Gender schema theory | AQA A-Level Psychology Revision

For 7182 specification, first teach in September 2025

AQA A-Level Psychology | Free Revision Notes

Estimated study time: 60 minutes

Martin and Halverson’s gender schema theory explains how children organise gender-related knowledge and use it to guide attention, memory and behaviour. These Gender schema theory A-Level Psychology revision notes explain how children develop schemas for their own gender group, focus on schema-consistent information and may ignore or distort information that challenges their expectations.

The theory is a cognitive explanation, but it differs from the stages of gender understanding by proposing that basic gender identity is sufficient for schemas to begin directing behaviour. The AQA specification explicitly requires knowledge of Martin and Halverson’s gender schema theory as a cognitive explanation of gender development.

Learning Objectives 🎯

By the end of this revision page, you should be able to:

• Define a gender schema.

• Explain Martin and Halverson’s gender schema theory.

• Distinguish in-group schemas from out-group schemas.

• Explain how schemas influence attention, memory and behaviour.

• Apply gender schema theory to unfamiliar child-development scenarios.

• Compare gender schema theory directly with Kohlberg’s cognitive-developmental theory.

Revision Notes 📚

Gender schema theory A-Level Psychology revision overview

Gender schema theory was proposed by Martin and Halverson.

It is a cognitive explanation of gender development.

The theory proposes that children form mental frameworks containing information about gender. These frameworks are called gender schemas.

A gender schema contains organised knowledge about:

• Characteristics associated with different genders.

• Activities regarded as appropriate for different genders.

• Clothing and appearance.

• Occupations.

• Interests.

• Roles within families and society.

• Expected behaviour.

Once a child has developed a gender schema, it affects:

• What the child notices.

• What the child remembers.

• Which models the child observes.

• Which activities the child selects.

• How the child interprets other people’s behaviour.

Martin and Halverson therefore describe children as active processors of gender information, rather than passive recipients of social influence.

What is a schema?

A schema is an organised mental framework containing knowledge and expectations about a particular concept.

Schemas help people process large amounts of information efficiently.

For example, a child may possess schemas for:

• Animals.

• Schools.

• Families.

• Birthdays.

• Gender.

A schema allows the child to:

1. Categorise new information.

2. Connect it with existing knowledge.

3. Make predictions.

4. Decide what information deserves attention.

5. Remember information in an organised way.

However, schemas can also create distortions.

When information conflicts with an existing schema, the child may:

• Ignore it.

• Forget it.

• Change it in memory.

• Interpret it in a way that fits existing expectations.

What is a gender schema?

A gender schema is an organised set of beliefs and expectations about gender and gender-related behaviour.

For example, a child’s schema might contain beliefs about:

• Which toys boys or girls usually play with.

• Which clothes men or women usually wear.

• Which jobs are associated with each gender.

• How boys and girls are expected to behave.

• Which activities are seen as masculine or feminine.

The content of a gender schema comes from the child’s social environment.

Possible sources include:

• Parents.

• Siblings.

• Peers.

• Teachers.

• Television.

• Books.

• Advertising.

• Online media.

• The wider culture.

Gender schema theory focuses mainly on how children organise and use this information.

The source of gender stereotypes is examined more directly through modelling and reinforcement and social representations of gender.

Schemas are expectations, not necessarily accurate descriptions

A gender schema contains what the child believes about gender.

It does not necessarily contain an accurate description of every person.

For example, a child may believe:

• Only men can be firefighters.

• Only women look after babies.

• Boys do not enjoy dancing.

• Girls do not play football.

These statements may reflect stereotypes encountered by the child rather than genuine limitations on people’s behaviour.

Schemas influence how the child interprets the world, even when their expectations are inaccurate.

The development of gender schemas

Basic gender identity

Martin and Halverson proposed that children begin developing gender schemas after achieving a basic gender identity.

This usually occurs at approximately 2 to 3 years of age.

At this stage, the child can label themselves as belonging to a gender category.

For example:

• “I am a boy.”

• “I am a girl.”

Once this label has been formed, the child begins actively searching for information about the category to which they belong.

The child asks, either explicitly or implicitly:

“What do people like me do?”

This means basic gender identity is enough to begin organising behaviour.

The child does not need to have achieved gender constancy first.

AQA’s 2025 mark scheme states that by approximately three years, children have developed gender identity and actively search their environment for information about their own gender.

Active information seeking

Children do not attend equally to everything in their environment.

Once they have identified their own gender, they become particularly interested in information connected with that group.

They may pay greater attention to:

• Same-gender children.

• Same-gender adults.

• Activities associated with their own gender.

• Media characters who match their gender identity.

• Toys and clothes labelled as appropriate for their group.

This information is added to the child’s gender schema.

The process is called self-socialisation because the child actively directs their own learning.

Self-socialisation

Self-socialisation occurs when children use their gender identity and schemas to guide their own development.

The child does not depend entirely on adults telling them what to do.

Instead, the child may independently:

• Observe same-gender models.

• Choose activities considered gender appropriate.

• Reject activities associated with another gender.

• Seek information that expands their existing schema.

• Behave in ways that confirm their membership of the group.

The process can be represented as:

gender identity → in-group schema → selective attention → gender-typed behaviour

Development with age

Martin and Halverson proposed that gender understanding develops as children grow older.

A simplified sequence is:

1. The child acquires basic gender identity.

2. The child develops a schema for their own gender.

3. The child actively collects in-group information.

4. The child pays relatively little attention to out-group information.

5. Gender schemas become increasingly detailed.

6. The child begins connecting activities, traits and expectations with different genders.

AQA’s 2025 mark scheme explains that children first develop links involving their own gender and later make links involving the activities and features of other genders.

In-group schemas

What is an in-group?

An in-group is a social group to which a person believes they belong.

Within gender schema theory, the child’s in-group is the gender category with which they identify.

For example, a child who identifies as a girl may begin constructing a “girl schema”.

This schema contains information the child has learned about:

• What girls supposedly look like.

• How girls supposedly behave.

• Which toys girls supposedly choose.

• Which activities girls supposedly enjoy.

• Which roles women supposedly perform.

In-group information

Children actively seek information about their gender in-group.

A child may pay particular attention to:

• What same-gender children do during play.

• How same-gender adults behave.

• Which characters are presented as similar to them.

• Which behaviours receive approval within their group.

• Which activities appear to belong to their group.

This information is more likely to be:

• Noticed.

• Rehearsed.

• Remembered.

• Added to the schema.

• Used to guide behaviour.

In-group bias

In-group bias is the tendency to focus more strongly on one’s own group than on other groups.

In gender schema theory, the child may:

• Watch same-gender children more closely.

• Remember more information about their own gender.

• Prefer activities associated with their own group.

• Discuss same-gender behaviour more frequently.

• Use the in-group as a guide for personal behaviour.

This does not necessarily involve hostility towards other groups.

It mainly involves increased attention to information viewed as relevant to the self.

Example of an in-group schema

Three-year-old Ruby identifies as a girl. At nursery, she watches the girls playing with dolls and discusses their games when she gets home. She pays little attention to the boys playing with construction toys.

Gender schema theory would explain that:

• Ruby has developed a basic gender identity.

• She categorises girls as her in-group.

• She pays selective attention to in-group behaviour.

• Information about dolls and the girls’ games is added to her gender schema.

• She pays less attention to out-group behaviour.

Out-group schemas

What is an out-group?

An out-group is a group to which the individual does not believe they belong.

For a young child who identifies as a girl, boys may initially be treated as an out-group.

For a child who identifies as a boy, girls may initially be treated as an out-group.

Information about out-groups may be viewed as less personally relevant.

Attention to out-group information

Young children may show little interest in traits and activities associated with an out-group.

They may:

• Pay less attention to out-group models.

• Remember less about out-group behaviour.

• Rarely discuss what out-group children do.

• Avoid activities classified as belonging to the out-group.

• Disregard information that does not expand their in-group schema.

The in-group schema therefore tends to develop first.

Out-group knowledge still develops

Gender schema theory does not claim that children know nothing about other genders.

As children have more experiences, they begin to develop knowledge about:

• Their own group.

• Other groups.

• The relationships between groups.

• Exceptions to gender stereotypes.

However, information about the child’s in-group is initially especially important because it helps answer:

“How should someone like me behave?”

Example of out-group processing

Yusuf identifies as a boy. When asked about nursery, he describes everything the boys did but cannot remember which games the girls played.

A gender schema explanation would suggest that:

• Boys are Yusuf’s in-group.

• The girls form an out-group within his current schema.

• He pays more attention to in-group behaviour.

• Out-group information receives less processing.

• It is therefore less likely to be remembered.

How schemas influence attention

Selective attention

Selective attention means focusing on some information while giving less attention to other information.

Gender schemas direct attention towards information that is:

• Relevant to the child’s gender identity.

• Consistent with existing beliefs.

• Connected with the child’s in-group.

• Useful for expanding the current schema.

For example, a child who believes football is a “boy activity” may pay particular attention when boys play football.

The same child may fail to notice girls playing equally skilfully.

Schema-consistent information

Schema-consistent information fits the child’s existing beliefs.

Examples might include:

• A male firefighter.

• A female nursery teacher.

• A boy playing with cars.

• A girl playing with dolls.

These examples fit traditional gender stereotypes.

Because they are consistent with the schema, they may be:

• Processed quickly.

• Understood easily.

• Remembered accurately.

• Used to strengthen the existing schema.

Schema-inconsistent information

Schema-inconsistent information conflicts with the child’s expectations.

Examples might include:

• A female firefighter.

• A male nursery teacher.

• A boy playing with dolls.

• A girl repairing a car.

A child with a rigid schema may:

• Pay less attention to the information.

• Forget it.

• Treat it as an exception.

• Change the information during recall.

• Misremember the person’s gender.

This makes the schema resistant to change.

Selective exposure

Schemas may also affect which situations children choose.

A child may select:

• Particular toys.

• Particular television programmes.

• Particular games.

• Particular friendship groups.

• Particular role models.

These choices increase exposure to schema-consistent information.

This can create a reinforcing cycle:

existing schema → gender-typed choice → more schema-consistent experience → stronger schema

How schemas influence memory

Memory is reconstructive

Memory does not operate like a perfect recording.

People reconstruct past information using:

• Existing knowledge.

• Expectations.

• Schemas.

• Later experiences.

A gender schema can therefore change how gender-related events are remembered.

Better memory for schema-consistent information

Children may remember gender-consistent information more accurately because it:

• Fits existing expectations.

• Connects easily with current knowledge.

• Requires less reinterpretation.

• Has received greater attention.

For example, a child with a stereotypical schema may accurately remember seeing a male builder because the information fits their expectations.

Distortion of schema-inconsistent information

When information conflicts with the schema, a child may alter it during recall.

For example, after seeing a picture of a female builder, the child may later remember:

• That the builder was male.

• That the woman was performing a different activity.

• Only the building activity, without remembering the person accurately.

This process preserves the schema.

The child’s memory becomes consistent with what they expected rather than with what they actually observed.

Martin and Halverson’s memory research

Martin and Halverson investigated children’s memory for gender-consistent and gender-inconsistent information.

Children were shown people taking part in activities that either:

• Matched traditional gender stereotypes.

• Conflicted with traditional gender stereotypes.

Children were more likely to remember schema-consistent information accurately.

When recalling inconsistent information, children sometimes distorted it so that it became consistent with their gender expectations.

For example, the child might remember that a stereotypically masculine activity had been performed by a male even when the original image showed a female.

This supports gender schema theory because it demonstrates that gender expectations influence the processing and reconstruction of information. AQA’s 2025 mark scheme identifies Martin and Halverson’s research into memory for gender-consistent and inconsistent information as key evidence.

What the evidence demonstrates

The findings suggest that schemas influence more than conscious preferences.

They affect basic cognitive processes, including:

• Attention.

• Encoding.

• Storage.

• Retrieval.

• Reconstruction.

This helps explain why gender stereotypes may persist even when children encounter examples that challenge them.

The inconsistent example may be:

• Ignored.

• Forgotten.

• Distorted.

• Treated as unusual.

The existing schema therefore survives.

How schemas influence behaviour

Gender-typed behaviour

Gender-typed behaviour is behaviour that a society associates with a particular gender.

Examples may include choices involving:

• Toys.

• Clothing.

• Games.

• Subjects at school.

• Careers.

• Emotional expression.

• Household roles.

A child’s schema provides a guide to which behaviours appear appropriate.

Behavioural selection

The child may use the schema to ask:

“Is this activity for someone like me?”

If the activity fits the in-group schema, the child may be more likely to:

• Approach it.

• Practise it.

• Talk about it.

• Remember it positively.

• Repeat it.

If the activity is classified as belonging to an out-group, the child may be more likely to avoid it.

Example of behavioural selection

Alex identifies as a boy and has learned that cars are “for boys” while dolls are “for girls”. When given a choice, Alex selects the toy garage and avoids the dolls.

Gender schema theory would explain that:

• Alex has formed an in-group schema.

• Cars and garages have been placed within this schema.

• Dolls have been classified as out-group activities.

• The schema guides Alex’s choice.

• Selecting the garage provides further experience consistent with the schema.

Behaviour can strengthen the schema

Once the child chooses a schema-consistent activity, several things may happen.

The child may:

• Develop greater skill in that activity.

• Receive praise from adults or peers.

• Spend time with children making similar choices.

• See the activity as an important part of their identity.

• Become less interested in alternative activities.

The original schema can therefore become stronger over time.

Gender schemas and social learning

Schema-guided behaviour may interact with social learning.

For example:

1. A child’s schema directs attention towards a same-gender model.

2. The child observes the model performing a gender-typed activity.

3. The behaviour is remembered because it fits the schema.

4. The child imitates the behaviour.

5. The imitation is rewarded.

6. The schema and behaviour are strengthened.

Gender schema theory explains how gender information is cognitively selected and organised.

Social learning theory explains how modelling and reinforcement affect whether behaviour is acquired and repeated.

The rigidity of gender schemas

Increasing rigidity

As the child’s gender schema develops, ideas about gender may become increasingly organised and, for a period, more rigid.

A child may insist that:

• Particular toys are only for boys.

• Particular clothes are only for girls.

• Certain jobs belong to one gender.

• A child should avoid activities associated with another group.

AQA’s 2025 mark scheme recognises that by approximately six years, gender understanding may become more rigid and fixed, with the in-group schema developing first.

Why schemas can become rigid

Schemas may become rigid because:

• Children prefer clear categories.

• Consistent examples are easier to process.

• Inconsistent examples receive less attention.

• Adults and peers may reinforce stereotypes.

• Media often repeats gendered representations.

• Children use their own group as a guide to acceptable behaviour.

Rigid schemas simplify the social world but may restrict behaviour.

Later flexibility

As children gain broader experience, they may encounter repeated examples that challenge stereotypes.

For example:

• Women working in traditionally male occupations.

• Men performing caring roles.

• Children enjoying activities associated with different genders.

• Non-stereotypical media characters.

Repeated and meaningful counterexamples may encourage schemas to become:

• More detailed.

• More flexible.

• Less stereotypical.

• More inclusive of individual differences.

However, a single counterexample may be dismissed as an exception rather than changing the whole schema.

Applying gender schema theory

Consider the following scenario:

Three-year-old Leela spends most of her time dressing up and playing with a toy kitchen. She ignores her brother’s cars and garage. When asked about nursery, she describes the girls and their games in detail but says very little about the boys.

This scenario appeared in the 2025 AQA examination. A full application could include the following points.

Gender identity

• Leela is three years old.

• She is likely to have developed a basic gender identity as a girl.

• This allows her to begin constructing a gender schema.

In-group schema

• Leela has developed a “girl schema”.

• It contains information she associates with girls and their behaviour.

• Dressing up and playing with the kitchen fit her in-group schema.

Behavioural selection

• She selects activities that are consistent with her schema.

• She ignores the cars and garage because she associates them with an out-group.

• Her schema therefore guides her toy preferences.

Selective attention

• Leela pays greater attention to girls at nursery.

• She notices their activities because she is actively expanding her in-group knowledge.

Out-group information

• She says little about the boys.

• Boys are treated as an out-group.

• Information about them receives less attention and is therefore less likely to be recalled.

This application illustrates the chain:

identity → schema → selective attention → gender-typed behaviour and memory

A systematic method for application questions

Use the following steps.

Step 1: Identify the child’s gender identity

Which group does the child believe they belong to?

Step 2: Identify the in-group

Which people, activities or traits are connected to the child’s own group?

Step 3: Identify the out-group

Which information is treated as belonging to another group?

Step 4: Identify selective attention

What does the child notice, discuss or remember?

Step 5: Identify behavioural selection

Which toys, activities, clothes or models does the child choose?

Step 6: Explain the cognitive mechanism

Show how the schema organises the child’s knowledge and guides information processing.

Use:

scenario detail → schema concept → cognitive process → effect on behaviour

For example:

“Maya pays close attention to the games played by girls because girls form her in-group. This information is added to her developing gender schema and guides her towards similar activities.”

Gender schema theory and Kohlberg’s theory

Martin and Halverson’s theory and Kohlberg’s cognitive-developmental theory are both cognitive explanations of gender development.

They agree that:

• Children actively construct gender knowledge.

• Thinking affects gender-related behaviour.

• Gender understanding changes with age.

• Children categorise themselves and other people.

• Cognitive development cannot be reduced entirely to reinforcement.

However, they disagree about when gender understanding begins guiding behaviour.

Central comparison

Gender schema theory	Kohlberg’s theory
Proposed by Martin and Halverson	Proposed by Kohlberg
Focuses on organised gender schemas	Focuses on stages of gender understanding
Basic gender identity begins schema formation	Gender understanding develops through identity, stability and constancy
In-group information becomes important at approximately 2 to 3 years	Strong motivation for gender-typed behaviour follows constancy at around 7 years
Schemas guide attention, memory and behaviour	Cognitive stage determines the child’s gender understanding
Explains selective processing of information	Explains the development of consistency across time and appearance
Gender typing can occur before constancy	Full constancy is important before systematic same-gender modelling
Development may be gradual and knowledge based	Development follows three ordered stages

Similarity: both are cognitive explanations

Both theories propose that thought comes before or guides behaviour.

Neither explanation views the child as simply copying every available model.

In both theories, the child:

• Categorises themselves.

• Develops gender-related knowledge.

• Selects information.

• Plays an active role in development.

This is a major similarity.

Difference: the age at which behaviour is guided

Gender schema theory proposes that basic identity at approximately 2 to 3 years is sufficient for a child to begin:

• Seeking in-group information.

• Selecting gender-typed activities.

• Ignoring out-group information.

Kohlberg places greater emphasis on gender constancy, reached at approximately 7 years.

According to Kohlberg, children become strongly motivated to seek same-gender models after understanding that gender remains constant despite changes in appearance.

Gender schema theory therefore predicts active gender typing several years earlier.

AQA’s 2025 mark scheme identifies this difference in age as a central comparison between the explanations.

Difference: stages versus schemas

Kohlberg describes three stages:

1. Gender identity.

2. Gender stability.

3. Gender constancy.

Martin and Halverson focus on the development and operation of schemas.

Gender schema theory is less concerned with whether children have passed through a fixed sequence. It is more concerned with:

• Which information is noticed.

• How knowledge is organised.

• How expectations affect recall.

• How schemas guide behavioural choices.

Difference: explanation of information processing

Gender schema theory provides a more detailed explanation of cognitive processing.

It explains why children may:

• Remember stereotypical information better.

• Distort inconsistent information.

• Focus on same-gender models.

• Ignore out-group activities.

• Select gender-typed toys.

Kohlberg focuses more on the child’s understanding of gender permanence.

It says less about how individual pieces of gender information are selected and remembered.

Difference: explanation of early gender typing

Young children often show gender-typed toy or playmate preferences before reaching gender constancy.

This is difficult for Kohlberg to explain because he places systematic gender typing later.

Gender schema theory can explain the behaviour through:

• Basic identity.

• In-group categorisation.

• Early schema formation.

• Selective attention.

This may make gender schema theory more successful in explaining early gender-typed behaviour.

Evaluating gender schema theory

Strength: Martin and Halverson’s research supports schema-based memory

Children’s memory for gender-related activities was influenced by whether the information was consistent with existing gender expectations.

Children remembered consistent information more accurately and sometimes changed inconsistent information during recall.

This supports gender schema theory because it demonstrates that schemas influence cognitive processing.

The theory predicts not merely that children know stereotypes, but that those stereotypes affect what they remember.

The evidence directly supports the proposed mechanism.

Strength: the theory explains selective attention

Children often pay greater attention to activities associated with their own gender group.

Evidence cited in AQA materials, including Campbell’s research, has found early preferences for observing same-gender activities.

This is consistent with the proposal that:

• The child categorises themselves.

• Same-gender information becomes personally relevant.

• Attention is directed towards in-group behaviour.

This helps explain why gender schemas can grow rapidly after basic identity develops.

Strength: it explains early gender-typed behaviour

Gender schema theory proposes that schemas begin guiding behaviour at approximately 2 to 3 years.

This is consistent with observations that young children may already:

• Prefer particular toys.

• Select same-gender models.

• Use gender labels.

• Avoid activities associated with another gender.

The theory may therefore explain early gender typing more effectively than Kohlberg’s theory, which places strong gender-typed motivation after constancy.

Strength: it recognises the child as active

Children are not presented as passive recipients of stereotypes.

They actively:

• Seek information.

• Select models.

• Organise knowledge.

• Construct categories.

• Use schemas to guide behaviour.

This provides a more complete cognitive account than suggesting that children merely repeat behaviour that adults reward.

Strength: it explains the persistence of stereotypes

Gender schema theory explains why stereotypes may continue even when children encounter contradictory evidence.

Inconsistent information may be:

• Ignored.

• Forgotten.

• Distorted.

• Treated as an exception.

This means schemas can preserve themselves.

For example, a child who believes mechanics are male may see a female mechanic but later misremember the mechanic as male.

The theory therefore explains why direct experience does not always immediately remove a stereotype.

Limitation: contradictory findings concerning toy preferences

Not every study finds that children consistently prefer gender-typical toys or activities.

AQA’s 2025 mark scheme identifies Campbell’s 2002 findings as possible contradictory evidence because children did not consistently show the predicted preference for gender-typical toys.

This challenges a simple version of the theory.

If schemas strongly control behaviour, children should reliably choose schema-consistent toys.

Preferences may also depend on:

• The attractiveness of the toy.

• Familiarity.

• Opportunity.

• Individual interests.

• Parental influence.

• The immediate social setting.

Schemas may influence choices without completely determining them.

Limitation: the theory describes processing more than origins

Gender schema theory explains:

• How information is organised.

• Why some information receives attention.

• Why stereotypes affect memory.

• How schemas guide behaviour.

It is less successful at explaining where the original schema content comes from.

For example, the theory does not independently explain why a child learns that:

• Cars are masculine.

• Dolls are feminine.

• Leadership is associated with men.

• Caring is associated with women.

These beliefs may originate through:

• Parents.

• Peers.

• Media.

• Reinforcement.

• Culture.

Social learning theory provides a clearer account of how stereotypical content is transmitted.

AQA mark schemes recognise the criticism that cognitive theories can describe how gender understanding develops without fully explaining its cause.

Limitation: schemas and behaviour may affect each other

The theory proposes that schemas guide behaviour.

However, behaviour can also affect schemas.

For example:

1. A child tries a construction toy because it is available.

2. The child enjoys the activity.

3. Adults praise the child.

4. The experience is added to the child’s schema.

It may be difficult to decide whether:

• The schema caused the activity choice.

• The activity helped construct the schema.

• Both processes occurred together.

This creates a direction-of-causality problem.

Gender schemas may be both a cause and a consequence of gendered experience.

Limitation: laboratory memory tasks may be artificial

Research into gender schemas may show children pictures and test their memory later.

This creates control, but the task may not reflect how gender information is processed during ordinary life.

Children normally encounter gender through:

• Family interactions.

• Friendships.

• Play.

• School.

• Media.

• Long-term cultural experience.

Remembering a set of pictures in a study may have limited ecological validity.

However, controlled tasks allow researchers to compare memory for consistent and inconsistent information systematically.

Limitation: children may respond to demand characteristics

Children may guess that the researcher expects particular answers about boys and girls.

They may respond stereotypically because:

• The gender categories are made obvious.

• The questions repeatedly mention gender.

• They believe there is a correct answer.

• They want to please the adult researcher.

The study may therefore measure awareness of cultural stereotypes rather than the child’s spontaneous use of a gender schema.

Limitation: gender-typed choices may have other explanations

A child may choose a toy associated with their gender because:

• They have been directly rewarded for choosing it.

• They have watched same-gender models using it.

• Their friends are playing with it.

• It is the most interesting toy available.

• They have developed greater skill through previous experience.

Gender schema theory is not the only possible explanation.

Modelling, identification and reinforcement may account for the same behaviour.

Limitation: it may underestimate individual differences

Children exposed to similar gender information do not all develop identical schemas.

Some children have:

• Very rigid schemas.

• Flexible schemas.

• Unusual interests.

• Little concern about gender categories.

• Identities that are not represented by a simple binary in-group.

The theory may not fully explain why children differ in the strength and content of their schemas.

Possible influences include:

• Personality.

• Family attitudes.

• Peer groups.

• Cultural background.

• Media exposure.

• Individual experience.

Limitation: traditional applications can assume a binary model

Traditional gender schema accounts often organise knowledge around “boy” and “girl” in-groups and out-groups.

The revised AQA specification also recognises:

• Non-binary identities.

• Gender-fluid identities.

• Diversity in sex development.

A binary schema model may not fully explain how a child develops an identity that:

• Does not fit exclusively into boy or girl categories.

• Changes over time or context.

• Includes more complex understandings of gender.

The broad concept of schemas can be adapted to include multiple gender categories, but the traditional theory was developed within a narrower framework.

This is particularly relevant when linking the theory with binary, non-binary and gender-fluid identities.

Limitation: schemas may reinforce social restrictions

Gender schemas can affect children’s:

• Toy choices.

• Subject choices.

• Career aspirations.

• Emotional expression.

• Views of other people.

Rigid schemas may restrict children from exploring interests that do not fit gender stereotypes.

For example:

• A girl may avoid science activities she considers masculine.

• A boy may avoid caring or artistic activities he considers feminine.

This does not necessarily make the theory incorrect. It demonstrates the socially sensitive consequences of schema development.

Practical applications

Providing varied role models

Gender schema theory suggests that stereotypes may be challenged by repeated exposure to diverse examples.

Children could encounter:

• Female scientists.

• Male nurses.

• Men providing childcare.

• Women in leadership roles.

• Children selecting a broad range of toys.

• People whose behaviour does not follow traditional gender roles.

A single example may be ignored as an exception.

Repeated and meaningful examples may be more likely to modify the schema.

Avoiding gendered labelling

Adults may strengthen schemas by labelling:

• Toys as “for boys” or “for girls”.

• Subjects as masculine or feminine.

• Emotions as suitable for one gender.

• Careers as belonging to one group.

Using less restrictive language may reduce the development of rigid associations.

Encouraging counter-stereotypical activities

Schools and carers may provide opportunities for every child to experience:

• Construction.

• Caring play.

• Sport.

• Art.

• Science.

• Cooking.

• Leadership.

• Emotional expression.

Direct experience can add more varied information to the child’s schema.

Limitations of practical application

Changing the information available does not guarantee that a schema will change.

Children may:

• Ignore inconsistent examples.

• Misremember them.

• Treat them as unusual exceptions.

• Receive contradictory messages elsewhere.

Intervention may therefore need to be:

• Repeated.

• Consistent.

• Supported by several adults.

• Reflected in peer groups and media.

• Connected with enjoyable personal experience.

Overall conclusion

Martin and Halverson’s gender schema theory proposes that children actively construct organised beliefs about gender.

After acquiring basic gender identity, children begin developing an in-group schema. This schema guides:

• Selective attention.

• Memory.

• Choice of models.

• Toy and activity preferences.

• Gender-typed behaviour.

Children often focus on schema-consistent information and may ignore or distort inconsistent information.

The theory has important strengths:

• It explains early gender typing.

• It describes cognitive mechanisms involving attention and memory.

• It is supported by evidence of schema-consistent recall.

• It recognises children as active learners.

However, it may:

• Explain the use of stereotypes more successfully than their origins.

• Overestimate the consistency of gender-typed preferences.

• Rely on artificial memory tasks.

• Underestimate learning, culture and individual differences.

• Retain a narrower binary framework than contemporary understandings of gender.

Compared with Kohlberg, gender schema theory predicts that gender knowledge begins influencing behaviour much earlier. Basic gender identity is enough for in-group schemas to guide attention and behaviour, rather than children waiting until gender constancy at approximately seven years.

Hints from the Examiner Reports 💡

Examiner hint: Define a schema precisely. The 2025 examiner report noted that stronger answers showed detailed understanding of schemas as organised gender knowledge, rather than using “schema” as a vague synonym for stereotype.

Examiner hint: Include both in-groups and out-groups. High-quality 2025 answers explained that children actively expand knowledge about their own group while paying less attention to other groups.

Examiner hint: Explain what happens to conflicting information. Strong answers described how children may disregard information that conflicts with an existing schema.

Examiner hint: Apply the theory throughout. In the 2025 extended response, successful students linked Leela’s age, toy choices, attention to girls and limited recall of boys directly to different parts of gender schema theory.

Examiner hint: Do not muddle gender schema theory with Kohlberg’s theory. The 2025 examiner report identified this as a common weakness. State clearly whether you are discussing schemas or stages.

Examiner hint: A reasoned comparison with Kohlberg can provide effective evaluation. Focus particularly on the different ages at which the theories predict gender knowledge will guide behaviour.

Examiner hint: Use evidence properly. Naming Martin and Halverson is insufficient. Explain that children’s memory was more accurate for gender-consistent information and could be distorted when information conflicted with their schemas.

Examiner hint: Do not write only about gender stereotypes. The 2025 question required a psychological explanation of how schemas affect attention and behaviour.

Examiner hint: A 16-mark question may assess knowledge, application and evaluation. The 2025 gender-schema essay allocated 666 marks to AO1, 444 to AO2 and 666 to AO3. Plan enough material for all three assessment objectives.

Common Mistakes ⚠️

Mistake: Defining a gender schema as a gender stereotype

Why this is incomplete:

A stereotype may form part of a schema, but a schema is a broader organised framework containing knowledge and expectations.

How to improve:

Mention organisation, information processing and the effects on attention, memory and behaviour.

Mistake: Saying children passively absorb schemas

Why this is incorrect:

Martin and Halverson describe children as active information seekers.

How to improve:

Explain self-socialisation and the child’s search for in-group information.

Mistake: Saying schemas begin only after gender constancy

Why this is incorrect:

Gender schema theory proposes that schemas begin influencing behaviour after basic gender identity, at approximately 2 to 3 years.

How to improve:

Reserve gender constancy at approximately seven years for Kohlberg’s theory.

Mistake: Treating in-group and out-group as friendship groups

Why this is incorrect:

The terms concern categories of social identity, not simply which children are friends.

How to improve:

Explain that the in-group is the child’s own gender category.

Mistake: Saying children have no knowledge of out-groups

Why this is incorrect:

Children may possess out-group knowledge, but younger children give it less attention because it appears less personally relevant.

How to improve:

Write that in-group information is prioritised and develops first.

Mistake: Mentioning attention without explaining selectivity

Why this is incomplete:

The theory predicts that schemas direct attention towards information that fits the child’s identity and expectations.

How to improve:

State what receives greater attention and what is ignored.

Mistake: Assuming inconsistent information automatically changes the schema

Why this is incorrect:

Children may forget, ignore or distort information that challenges their expectations.

How to improve:

Explain how schemas can preserve themselves.

Mistake: Saying memory distortion is deliberate lying

Why this is incorrect:

Reconstructive memory errors need not be conscious or intentional.

How to improve:

Explain that the child recalls the event in a way that fits existing knowledge.

Mistake: Describing Kohlberg instead of comparing the theories

Why this is incorrect:

A comparison requires direct similarities and differences.

How to improve:

Use comparative language such as:

• “Both theories…”

• “Whereas Kohlberg…”

• “In contrast, Martin and Halverson…”

Mistake: Claiming gender schema theory proves stereotypes are innate

Why this is incorrect:

Schema content is acquired through experience with the social and cultural environment.

How to improve:

Distinguish the cognitive processing of information from its social origin.

Mistake: Using a toy preference as proof of a schema

Why this is incorrect:

The preference may also be influenced by reinforcement, modelling, familiarity or individual interest.

How to improve:

Explain that the behaviour is consistent with the theory rather than proving it.

Mistake: Evaluating with generic statements about children

Why this is incorrect:

A statement such as “children may not understand the task” is too vague.

How to improve:

Explain how obvious gender categories, demand characteristics or artificial memory materials could affect a specific finding.

Exam-Style Questions ✍️

Questions

1. What is meant by a gender schema?[2 marks]

2. Explain what Martin and Halverson meant by an in-group schema.[3 marks]

3. Explain one difference between in-group and out-group information in gender schema theory.[3 marks]

4. Three-year-old Priya identifies as a girl. At nursery, she watches the girls closely and remembers the games they play. She rarely discusses the boys’ activities.

Explain Priya’s behaviour using gender schema theory.[4 marks]

5. Ethan selects toy cars and avoids a doll. Ethan says, “Dolls are not for boys.”

Explain how Ethan’s gender schema may influence this behaviour.[4 marks]

6. A psychologist shows children pictures of people performing gender-consistent and gender-inconsistent activities. One week later, children accurately remember 72%72\%72% of the consistent pictures and 46%46\%46% of the inconsistent pictures.

a) Calculate the difference between the two percentages.[1 mark]

b) Explain what the findings suggest about gender schemas.[3 marks]

7. A child sees a picture of a female mechanic but later says that the mechanic was a man.

Explain this memory error using gender schema theory.[3 marks]

8. Compare Martin and Halverson’s gender schema theory with Kohlberg’s theory of gender development.[6 marks]

9. Outline one strength and one limitation of gender schema theory.[6 marks]

10. Discuss gender schema theory.[8 marks]

11. A psychologist observes three-year-old Aria at nursery. Aria spends most of her time playing with dolls and watching the girls during imaginative play. She ignores a group of boys building a tower. When asked about nursery later, Aria accurately describes the girls’ games but says that she cannot remember what the boys were doing.

Discuss gender schema theory. Refer to Aria in your answer.[16 marks]

Answers and Mark Scheme

Question 1

Award up to two marks:

• A gender schema is an organised mental framework containing knowledge, beliefs or expectations about gender.

• It guides the processing of gender-related information or behaviour.

Question 2

Award up to three marks:

• An in-group is the gender category to which the child believes they belong.

• The in-group schema contains organised information about the traits, activities and behaviour associated with that group.

• The child actively seeks and attends to information that expands this schema.

Question 3

Award up to three marks:

• In-group information concerns the child’s own gender category.

• It receives greater attention because it is relevant to the child’s identity.

• Out-group information concerns other gender categories and may receive less attention or be remembered less accurately.

Question 4

Award one mark for each developed application point, up to four marks.

Possible content:

• Priya has developed a basic gender identity as a girl.

• Girls therefore form her in-group.

• She actively attends to girls’ activities to expand her in-group schema.

• Greater attention makes the girls’ games more likely to be remembered.

• Boys are treated as an out-group.

• Out-group behaviour receives less attention, explaining why she rarely discusses it.

Question 5

Award up to four marks:

• Ethan has categorised himself as belonging to the boy in-group.

• His schema associates cars with boys.

• Dolls are classified as an out-group or gender-inconsistent activity.

• His schema directs him towards the cars and away from the doll.

• The statement that dolls are not for boys demonstrates a rigid gender stereotype within his schema.

Question 6a

One mark for:

72−46=2672 - 46 = 2672−46=26

The difference is 26 percentage points.

Question 6b

Award up to three marks:

• Children remembered gender-consistent information more accurately.

• Consistent information fits existing schemas and is processed or stored more easily.

• Inconsistent information may receive less attention, be forgotten or be distorted to fit the schema.

• The findings are therefore consistent with gender schema theory.

Do not claim that the difference is statistically significant because no inferential-test result is provided.

Question 7

Award up to three marks:

• A female mechanic conflicts with a traditional gender schema.

• Memory is reconstructed using existing gender expectations.

• The child changes the person’s gender during recall so that the event becomes schema consistent.

• The error supports the idea that schemas can distort inconsistent information.

Question 8

Award up to six marks for direct comparison.

Possible content:

• Both are cognitive explanations of gender development.

• Both view children as active constructors of gender knowledge.

• Both propose that understanding changes with age.

• Kohlberg proposes stages of identity, stability and constancy.

• Martin and Halverson focus on organised schemas that guide information processing.

• Gender schema theory proposes that behaviour is guided after basic gender identity at approximately 2 to 3 years.

• Kohlberg proposes that systematic gender typing follows gender constancy at approximately 7 years.

• Gender schema theory explains attention and reconstructive memory in greater detail.

• Kohlberg explains understanding of gender across time and changes in appearance.

• Gender schema theory may explain early gender-typed behaviour more successfully.

Higher marks require linked comparison rather than two separate descriptions.

Question 9

Award up to three marks for a developed strength and three marks for a developed limitation.

Possible strength:

Martin and Halverson found that children remembered gender-consistent information more accurately and sometimes distorted inconsistent information. This supports the prediction that schemas affect attention and reconstructive memory.

Possible limitation:

The theory explains how gender information is organised but does not fully explain where the original stereotypes come from. Social learning theory may provide a stronger account through modelling, reinforcement and media influence.

Alternative creditworthy points include:

• Support from early same-gender attention.

• Better explanation of early gender typing than Kohlberg.

• Contradictory evidence concerning toy preferences.

• Artificial memory tasks.

• Demand characteristics.

• Direction-of-causality problems.

• Binary assumptions.

• Individual differences.

Question 10

A strong answer should include:

Knowledge and understanding

• Martin and Halverson’s cognitive explanation.

• Definition of a gender schema.

• Basic gender identity.

• Development of an in-group schema.

• Out-group information.

• Active information seeking.

• Selective attention.

• Schema-consistent and schema-inconsistent information.

• Effects on memory.

• Effects on toy and activity choices.

• Self-socialisation.

Evaluation

• Martin and Halverson’s memory evidence.

• Evidence concerning attention to same-gender activities.

• Early gender typing as support.

• Contradictory findings concerning gender-typical toy preferences.

• Comparison with Kohlberg.

• The theory may describe information processing more than the origins of schema content.

• Social learning as an alternative explanation.

• Artificial laboratory tasks.

• Demand characteristics.

• Direction of causality.

• Binary assumptions and individual differences.

Higher-level answers will explain cognitive mechanisms rather than simply describing gender stereotypes.

Question 11

A strong response should include:

Knowledge and application

• Aria is three, so she is likely to have developed basic gender identity.

• She identifies girls as her in-group.

• Her developing “girl schema” contains information about activities associated with girls.

• Playing with dolls is consistent with this schema.

• She selectively attends to the girls’ imaginative play.

• This attention allows her to expand her in-group knowledge.

• Boys form an out-group within her current gender schema.

• She ignores the boys’ tower-building activity because it appears less relevant to her identity.

• Reduced attention explains why she cannot recall what the boys were doing.

• Her behaviour illustrates self-socialisation and schema-guided selection.

Evaluation

• Martin and Halverson’s evidence supports schema effects on memory.

• Research into same-gender attention supports in-group processing.

• Gender schema theory can explain gender-typed behaviour before constancy.

• This may make it more successful than Kohlberg for explaining Aria at age three.

• Some evidence does not find consistent gender-typical toy preferences.

• Aria’s choices could also be explained through modelling or reinforcement.

• The theory explains how stereotypes affect processing but not fully where the stereotypes originate.

• Laboratory memory evidence may lack ecological validity.

• The child’s schemas and behaviour may influence each other.

• Traditional in-group and out-group applications may rely on a narrow binary framework.

Higher-level responses will integrate the scenario throughout, distinguish gender schema theory from Kohlberg and provide developed evidence-based discussion rather than a general account of gender stereotypes.