When Do Girls Fall Behind in Maths? What Every Indian Parent Should Know

There is a deeply persistent belief, in India and around the world, that boys are naturally better at maths than girls. It shows up in throwaway comments at family gatherings. It surfaces when relatives say "She is more of an arts person" about a girl who is struggling in Class 7 algebra. It hides behind the assumption that engineering and technology are naturally male domains.

But here is what the science actually says: there is no meaningful difference in mathematical ability between boys and girls at birth. Brain imaging studies show no structural differences that would favour one gender over the other in maths. When researchers test very young children, before schooling begins, boys and girls perform identically on number sense tasks.

So if the starting point is equal, what happens? Where does the gap come from? A massive new study has given us the clearest answer yet, and it should change how every parent and teacher thinks about girls and mathematics.

In India, the gender gap in maths confidence is amplified by cultural factors that do not exist, or exist less strongly, in some other countries.

First, there is the pervasive stereotype that maths and science are primarily for boys. Despite India producing brilliant female mathematicians and scientists, the cultural narrative still defaults to assuming that girls will gravitate toward languages and humanities while boys will gravitate toward STEM.

Second, resource allocation within families can differ by gender. In many households, sons receive more investment in coaching, tuition, and competitive exam preparation than daughters. This is not always intentional or malicious. It often stems from unconscious assumptions about career paths.

Third, the representation problem is real. In school textbooks, maths examples disproportionately feature male characters. In coaching centres, the overwhelming majority of instructors are male. When a girl looks around for role models who look like her doing maths at a high level, she often comes up empty.

These factors compound the classroom dynamics that the research identified. An Indian girl in Class 6 may be getting subtle messages from school, home, and society that maths is not really her territory, even if nobody says it explicitly.

The research points to several classroom patterns that contribute to the gender gap in maths. These are rarely intentional, which makes them even harder to address.

Teachers, both male and female, tend to call on boys more frequently in maths class. They wait longer for boys to answer before moving on. They are more likely to attribute a boy's success in maths to talent and a girl's success to hard work, which paradoxically makes the girl feel less capable.

There is also the "brilliance bias." When maths is framed as a subject that requires innate brilliance, girls disengage. When the same maths is framed as a subject that rewards effort, persistence, and creativity, the gender gap shrinks dramatically.

Grouping dynamics matter too. In mixed gender groups, boys often dominate the mathematical discussion while girls take on organizational roles. This reinforces the idea that the "real" maths work belongs to boys.

None of these patterns require a teacher to be sexist. They happen automatically unless the teacher is actively working to counteract them. And that awareness is the critical first step.

Parents have more power than anyone else to prevent the confidence gap from taking hold. Here are specific, research backed actions you can take.

Systemic change requires action at the institutional level. Schools can start by training teachers to recognise unconscious gender bias in maths classrooms. Simple interventions, such as using randomised calling patterns instead of volunteers, and deliberately framing maths as an effort based subject rather than a talent based one, have been shown to significantly reduce the gender gap.

Textbooks and teaching materials should feature female characters doing maths in central roles, not just as helpers or observers. Schools should celebrate female achievement in maths visibly, through assemblies, display boards, and competitions.

Most importantly, schools should track maths performance data by gender and look for patterns. If girls are consistently scoring lower in specific topics or grades, that is a signal that something in the environment needs to change, not that girls are less capable.

The research is clear. The gap is real, but it is not inevitable. It is created by our environments and it can be closed by our environments.

Every conversation a parent has about maths matters. Every classroom interaction a teacher facilitates matters. Every time a girl opens SparkEd and successfully solves a challenging problem, her confidence grows a little more. Those small moments accumulate into a fundamentally different relationship with mathematics.

At SparkEd, we are committed to being part of the solution. Our platform provides equal, unbiased, high quality maths practice for every student across CBSE, ICSE, IB, and Olympiad curricula. The Spark Coach encourages every learner with the same patience and enthusiasm. And our three difficulty levels ensure that every girl, and every boy, can find their starting point and grow from there.

Let us build a generation where no girl ever says "I am not a maths person." Where every daughter gets the same encouragement, investment, and belief as every son. The change starts at home, in school, and on platforms like sparkedmaths.com.