Learning Theories: Mindset and Learning Styles
Can Mindset Change How You Learn?
Some learners believe that intelligence is fixed — you are born with a certain amount and that is that. Others believe that with effort and the right strategies, ability can always improve. Psychologist Carol Dweck argued that which belief a learner holds has a powerful effect on how they respond to difficulty and how much they achieve. Cognitive scientist Daniel Willingham studied a different question — whether teaching should be matched to a student’s preferred ‘learning style’. Together these two learning theories shape how OCR expects you to think about education and ability, and both must be evaluated against the nature/nurture debate.
Dweck’s Mindset Theory
Dweck proposed that learners operate from one of two core beliefs about their own intelligence and ability: the fixed mindset and the growth mindset.
A learner with a fixed mindset believes that you are either good at something or you are not, and that hard work cannot really change this. Failure feels threatening because it seems like proof of a permanent limit. These learners avoid challenges where they might look unable and are more likely to give up when work becomes difficult.
A learner with a growth mindset believes ability can be developed through effort, practice and better strategies. Failure is informative rather than threatening — it shows where to try harder or change approach. These learners embrace challenge, persist through difficulty, and tend to improve more over time.
Fixed mindset: believes ability cannot change; avoids challenge; gives up at failure. Growth mindset: believes ability can be developed through effort; embraces challenge; treats failure as useful information.
Praise for Effort
Dweck’s research found that the type of praise a learner receives can shape which mindset they develop. Praising a child for being clever or talented (“you’re so smart”) promotes a fixed mindset, because it signals that intelligence is a fixed trait to be protected — so the child avoids anything risky. Praising effort and strategy instead (“you worked really hard on that”) promotes a growth mindset, because it signals that success comes through effort, not inherited talent.
This has direct implications for teachers and parents. Well-meaning compliments about ability can, paradoxically, make a learner less willing to attempt difficult work in case they lose their ‘clever’ label. Praise for effort is more likely to build resilience and a lasting willingness to learn.
Core Study: Blackwell, Trzesniewski and Dweck (2007)
OCR requires the study Blackwell et al. (2007) to support Dweck’s theory. The study followed students through the transition into secondary school, a period when maths grades often start to slip, to see whether a learner’s implicit theory of intelligence — fixed or growth — predicted what happened to their achievement.
Design and sample: the study had two stages. Stage one was a longitudinal design, following a group of secondary school students and measuring their mindset beliefs using a questionnaire, then tracking their maths grades over the following two years. Stage two was an intervention study comparing an experimental group, who took part in workshops teaching a growth mindset, against a control group who received a matched workshop teaching them about memory instead.
Materials and procedure: students completed a questionnaire designed to measure whether they held an entity (fixed) or incremental (growth) theory of intelligence. In the intervention stage, the experimental group was taught that the brain is like a muscle that gets stronger with use, while the control group was taught about how memory works, with no mindset content. Maths grades were then compared between groups.
Results: students who held a growth (incremental) theory of intelligence showed maths achievement that rose across the transition to secondary school. Students who held a fixed (entity) theory showed achievement that levelled off (a flat trajectory) over the same period. In the intervention stage, the group taught a growth mindset showed improved motivation and a reversal of the declining trend seen in the control group.
Conclusions: a learner’s implicit belief about intelligence affects real academic outcomes, and mindset can be taught — teaching a growth mindset directly improved motivation and achievement rather than simply describing a pre-existing difference between learners.
Criticisms: the first stage of the study was correlational, so on its own it could not prove that mindset caused the change in grades — this is why the researchers added the intervention stage. The effect was measured specifically for maths achievement during one transition period, so care is needed generalising the finding to all subjects and ages.
Blackwell et al. (2007) found growth-mindset students’ maths grades rose over the transition to secondary school while fixed-mindset students’ grades stayed flat (levelled off), and that directly teaching a growth mindset reversed the declining trend seen in the control group.
Willingham’s Learning Theory: The Myth of Learning Styles
The idea of learning styles became popular in education from the 1970s onwards, claiming students learn best when information matches their preferred style. One version splits learners into verbalisers, who prefer reading and verbal explanation, and visualisers, who prefer images, diagrams and spatial layouts.
A verbaliser might prefer detailed written notes and spoken explanation, while a visualiser might prefer concept maps, timelines and visual summaries. Teachers who try to ‘match’ their teaching to each student’s stated preference are applying learning styles theory — an approach Willingham strongly criticised.
Willingham’s central argument is that a preference for a style is not the same as learning better in that style. He points out that the ‘meshing hypothesis’ — that matching teaching to a learner’s preferred style improves outcomes — has not been consistently supported when tested experimentally. Whether content should be visual or verbal depends on what the content actually is, not on the learner’s preference: spatial information like a diagram of the brain is best shown visually, while an argument or definition is best given in words.
Willingham’s wider learning theory places meaning at the centre of learning, not style. Information that is meaningful — connected to what a learner already understands and to real examples — is remembered far better than the same information delivered in someone’s ‘preferred’ format but with no meaningful connection. For Willingham, teaching for meaning beats teaching for style every time.
Willingham argues learning styles theory lacks evidence: preference does not equal effectiveness, and the nature of the content — not the learner’s preference — should decide the format. He argues that meaning, not style, is what actually drives learning.
Evaluating These Learning Theories: The Nature/Nurture Debate
Both Dweck’s and Willingham’s theories are learning theories — they explain ability and achievement mainly through experience, teaching and belief, which sits on the ‘nurture’ side of the nature/nurture debate. Critics argue this can underplay biological or inherited differences between learners (the ‘nature’ side), since not all differences in achievement can be explained by mindset or teaching style alone.
Dweck’s theory is broadly supported by research and widely used in schools through growth-mindset programmes, though some replications have found smaller effects than the original studies. Learning styles has strong intuitive appeal — people do have real preferences — but as Willingham shows, the problem is not that preferences exist, it is that matching instruction to them has not been shown to improve learning. The implication for education is to teach for meaning and let the content decide the format, rather than sorting learners into unvalidated style categories.