In the more traditional version of the story, a learner does well in maths and science and applies to a university. They complete a degree and enter the workforce as an engineer. While this is a clearly-defined path, it's also somewhat limited to a certain kind of learner.
At the same time, South Africa still faces a shortage of engineering skills. Projects stall as infrastructure ages, and companies struggle to find people who can step into roles and contribute without a long runway. This may point to a pipeline that is not working as well as it should.
There is more than one way into engineering. That has always been true. Technical and vocational routes have long formed part of the system, designed to produce people who can work with equipment, systems, and processes from day one. In practice, these pathways remain underused and, in some cases, misunderstood. TVET (Technical and Vocational Education and Training) colleges are central to breaking through the shortage.
These institutions are built to deliver practical, job-facing skills across fields such as electrical, mechanical, and civil engineering. The focus is both on theory and application. Students work with tools, systems, and real-world scenarios early on. As a result, many enter the workforce faster and with a different kind of readiness. Industry leaders often speak about the need for work-ready graduates. At the same time, many graduates require extended onboarding before they can operate independently, which can be costly.
That is not to say universities don't play a critical role, particularly in developing high-level design, research, and specialist capability. The discrepancy arises when one pathway is treated as the default and the others as secondary. Learners and parents may view university as the only legitimate option, with anything else framed as a fallback. Over time, this creates a bottleneck at the top of the system, while other entry points remain underused. The result is arguably a pipeline that is both crowded and incomplete. There are also missed opportunities for progression.
A student can begin at a TVET college, build a strong technical foundation, enter the workforce, and continue studying while gaining experience. In some cases, this leads to engineering roles that combine practical insight with further qualifications. These pathways exist, but they are not clearly mapped or consistently supported.
Industry has a role to play.
Partnerships with TVET institutions, structured workplace learning, and clearer progression routes can shift how these pathways are used. Without that alignment, the system continues to operate in fragments. South Africa is not short of pathways into engineering. It is short of using them properly.
Engineering is not built by a single type of qualification. It is built by teams that combine theory, application, maintenance, and problem-solving across multiple levels. That requires a system that values each part of the chain, and at the moment, that balance is off. TVET is often positioned as an alternative. In reality, it is part of the same system, with a role that becomes more important as demand grows and timelines tighten.
If the goal is to strengthen engineering capacity in South Africa, then the conversation needs to widen. Not every engineer will come through a university lecture hall. Some will come through workshops, labs, and training environments that look very different, but lead to the same outcome: the ability to build, fix, and improve the systems we rely on. That may not be a compromise, but part of a sustainable solution.
