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What do maths, science and racing cars have in common? Well everything in fact – and if you have never considered a career in engineering then start your engines.
Jun 18,2025
What do math, science, teamwork and high-speed racing have in common? Everything—especially when it comes to a career in engineering. If you’ve never considered engineering before, now’s the time to get in gear.
Through initiatives like the global F1 in Schools STEM Challenge, students around the world—including thousands across Australia—are discovering that engineering is anything but boring. It’s creative, hands-on, and filled with future-ready opportunities.
F1 in Schools is an international competition where high school students (Years 7–12) design, test, and build miniature Formula 1 cars using industry-grade software and manufacturing tools. More than just racing, the challenge encourages skills in:
It’s a unique way to bring STEM subjects to life—and a powerful gateway into engineering pathways and related industries.
Today’s engineers are problem-solvers, innovators, and visionaries. Whether it’s designing sustainable buildings, developing biomedical devices, improving transportation systems, or working on the next generation of racing cars, engineers use science and creativity to solve real-world problems.
In Australia, there are currently over 120,000 engineers working across various sectors—but demand continues to outpace supply. According to Jobs and Skills Australia, engineering remains one of the highest-priority occupations nationally, with shortages across civil, structural, mechanical, and electrical specialisations.
With major infrastructure projects, renewable energy investments, and digital transformation across industries, Australia is facing an ongoing engineering skills shortage. This creates excellent job security and career progression for qualified engineers.
Engineers enjoy competitive salaries. According to the latest ABS data and industry benchmarks:
Engineers working in high-demand fields such as mining, energy, or data systems may earn well above these averages.
Engineering skills are highly transferable. With a degree in engineering, it’s possible to transition into roles in:
It’s also a launching pad for future careers in executive leadership, innovation, and even non-technical fields like finance or policy.
New technology is driving demand for engineering in areas like:
If you’re excited by the idea of creating, building, and solving complex problems, engineering might just be your calling. To get there, you can begin by enrolling in an engineering qualification that suits your interests and goals.
Many of these courses are available online or via hybrid delivery, allowing flexibility for school leavers and working professionals alike.
Educators and parents can also help bridge the gap between science in the classroom and engineering in the real world. Programs like F1 in Schools make STEM subjects more relatable and provide a powerful foundation for students to explore future careers in design, manufacturing, and engineering leadership.
Helen Isbister brings practical career tips, study advice, and professional insights to Career FAQs readers.