Thinking about a career in science, technology, engineering, or maths, but assuming a university degree is the only way in?
Electricians, engineers, civil construction crews, and automotive technicians all apply the same skills a science, technology, or maths degree targets, just through a training contract and a real job instead of a lecture theatre. This guide breaks down where the STEM skills shortage is worst and which trades actually count as a STEM career.
It also covers how a vocational STEM qualification measures up against a traditional degree, from the way you’re assessed to the debt you walk away with, so the comparison holds up once you look past the letters after your name.
If a hands-on route into a STEM career sounds like a better fit than years in a lecture theatre, keep reading.
What is STEM Vocational Education Australia?
STEM stands for science, technology, engineering, and mathematics, and vocational education delivers all four through a training contract and a real workplace rather than a lecture theatre and a final exam. Instead of a written test at the end of a semester, you build a competency and get assessed on it as you go, using the same tools and systems the job actually runs on. STEM disciplines cover a broad range of work that shows up in everyday life, too, not just specialised labs and research roles.
Construction, manufacturing, energy, and transport all run on STEM foundations, even when the job title never mentions science at all. A qualified electrician applies physics every day, and a civil construction worker applies materials science on every job.
How Does STEM Education and STEM Learning Work Through VET?
STEM vocational education in Australia is the VET system’s answer to a STEM career, delivering STEM education, STEM teaching, and STEM learning through practical, on-the-job training rather than a classroom.
Australia’s education system includes TAFE institutes, private RTOs like Major Training, apprenticeships, and school-based programs, and all of them run STEM programs and STEM subjects that count toward a real qualification. High school students can undertake nationally recognised VET qualifications alongside their senior certificate, so a STEM-adjacent trade can start before Year 12 even finishes. Vet study and STEM study are both competency-based, so instead of sitting theoretical exams, learners build the technical skills employers need and get assessed against real workplace tasks.
National education council discussions and the government both back VET as part of the answer to the STEM skills gap, and that model also builds transferable skills, such as critical thinking, problem-solving, and digital literacy. It bridges classroom knowledge and hands-on industry application in a way a traditional degree often can’t.
Are STEM Jobs in Demand in Australia?
In short, yes, mostly due to a nationwide lack of qualified STEM workers. Australia has a growing STEM skills shortage, and it shows up directly across the trades and technical roles VET already trains people for. Jobs and Skills Australia’s 2023 Skills Priority List found half of all technician and trades occupations assessed were in national shortage that year, present across construction, manufacturing, and utilities alike.
Professionals Australia’s 2023 industry reporting put the shortfall at around 200,000 engineers needed by 2040, a gap spanning engineering, electrotechnology, and related technical fields rather than one narrow specialty. The Office of the Chief Scientist puts 68% of Australia’s STEM workforce as vocationally trained rather than university-qualified, and 75% of the fastest-growing occupations now call for STEM skills.
The economic case is just as strong. The same Office of the Chief Scientist analysis attributes 65% of Australia’s economic growth per capita between 1964 and 2005 to improvements made possible by STEM capability, and PwC modelling suggests shifting even 1% of Australia’s workforce into STEM roles today could add a further $57.4 billion to GDP over time, much of it running through vocational and technical roles rather than a degree.
What STEM Careers Don’t Need a University Degree?
Plenty of STEM-adjacent careers start with a trade qualification, not a bachelor’s degree, and several of them sit squarely inside Major Training’s own course catalogue.
Electrical and electrotechnology roles are the clearest example, covering everything from domestic wiring to industrial control systems, all built on an apprenticeship rather than a degree. Engineering-related trades offer a similar path, applying engineering principles on real job sites and in workshops instead of a lecture theatre.
Civil construction and automotive careers round out the list, both drawing directly on STEM foundations like applied physics, materials science, and systems thinking, and both are trained through hands-on vocational courses.
Why Doesn’t Everyone Get the Same Shot at STEM Subjects at School?
School access to advanced STEM subjects isn’t even, and it shapes who thinks a STEM career is even possible. AMSI’s national data shows that advanced maths and physics participation has been declining for over a decade, girls’ participation in higher maths has stayed flat since 2010, and socioeconomic background still predicts science and maths results, with rural schools often offering less STEM curriculum. Women and Indigenous students remain underrepresented in high-tech VET pathways, too.
None of that decides who can become a qualified tradesperson. A VET pathway assesses what you can actually do on the job, not which subjects your school offered or how you scored in Year 11 physics.
Is a VET Pathway the Right Way Into a STEM Career?
VET prepares people for a STEM career by putting them into real or simulated workplaces from day one, rather than saving the practical work until after graduation.
Competency-based training focuses on the tasks a STEM employer actually needs done, not a theoretical assessment, and industry collaboration keeps the curriculum aligned with what the market demands right now. That matters in fast-moving areas like renewable energy and advanced manufacturing, where the required skill set can shift within a few years.
Apprenticeships and traineeships take this further, placing learners directly into technical roles while they train. The STEM career starts on day one, not several years into a degree, and it stays open to further study later if your goals change.
The Australian Qualifications Framework backs this up. It added a Vocational Degree in 2025, sitting at the same level as a Bachelor’s degree but delivered through VET, including apprenticeships.
Which STEM Courses and Learning Areas Does Major Training Cover?
Major Training runs several course areas and learning areas that count as genuine STEM pathways, each building toward a recognised trade or technical qualification.
Electrical and electrotechnology courses cover the licensing and skills needed for a career in the trade, while engineering and civil construction courses build the technical foundation for site-based and technical roles. Automotive courses round out the catalogue, backed by training resources and instructors drawn from industry, not just a textbook.
STEM offers real entry points across the country for Australian students, and the same competency-based, practical model runs through every one of these learning areas.
Start Your STEM Career with Major Training
A STEM career doesn’t have to start with a university degree, and for a lot of people, it shouldn’t. The world runs on the STEM disciplines these trades apply every day, and that positive change for society starts with the people building, wiring, and maintaining it, using as much creativity and innovation on site as any lab.
Major Training’s electrical, engineering, civil construction, and automotive courses give you a direct, practical route into STEM employment and the wider STEM workforce Australia is short on skilled people for, without the years or the debt a degree usually carries, and with a real community of tradespeople behind you.
Get in touch to talk through which STEM pathway fits your goals and your future.
Frequently Asked Questions
Can a STEM apprenticeship lead to further study later?
Yes. Nothing about starting on the tools rules out moving into project management, further study, or running your own business once you’ve built a few years of real STEM experience behind you.
Do you need a strong Year 12 result to start a STEM apprenticeship?
No. Apprenticeships don’t set an ATAR requirement the way many STEM degrees do, so a STEM-adjacent trade stays open to school leavers regardless of their Year 12 result.
Do apprenticeships count as STEM pathways?
Yes. Apprenticeships and traineeships place learners directly into technical roles across engineering, electrotechnology, and construction, applying STEM skills such as problem-solving and applied science from the first day of training.
How long does a STEM-related apprenticeship take to complete?
Most run three to four years, the same nominal term as any other trade apprenticeship, ending in a trade certificate you’re assessed against on the job, not a university degree.
What STEM Skills Do You Build, and Are They Open to International Students?
A STEM apprenticeship builds problem-solving, precision, and applied maths skills on real jobs, not just in a workshop simulation. International students studying in Australia can enrol in the same VET pathways as local students, provided their visa and course provider both support it.
Start Your STEM Career
Skip the lecture theatre and start building real STEM skills on the job. Get paid while you learn, too.
