (environment), they are more likely to take part, and succeed.
The theory's strength lies in its practical use. Teachers use it in classrooms and for collaborative learning. It helps with media literacy, health campaigns, and influencing behaviour (Bandura, 1977). This makes it useful in many situations.
We will examine these ideas with examples from education, media and health. Understanding the concepts shapes how learners behave. This provides useful knowledge for teachers, leaders, or anyone curious (Bandura, 1977; Dweck, 2006; Ericsson, 1993).
Evidence overview
What the research says
Key Takeaways
- Modelling is a powerful instructional strategy for encouraging new skills and behaviours in learners: Learners learn effectively by observing competent models, internalising not only the actions but also the perceived consequences, as demonstrated by Bandura's foundational work on observational learning (Bandura, 1977). Teachers can use this by demonstrating tasks clearly and providing opportunities for learners to observe successful peers.
- Learners' belief in their own capabilities, or self-efficacy, significantly influences their academic engagement and achievement: High self-efficacy leads learners to approach challenging tasks with greater effort and persistence, even in the face of difficulties, a concept extensively explored by Bandura (Bandura, 1997). Educators should therefore implement strategies that build learners' confidence in their ability to succeed, such as providing mastery experiences and constructive feedback.
- Learning is a active and reciprocal process involving the constant interaction between personal factors, behaviour, and the environment: This concept of reciprocal determinism, central to Social Cognitive Theory, highlights that learners are not passive recipients of information; their thoughts, actions, and surroundings mutually influence each other (Bandura, 1986). Teachers should consider how classroom environment and learner agency interact to shape learning outcomes.
- Social Cognitive Theory provides educators with a comprehensive framework for understanding how learners learn beyond mere cognitive processes: By integrating observational learning, self-efficacy, and reciprocal determinism, SCT shows the importance of social context and personal agency in shaping learners' development and academic performance (Schunk, 2012). This perspective encourages teachers to design learning experiences that encourage both skill acquisition and a strong sense of personal effectiveness.
What does the research say? Multon, Brown, and Lent's (1991) meta-analysis showed that self-efficacy beliefs predict academic achievement, with a correlation of r = 0.38. Visible Learning MetaX version 1.4 lists self-efficacy with a weighted mean effect size of 0.69, based on 17 meta-analyses. This makes it one of the strongest influences on learning outcomes.
How Modelling Drives Observational Learning
Modelling is the process through which learners observe others and acquire behaviours, skills and language without direct instruction. The process includes attention, retention, reproduction, and motivation. This learning explains how learners gain social skills and language without teaching. Research from work by Meltzoff (1995) and Rizzolatti (1996) adds to this field.
Learners watch others, explains Bandura's (1977) social learning theory. This affects our grasp of how learners gain behaviour. Social cognitive theory (Bandura, 1986) expands these ideas.
Bandura (1977) showed observational learning happens when learners watch and copy others. Learners absorb information from their environment like a sponge. They then use the behaviours they observed, making learning faster. Modelling has powerful effects on social groups.
Bandura, Ross and Ross (1963) showed that learners copy aggressive behaviours after watching a model. This imitation continued beyond the first setting. Their work linked observed aggression with later imitative responses in children.
Attention matters when teachers want to change learner behaviour. Stimuli, or cues in the setting, can lead learners to start or stop behaviours (Norman, 1988; Thaler & Sunstein, 2008). Use this idea when you plan interventions (Kahneman, 2011; Ariely, 2008).
Bandura's Social Learning Theory helps to change behaviour. It works well in health and education. Researchers use it to reduce aggression (Bandura, 1977). It also helps us to understand the impact of television violence on imitative behaviour (Bandura, 1977).
Bandura's Social Learning Theory (SLT) goes beyond aggression. Researchers use SLT in behaviour programmes. Bandura (1977) showed SLT is useful in practice.
Bandura (1977) showed that learners change their behaviour by watching others. Vygotsky (1978) said teachers should use this to support learners. This links watching others to constructivist teaching methods.
Social Learning Theory says people learn by watching (Bandura, 1977). Bandura believed the setting greatly affects this learning. His work helps to guide behaviour support. It helps learners to build self-control and thinking skills (Bandura, 1977).
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Why Self-Efficacy Matters for Learning
Self-efficacy is a learner's belief that they can succeed. It shapes their motivation, behaviour and progress. It also shows how confident they feel about their skills. Use it as a starting point for professional discussion: identify the learner's current need, record evidence from more than one lesson, and agree the next classroom adjustment with the SENCO or family.
Dweck (2006) says this belief changes how learners think, feel and act. Zimmerman (2000) shows that it also affects whether learners reach their goals.
Bandura (1986) argued that self-efficacy shapes the goals learners set and how they pursue them. Confident learners try tough tasks and keep going. Learners with low self-efficacy avoid challenges and quit early. These learners often feel more stress and anxiety.
Self-efficacy is not simply a matter of possessing certain skills; it's about believing that you can use those skills effectively. Think of it like having all the ingredients for a cake but not believing you can bake it properly. You can never even try!
There are four primary sources of self-efficacy:
- Mastery Experiences: Successfully performing a task strengthens self-efficacy, while failures weaken it.
- Vicarious Experiences: Observing others succeed can boost self-efficacy, especially if the observer perceives themselves as similar to the model.
- Social Persuasion: Encouragement and positive feedback from others can increase self-efficacy.
- Emotional and Physiological States: Positive emotions and physical well-being enhance self-efficacy, while negative emotions and stress diminish it.
- Behaviour: Our actions and decisions
- Environment: Our physical surroundings, social context, and external influences
- Cognition: Our thoughts, beliefs, expectations, and attitudes
- Learners apply theory through classroom tasks.
- Abstract ideas are scaffolded into usable lesson moves.
- Challenge stays in the task, not in decoding instructions.
- Bandura, A. (1977). *Social Learning Theory*. Englewood Cliffs, NJ: Prentice Hall.
- Bandura, A. (1986). *Social Foundations of Thought and Action: A Social Cognitive Theory*. Englewood Cliffs, NJ: Prentice-Hall.
- Schunk, D. H., & DiBenedetto, M. K. (2020). *Self-Efficacy in Education*. Routledge.
- Redmond, B. F. (2016). Self-Efficacy Theory: Do I Think That I Can Succeed?. *Workplace Management*, 1-9.
Bandura (1977) showed that self-efficacy boosts learner success. Teachers build this by helping learners master new skills. Teachers also model strategies and give encouraging feedback, says Schunk (1991). Stipek (2002) highlights the need to ensure support for all learners.
Teachers build learner self-efficacy and maths skills by simplifying hard problems. Positive feedback and showing success examples help learners, (Bandura, 1977). This connects to Dweck's (2006) growth mindset theory.
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How Reciprocal Determinism Shapes Learning
Reciprocal determinism explains how behaviour, personal traits and the environment affect each other. Together, these factors shape how learners act and learn. Bandura (1986) said behaviour, environment and thinking are the key parts.
Researchers like Zimmerman (1998) built on this idea. Schunk (1991) also looked at how these factors affect learners.
Reciprocal determinism means that these three components are constantly interacting and influencing each other. Change in any one of these components can impact the others. The theory suggests that it is not enough to look at individual behaviours and the environment; you must consider how the three interlink.
Let's break down the components further:
Learners sometimes avoid joining in with the class. Low confidence can make them scared to speak (Bandura, 1977). When they stay silent, this lack of confidence can get worse.
A supportive setting builds positive attitudes. This helps learners to engage and take part (Vygotsky, 1978).
Use self-talk to help learners succeed (Bandura, 1986). Build positive classrooms to improve learning (Bronfenbrenner, 1979). Guide experiences to shape what learners believe (Weiner, 1986). Encourage learners to interact with each other.
Applying the Theory in Classrooms
Using Social Cognitive Theory means making good use of role models. It also draws on self-belief and classroom spaces to support learning. Use it as a starting point for professional discussion: identify the learner's current need, record evidence from more than one lesson, and agree the next classroom adjustment with the SENCO or family.
The theory focuses on how learners learn by watching others. It also shows how actions and settings shape each other. Teachers can use these ideas to support learners and improve classrooms.
Social Cognitive Theory helps teachers engage learners (Bandura, 1977; 1986; 1997). Taking part builds independence and lifelong learning skills. Good spaces can raise a learner's self-belief (Bandura, 1977; 1986; 1997). Teachers can improve results by giving support.
Seminal Studies on Self-Efficacy and Modelling
These key studies look at social cognitive theory. They explore self-belief in school settings.
Social Foundations of Thought and Action View study ↗
10,616 citations
Bandura, A. (1986)
Social Cognitive Theory links a learner's actions, thoughts and environment (Bandura, various dates). These three factors shape how they learn in class. Researchers build on the educational ideas of Bandura (various dates).
Read Self-Efficacy: Towards a Unifying Theory of Behavioural Change. This paper has 54,266 citations.
Bandura, A. (1977)
Bandura (1977) defined self-efficacy. This concept is key for learner motivation. A learner's belief affects their success (Pajares, 1996). Dweck (2006) showed that a growth mindset also boosts learner achievement.
Peer Models and Children's behavioural Change View study ↗
875 citations
Schunk, D.H. (1987)
This shows how learning from peers improves results. It offers proven ways for classes to work together.
Self-Efficacy: An Essential Motive to Learn View study ↗
4,255 citations
Zimmerman, B.J. (2000)
This explores how teachers can build a learner's self-belief. They use goals, feedback and self-control methods.
Self-Efficacy Beliefs in Academic Settings View study ↗
9,000+ citations
Pajares, F. (1996)
Bandura's work (1977) links self-efficacy to achievement. This applies to many subjects. Teachers can use these findings to improve their practise.
Further research by Schunk (1991) and Zimmerman (2000) supports this. They show self-efficacy affects learner success.
AI as a Cognitive Model in Modern Classrooms
AI acts as a thinking model in modern classrooms. Learners watch digital examples of reasoning and talking. They may see a chatbot explain, sum up, or draft text. Use it as a starting point for professional discussion: identify the learner's current need, record evidence from more than one lesson, and agree the next classroom adjustment with the SENCO or family.
This gives them a digital model of how to think and speak, and they then decide whether to copy it. This makes AI skills a teaching issue, not just a tech issue. Department for Education guidance on generative AI in schools is clear: learner use needs a defined learning goal, close supervision, and strict safety limits.
This is where prompt modelling matters. In a Year 8 history lesson, a teacher can project a prompt such as, “Explain two causes of the Peasants’ Revolt in 80 words and show one possible misconception.” The teacher then says, “We are using this to inspect ideas, not to copy an answer,” and asks learners to highlight one accurate point, one omission and one phrase they would improve. learners then write their own short explanation and add a note on what the AI missed, so the tool supports thinking rather than replacing it.
Used carefully, this kind of routine builds technological self-efficacy. A learner moves from “I do not know how to begin” to “I can question the tool, improve the prompt and produce something better than the first draft.” That shift matters because teacher support is linked to stronger generative AI self-efficacy and wider classroom use (Collie et al., 2024), while UNESCO’s AI competency framework for teachers (UNESCO, 2024) places human agency and AI pedagogy at the centre of practise.
The risk is cognitive offloading without understanding. If learners let the tool plan, phrase and check everything, they may hand in polished work with shallow learning. Emerging evidence suggests AI can support achievement when offloading is paired with metacognition and review, not when it replaces them. For teachers, the practical message is simple: model the prompt, model the doubt, and model the check.
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Frequently Asked Questions
How the Theory Supports Classroom Learning
Bandura's Social Cognitive Theory explains that we learn by watching and talking with others. Learners gain knowledge from their traits, their actions and their setting. In class, learners watch others and think about their own success (Bandura, 1986).
Using Modelling in Class
Teachers show work examples and skills step by step to support observational learning. Help learners notice key task features and remember the steps. Practise the behaviour and explain benefits, based on Bandura's (1977) social learning theory.
How Self-Efficacy Improves Learning Outcomes
High self-efficacy helps learners approach difficult tasks as challenges to be mastered rather than threats to be avoided. When learners believe in their ability to succeed, they show greater persistence and achieve better academic results. This confidence encourages learners to set higher goals and remain committed to their learning even when they face setbacks.
Evidence for Social Cognitive Theory
Self-belief strongly predicts how well learners do in school. Hattie (date not given) showed this belief has a huge effect (0.92). Learners with high self-belief stick with hard tasks. They also get higher grades on difficult work.
Common Mistakes When Applying the Theory
A common mistake is assuming that simply watching a model is enough for learning to occur. Without active attention, retention, and the chance to practise, learners may fail to internalise the new skill. Teachers should also avoid using models that are too advanced because learners often learn best from peers who are slightly more capable than themselves.
School Examples of Reciprocal Determinism
Reciprocal determinism refers to the way a learner's thoughts, their behaviour, and the school environment all influence one another simultaneously. For example, a learner's interest in a subject can lead them to ask more questions, which then leads the teacher to provide more support. This cycle continues to shape the learner's learning process and their future attitudes towards school.
Real-World Applications in the Classroom
Teachers can use Social Cognitive Theory in daily classroom routines. This includes modelling, feedback, and shared rules. Bandura shows that learners do not learn only from direct teaching. Use it as a starting point for professional discussion: identify the learner's current need, record evidence from more than one lesson, and agree the next classroom adjustment with the SENCO or family.
They also learn from examples, feedback, and the expectations around them. In practice, classroom setup, task design, teacher language, and visible models all matter. These factors shape whether learners try, avoid, or keep going with a task.
One clear application is teacher modelling. When a teacher thinks aloud during a maths problem, a science explanation, or a piece of extended writing, learners can see the hidden decisions behind success. Bandura (1977) argued that observation supports learning, but the model needs to be clear and purposeful. Breaking a task into short steps, naming likely errors, and showing how to correct them can make challenge feel manageable rather than intimidating.
Peer modelling is equally powerful, especially when learners watch someone similar to themselves succeed. A teacher can invite a learner to explain how they improved a paragraph, selected evidence in history, or checked an answer in maths. Research on self-efficacy by Schunk suggests that seeing attainable success can strengthen a learner's belief that they can do the same. This works best when success criteria are visible and the class discussion focuses on strategy rather than simple praise.
Self-efficacy also grows through planned feedback. Do not just give broad praise. Instead, point learners to clear proof of progress.
For example, praise them for choosing a strong verb, reading a question again, or finishing the first step alone. Short reflection and goal setting help learners link effort to improvement. Zimmerman explored this idea in his work on self-regulation. Over time, these small steps can change classroom behaviour.
The Bobo Doll Experiment: Observational Learning in Action
The Bobo doll experiment demonstrates how children learn behaviours by observing and then imitating aggressive adult models. Children who watched an adult hit, kick, and shout at an inflatable doll were more likely to reproduce the same behaviour later, even though no one told them to do so (Bandura et al., 1961; Bandura et al., 1963). For teachers, the message is simple, learners learn from what adults and peers demonstrate, not only from what they are told.
This matters in classrooms because modelling carries information about both procedure and attitude. When a teacher works through a difficult maths problem aloud, stays calm after an error, and corrects it step by step, learners are not just seeing the method, they are seeing what persistence looks like. Schunk (1987) argues that effective models can strengthen self-efficacy, especially when learners think, "someone like me can do this."
In practice, make the behaviour visible before learners work alone. In Year 4 writing, project a paragraph on the board. Explain why a sentence is unclear, then rewrite it for the class.
Learners can then copy this editing routine in their books. In secondary science, ask a confident learner to model a task. They can show how to set up equipment, record notes neatly, or use precise words during a discussion.
The Bobo Doll experiment reminds teachers to watch what they reward. Bandura (1965) showed that results matter. If the fastest answer gets praise, learners may copy speed instead of accuracy.
If you praise careful thinking, that habit can spread. In your next lesson, choose one behaviour to model clearly. You could show how to explain an answer or recover from a mistake, then let learners practise it straight away.
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- Challenge stays in the task, not in decoding instructions.
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Limitations and Critiques
Social Cognitive Theory is influential, but it has limits. First, it can be misused as a narrow account of motivation, where low attainment is explained through weak self-efficacy rather than poor teaching, poverty, exclusion or limited curriculum access. Ecclestone and Hayes (2019) warn that therapeutic accounts of education can shift attention away from institutional responsibility.
Second, some modelling research relies on short-term behavioural measures. The Bobo doll studies were important for social learning theory, but laboratory aggression tasks do not fully represent the complexity of classroom learning, moral judgement or long-term change. Bandura’s later work on moral disengagement helps address this gap, but it also shows that observational learning can support harmful behaviour as well as positive learning.
Third, Social Cognitive Theory can understate working memory limits. Complex expert modelling may fail if novice learners cannot attend to, retain and practise each step. Cognitive Load Theory offers a useful challenge here, especially when teachers model extended reasoning too quickly (Sweller, van Merrienboer, & Paas, 2019).
Finally, the theory needs cultural and neurodiversity-aware interpretation. Attention should not be judged only through eye contact, stillness or quick verbal response. Milton’s Double Empathy Problem (2012) reminds teachers that communication differences are relational, not simply learner deficits. Despite these limitations, Social Cognitive Theory remains valuable because it connects belief, behaviour and environment in ways teachers can test and improve in real classrooms.
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References
Bandura (1977).
Bandura (1986).
Bandura (1997).
Bronfenbrenner (1979).
Pajares (1996).
Schunk (2012).
UNESCO (2024).
Vygotsky (1978).
Weiner (1986).
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