Girls outperform boys at school, yet still shy away from STEM

While academic results should never be considered the sole measure of a good education, they are of course an important measure of success.

In recent years there has been much made about the gender differences seen in academic results, university enrolments and career pathways. There are numerous research studies that show unequivocally that students in single-sex schools benefit academically from a learning environment free from gender stereotyping, unconscious bias and social pressure.

So why, if girls are outperforming boys at school and taking up 58 per cent of university places, do we still see a lack of women represented in senior leadership positions, on boards, as CEOs and in STEM (science, technology, engineering, and mathematics) careers?

A study released in December 2018 by the Australian Gender Equality Council may have the answer. It found that girls educated in single-sex schools are equally as self-confident as boys educated at single-sex schools. The Hands up for Gender Equality report revealed that self-confidence in students from single-sex schools was “gender neutral”.


The research, led by Dr Terrance Fitzsimmons of The University of Queensland, was based on a survey of over 10,000 students in Years 7 to 11. It demonstrated that for girls in single-sex schools, there was absolutely no gender difference in self-confidence – an attribute that is considered vitally important for work and life success, and perhaps particularly for work-entry success.

Fitzsimmons suggests that women’s lack of confidence in the workplace is not innate. It is not present in girls educated in an all-girls environment; it is instead eroded by external factors such as sexism and gender stereotyping present in co-ed environments from schools to workplaces. He posits that more emphasis should be placed on “organisations examining themselves first, rather than starting from the position of trying to fix women”.

Backing this view, a 2016 study from Bristol University found that girls in co-educational schools have lower self-esteem than girls in single-sex schools. The study concluded that single-sex schools encourage “improved self-esteem, psychological and social wellbeing in adolescent girls.”

The neuroscience is quite clear: there’s no so-called pink brain or blue brain. Any differences in academic achievement usually come down to the learning environment and gender biases. There is widespread acknowledgement of the damage that gender bias and stereotypes can cause.

So while girls may seemingly be doing better in overall results in Year 12 a closer look reveals that girls in co-ed environments are not taking up higher level STEM subjects. A study by Monash University reveals that girls in girls’ schools are 85 per cent more likely to study higher level maths and science subjects than girls in co-ed schools.

While NAPLAN results show that girls outperform boys in reading, writing, spelling and grammar and punctuation – boys do better in numeracy.

Girls are currently outnumbered four-to-one in senior physics classes and almost two-to-one in advanced maths. It is hardly surprising that women make up just 16 per cent of university STEM graduates.

Girls’ schools have an advantage when it comes to de-gendering or normalising the study of science and maths. Girls look at their peers and see that it’s normal for them to study these subjects — every student in the physics or higher-level maths class is a girl. And they see many older students and alumnae of their school go on to study and have careers in STEM fields.

A recent research study from UCLA in the US showed that graduates of single-sex girls’ schools were more likely to have higher levels of science self-confidence than graduates from co-ed schools.

The UCLA study authors found that graduates from all-girls schools were more likely to say they could explain the results of a study, understand scientific concepts, use their technical skills and rate their critical thinking ability more highly than women from co-educational schools.

The authors stated that when taking the academic engagement and science self-confidence together they saw a portrait of a young woman who is academically minded, confident in her skills and abilities and who is really set up for success as she moves into the future.

While the news is promising for girls educated in girls’ schools, it is too early to be complacent when it comes to challenging stereotypes that hold girls back. It is essential that we continue to explain to girls about the gendered nature of the world and workplace they’ll be going into – particularly girls in co-ed schools – to give them the confidence to take on those male-dominated areas, because that’s where the jobs of the future are going to be.

Marise McConaghy is the Principal of Strathcona Girls Grammar, and Vice President of the Executive Committee for the Alliance of Girls’ Schools Australasia.

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The Australian - IWD

Lifelong learning key to the future

big data, artificial intelligence and machine learning.
He says recasting some of the technical disciplines, such as engineering, into a humanfocused
discipline could result in an increasing interest from women.
The Business Council of Australia has suggested an overhaul of the vocational and tertiary
education systems with a shared oversight body and better information about the range of
It has called for that same culture of lifelong learning, for initial qualifications for a strong
foundation, and then modules to upskill and retrain throughout careers.
And instead of separate funding for universities and vocational training, the BCA says an
individual education “account” would allow promote individual choices.
The corporate sector’s peak body has also called for a focus on STEM, as technology
continues to transform the economy. Across the education system, STEM skills and
knowledge are increasingly sought after – but not found.
While the Australian Government pours millions into STEM advancement and advocacy,
institutions continue to struggle to attract, retain and progress women.
Industry, Science and Technology Minister Karen Andrews says parents and teachers
should encourage STEM participation.
“It’s easy as parents to brush off a dislike of maths or science with an, ‘It’s OK, I didn’t do
well and I turned out OK’,” she says. “We need to change that attitude and make STEM a
priority for our kids. We need them to keep engaging students in a way that ensures both
girls and boys are equally supported in the pursuit of STEM.”
Tech Girls Movement founder and STEM educator Dr Jenine Beekhuyzen says teachers
need to be enabled and supported to do that: “It’s challenging for teachers to have to do
the next big thing.”
Teachers need the tools, training and confidence to deliver STEM and other subjects in an
inspiring way. Beekhuyzen says there is a push to teach coding, but points to forecasts
indicate half the current coding jobs won’t exist in the future.
So what are young people to do? Beekhuyzen says it all comes back to resilience and
adaptability. Her own program inspired Kira Molloy, 20, to get into technology. She is now
on a New Colombo Plan Scholarship, studying at the top-ranking National University of
Singapore. “Before I got involved with the Tech Girls Program, I had never considered
studying computer science and was set on studying medicine,” she says. “From the
experiences I had through the Tech Girl program I was able to go to QUT and Google in
Sydney and see amazing technologies and amazing women leading the field. This ignited a
passion for me to pursue a career in technology.”
Lifelong learning key to the future – The Australian, 3/7/2020 10/3/20, 11(21 am Page 5 of 5
At the coalface of girls’ education, Strathcona Girls Grammar Head of Digital Learning and
Innovation Michelle Dennis says the most important skills will be those that can’t be taught
from a book.
“A lot of future-proofing comes down to giving students the opportunity to encounter new
experiences,” she says.
And national award-winning science teacher Sarah Chapman, from Townsville State High
School, says future-proofing involves questioning and assessing information, from
humanities and religion, to arts and sciences.
“A lot of these things are uncomfortable for young people,” she says. “It needs to be more
of the norm.”

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