Australia needs 312,000 additional tech workers by 2030. The country produces roughly 7,000 IT graduates annually. The math doesn’t work. To address this gap, CSIRO is tackling this workforce challenge head-on through a new initiative that brings aviation professionals directly into Australian classrooms. The Aviators in Schools program connects pilots, engineers, and aviation specialists with teachers to inspire students and make STEM subjects relevant to real-world careers.
Why Aviation? Why Now?
The aviation sector offers something unique for STEM education: it’s tangible, exciting, and directly connected to subjects students already study in school. For instance, physics becomes visible when you understand lift. Similarly, math becomes essential when you calculate fuel loads. Meanwhile, engineering becomes real when you see how an aircraft is designed.
Beyond the tech sector, Australia faces critical shortages across multiple STEM fields. In fact, the country needs at least 60,000 additional engineering graduates to meet national goals in clean energy, housing, defence, and decarbonization. Additionally, big businesses lose $3.1 billion annually due to digital skills gaps, a figure projected to reach $16 billion by 2030. In response, the Aviators in Schools program tackles this challenge by showing students what STEM careers actually look like.
How the Program Works
The initiative pairs aviation professionals with teachers across every Australian state and territory. However, these partnerships aren’t one-off classroom visits. Instead, they’re sustained collaborations designed to integrate real-world expertise into the ongoing curriculum. More than 300 new partnerships were formed in 2025 alone through CSIRO’s broader STEM Professionals in Schools initiative, which now supports over 1,100 registered teachers and 900 STEM professionals nationwide.
For example, one Victorian teacher described the impact clearly: her paired aeronautical engineer helped shape the school’s new STEM program. “Students were engaged in the lessons and experiments, and it was fascinating for them to see real-world connections, especially when activities like making lava lamps linked to aerospace engineering.” That’s the difference between abstract theory and applied learning.
What Makes It Effective
Industry engagement in K-12 STEM programs delivers measurable results. In fact, research shows it boosts student interest by 25% and knowledge by 50%. Furthermore, when students see professionals using the concepts they’re learning, the material shifts from theoretical to practical.
Moreover, the program benefits teachers too. Aviation professionals bring current industry knowledge, real-world applications, and career pathway information that textbooks can’t provide. As a result, teachers gain resources and expertise that enhance their existing curriculum rather than replacing it.
Addressing Australia’s STEM Skills Gap
Australia’s STEM workforce challenges extend beyond numbers. In particular, the field struggles with persistently low participation from women and Aboriginal and Torres Strait Islander peoples. Fortunately, early exposure and mentorship can shift these patterns by making STEM careers visible and accessible to students who might not otherwise consider them.
Currently, the Occupation Shortage List reveals that 29% of assessed occupations (293 out of 1,022) are in shortage nationwide. While this represents improvement from 33% in 2024, critical gaps persist across engineering, healthcare, and technology sectors. Notably, CSIRO has led STEM education initiatives for over 40 years, reaching more than 110,000 students annually through evidence-based programs aligned with the Australian Curriculum. This experience matters. Indeed, the organisation understands how to create sustainable change in education systems.
What This Means for Students and Schools
Students in the program gain more than subject knowledge. They also build connections with professionals who can answer questions about career paths, educational requirements, and industry realities. In many cases, these relationships often continue beyond the classroom, providing ongoing mentorship and guidance. Meanwhile, for schools, the partnerships bring expertise without requiring additional budget allocations. Aviation professionals volunteer their time, making the program accessible to schools across different socioeconomic areas.
Importantly, the model also creates accountability. When industry professionals work directly with schools, they see firsthand what students are learning and where gaps exist. Consequently, this feedback loop helps ensure education stays relevant to workforce needs.
Looking Forward
Ultimately, the Aviators in Schools program represents one approach to Australia’s STEM workforce challenge. It won’t solve the entire skills gap alone, but it demonstrates how strategic partnerships between education and industry can create meaningful change.
The program’s success will depend on sustained commitment from both sectors. Aviation professionals need to continue dedicating time to classrooms. At the same time, schools need to integrate these partnerships into their long-term planning rather than treating them as supplementary activities. For students considering STEM pathways, programs like this make the journey clearer. Through these connections, they see where their education leads, who they might become, and why the subjects they’re studying matter beyond test scores. That clarity makes all the difference.
