Australian high school students enrolled in STEM subjects don’t read or learn about nearly as many prominent female scientists compared to their male counterparts, according to new research from Curtin University and The Australian National University (ANU).
The study shows school science lessons fail to mention the contributions of women in STEM and instead focus almost exclusively on a male-centric narrative. It found only three states or territories mentioned the work of a female science leader in their school curriculums.
According to the authors, only one female scientist, British chemist Rosalind Franklin, was named in coursework in Queensland, South Australia and the Northern Territory. All other states and territories exclusively referenced the contributions of male scientists.
Lead researcher Dr Kat Ross from Curtin University said the lack of female representation in science curriculums across the country was both alarming and inaccurate.
“This focus on a sole male genius is common throughout the Australian national syllabus, and we could only find one unique female scientist mentioned,” Dr Ross said.
“We know participation rates of girls in STEM are low compared to boys, and this gender gap in the science heroes they learn about at school is likely a contributing factor.”
Study co-author Dr Andrew Battisti from ANU said it is vital for female students to have role models to look up to in order to spur their interest in the sciences.
“Seeing role models in STEM fields that align with a student’s identity can help to provide positive reinforcement that they themselves belong in STEM,” Dr Battisti said.
“In fact, my own choice to become an astronomer was strongly influenced by a high school science teacher fascinated by astronomy, whom I saw as a role model.”
ANU PhD researcher Tegan Clark said the imbalance of gender representation in Australian classrooms must be urgently addressed to ensure Australia’s future as an aspiring STEM powerhouse.
“Off the back of our findings, the Queensland Curriculum Assessment Authority (QCAA) has taken positive steps to address the gender representation of scientists in the current senior science syllabuses,” Clark said.
“The QCAA have since released drafts versions of new senior science syllabuses which now include meaningful mentions of scientists who are women, striking a better balance in gender representation, as well as providing modern examples of science.”
The study also found an almost exclusive focus on European discoveries and research in STEM fields. The authors argue this could negatively impact students from culturally and linguistically diverse communities and contribute to lower levels of self-confidence and belonging.
“For children to develop a positive sense of identity and belonging, it’s important for them to have access to accurate and authentic role models related to their gender and cultural backgrounds throughout their lives,” Dr Ross said.
The study analysed the curriculum of four year 11 and year 12 STEM subjects taught in Australian schools – biology, chemistry, physics and environmental science.
This work was conducted as part of the IncludeHer movement, an initiative founded by Dr Ross in 2018 that aims to increase the number of women and gender minorities in STEM fields.
The research was led by The International Centre for Radio Astronomy Research (ICRAR), a joint venture between Curtin University and The University of Western Australia (UWA), with support from the Western Australian Government.
It is published in the Australian Journal of Education.
New ANU technology could help predict a person's risk of developing Alzheimer's disease up to 20 years before symptoms show.
Earth’s inner core holds the secrets to the planet’s past. But how can scientists analyse something that's impossible to see from the surface?