Higher apprenticeships are often talked about as a future model. But, they are already happening.
Not as pilots sitting on the edge of the system, but as fully operational workforce solutions embedded in defence, engineering and digital industries. The shift is important. This is no longer about “alternative pathways”. It is about how Australia designs capability for major projects, industry transformation and regional economies.
At its core, a higher apprenticeship combines paid employment with structured learning at diploma level and above. The National Centre for Vocational Education Research describes it as an integrated model of work and study leading to qualifications at AQF Level 5 and above, sometimes within a training contract and sometimes outside of it . That flexibility is part of both the opportunity and the challenge.
South Australia: where it is working
The strongest example in Australia is the Software Engineering Degree Apprenticeship led by the University of South Australia in partnership with industry and government.
This program brings together UniSA, the South Australian Government, the Australian Industry Group, and employers including BAE Systems, ASC, Consunet and Saab. What makes this model different is that it was designed from the beginning as a workforce pipeline, not just a qualification.
Apprentices are employed from day one and complete a Bachelor of Software Engineering (Honours) over approximately five years while working in real defence and technology environments. These are not simulated projects or placements. Apprentices are contributing to actual work linked to major national priorities such as AUKUS and naval shipbuilding.
The program was supported by state government funding and formally declared as a trade under South Australian legislation, enabling it to operate within the apprenticeship system rather than sitting outside it. That decision matters because it brings structure, protections and incentives that traditional cadetships and internships do not have.
According to program partners, apprentices have been completing work that had been sitting on internal priority lists for months. This is a very practical outcome. Instead of waiting until graduation to become productive, apprentices are contributing early and often.
The benefits align strongly with findings from the Ai Group report Degree Apprenticeships: Creating the right environment in Australia, which highlights that contextual learning accelerates understanding because learners can immediately apply what they are being taught .
You can explore the program here:
– https://study.unisa.edu.au/software-engineering-industry-program
– https://unisa.edu.au/media-centre/Releases/2024/all-systems-go-for-australias-first-software-degree-apprentices
What employers gain (beyond the obvious)
Employers involved in these programs are not participating for branding or goodwill. They are solving workforce problems.
In defence and engineering, the issue is not just shortage of graduates. It is the time it takes for graduates to become productive. Traditional pathways often require 12–18 months of onboarding and capability building. Higher apprenticeships compress that timeline significantly.
An apprentice in year three of a degree apprenticeship is already familiar with:
- internal systems
- workplace culture
- project environments
- regulatory and safety expectations
This reduces risk and increases productivity. It also changes retention dynamics. People who have grown with an organisation over several years are far more likely to stay and progress internally.
The NCVER research reinforces this by noting that integrated work and study models can deliver stronger outcomes because they align training directly with enterprise needs and real work contexts .
What apprentices gain
From the apprentice perspective, the value is equally practical.
They are not graduating into uncertainty, rather finishing with:
- a degree
- several years of experience
- a professional network
- a clear understanding of their career pathway
Financially, the model removes or reduces the need for student debt and makes higher education accessible to people who may not otherwise consider it. The Ai Group report notes that these models can attract a broader and more diverse cohort, including those who need to earn while learning or who are reluctant to take on debt .
This is particularly important in regional and disadvantaged contexts, where access to higher education is often constrained.
Expansion into engineering and infrastructure
Following the success of software engineering, South Australia is now expanding the model into electrical, electronic and civil engineering.
This is not happening in isolation. It is aligned to major workforce needs linked to infrastructure projects and energy transition. Companies such as ASC and Redarc are participating, and new programs are being designed to support long-term capability in engineering disciplines.
This reflects a key finding from earlier scoping work commissioned in Victoria, which identified strong demand for higher-level technical skills in engineering and advanced manufacturing, while other industries such as construction preferred broader diploma-level capabilities in areas like project management and sustainability .
The insight here is simple. Higher apprenticeships are not one model. They must be designed differently depending on industry need.
Industry 4.0 and flexible models for regions
Not all higher apprenticeships need to be degree-based.
The Industry 4.0 Higher Apprenticeships led by the Australian Industry Group and partners such as Siemens provide a more flexible approach. These programs combine diplomas and associate degrees with a focus on automation, digital systems and advanced manufacturing.
This model is particularly relevant for regional Australia.
In regions like the Upper Spencer Gulf, Barossa, or regional Victoria mining communities, employers often cannot support full-scale degree apprenticeships on their own. However, cluster models can be developed where multiple employers share apprentices, supported by blended learning and industry-aligned training.
The South Australian Subsidised Training List already includes a wide range of diploma and advanced diploma qualifications that could support these models, from agribusiness to project management to conservation and ecosystem management . The challenge is not availability of qualifications. It is designing pathways that connect them to real jobs.
How to set one up
The biggest mistake organisations make is starting with the qualification. The starting point must always be the workforce problem. For example, a mining region might identify a need for:
- supervisors with both technical and leadership capability
- maintenance technicians with digital and automation skills
From there, a small group of employers can come together with a training provider and an industry body to design the role over time. What will the apprentice do in year one, year two, year three? What capabilities are required at each stage? Only after that is defined should the qualification be mapped.
Regulatory pathways vary by state, but South Australia provides a strong example. Roles can be declared as trades or vocations, enabling the use of training contracts and access to funding and support. Applications typically require clarity around training structure, supervision, hours, and importantly, intellectual property and confidentiality arrangements.
IP considerations are often overlooked but are critical in sectors like defence, engineering and digital. Employers need clarity on ownership of work produced by apprentices, particularly where projects have commercial or security implications. Best practice is to align IP arrangements with standard employment contracts while clearly separating academic assessment from commercial outputs.
What this means for regions and industries
Higher apprenticeships are not just an education reform but they are an economic development tool. In regional areas, they allow people to:
- stay in their community
- work on local projects
- build careers without relocating
For industries, they create:
- predictable talent pipelines
- stronger alignment between training and work
- reduced reliance on external recruitment
And for governments, they provide a mechanism to link:
- skills policy
- industry growth
- infrastructure investment
Higher apprenticeships are often positioned as innovation. In reality, they are a return to something very practical.
People learn best when they are doing real work, solving real problems, and being supported to build capability over time.
The difference now is that we have the opportunity to design these pathways deliberately, align them to industry need, and scale them across sectors and regions.
The question is not whether higher apprenticeships will grow in Australia.
The question is how quickly we can design models that actually work where they are needed most.