The curriculum quirk pushing Queensland girls out of tech careers

Queensland's educational system has come under scrutiny over its approach to integrating technology into the school curriculum, particularly how it affects young girls' engagement with STEM fields. At the heart of this issue is Year 7 student Olivia, a 12-year-old from Brisbane whose passion for coding began in elementary school. Last year, she developed a game using introductory coding software and earned an "A," sparking her enthusiasm for further exploration. However, despite her eagerness, Olivia has faced limitations in accessing consistent technology-based learning. This year, her schedule alternates between art and digital technology classes, a structure she finds inadequate. She believes that such scheduling reduces the amount of time dedicated to technology, potentially limiting her exposure and growth in the field.

Olivia's experience reflects broader patterns observed in Queensland schools. A recent study conducted by the University of the Sunshine Coast (UniSC) highlighted significant disparities in the delivery of technology subjects across the state. The research, which surveyed approximately two dozen schools, revealed that while math and science were consistently taught as mandatory subjects in Years 7 and 8, technology was frequently sidelined. This discrepancy stems from the way the Queensland curriculum categorizes technology as a "flexible learning area," allowing schools to treat it as an elective rather than a core requirement. As a result, technology subjects often compete with arts and humanities for limited classroom hours, especially among students who may prefer non-technical disciplines.

Dr. Natalie McMaster, a senior education lecturer at UniSC specializing in regional education and STEM, emphasized that Grade 7 and 8 represent a critical period for cultivating interest in STEM fields. During these years, students begin forming perceptions about their abilities and potential career paths. The study noted that girls, in particular, tend to disengage from STEM at this stage, influenced by societal expectations and gendered stereotypes. These biases can lead to a lack of confidence among female students, even when their performance matches or exceeds that of their male counterparts.

Dr. Margaret Marshman, another co-author of the study, pointed out that these early disengagements often persist into higher education and professional life. Girls are less likely to pursue advanced mathematics or specialized STEM courses in high school compared to boys, despite demonstrating equal or superior ability. Marshman explained that this disparity is not rooted in capability but in self-perception and external influences. Many girls internalize the belief that they are less suited for technical pursuits, even when evidence contradicts this notion.

The challenges extend beyond curriculum design. Schools often face shortages of qualified technology educators, leading to under-resourced programs and inconsistent instruction. In some cases, technology subjects are fragmented or introduced too late, preventing students from experiencing meaningful, hands-on learning opportunities. Dr. McMaster argued that isolating STEM subjects into separate periods—such as dedicating specific blocks to science and others to technology—misses valuable chances to integrate real-world applications. By creating interdisciplinary projects that blend science with practical technology use, schools can help students see the relevance and excitement of STEM careers.

Sarah Moran, founder of the Girl Geek Academy, echoed these concerns. Her organization works to encourage girls and women to enter the tech industry, and she has encountered numerous instances where students struggle to find engaging technology classes in their schools. Many schools offer technology as an elective, resulting in inconsistent or intermittent programming. Moran noted that when students do participate in these electives, the content often lacks depth or innovation, failing to spark lasting interest.

As the debate around Queensland's educational policies continues, stakeholders are calling for reforms that prioritize equitable access to technology education. Advocates argue that addressing these systemic issues is essential not only for closing the gender gap in STEM but also for preparing students for an increasingly digital world. With ongoing discussions and potential policy changes, the future of technology education in Queensland remains uncertain, but one thing is clear: the current structure leaves many students, especially girls, at a disadvantage.