South Africa needs mining engineers. So why can't some graduates get the experience they need?

South Africa's mining industry faces a difficult contradiction: employers need experienced technical professionals, while aspiring engineers struggle to access the workplace training required to qualify and progress.

At Electra Mining Africa 2026, a presentation at the SAIMM Seminar Theatre challenged industry leaders to reconsider how South Africa develops its future mining professionals.

The message was clear: investing in mining equipment, technology and mineral resources is not enough. Without skilled people to operate, maintain and improve these systems, their potential cannot be fully realised.

A mining industry with opportunity, but a skills bottleneck

South Africa has significant mineral resources, including platinum group metals, manganese and chromium.

Meanwhile, global demand for minerals is being shaped by electrification, renewable energy, infrastructure development and artificial intelligence.

But taking advantage of these opportunities requires more than access to mineral deposits.

Mining operations depend on qualified engineers, artisans, technicians, surveyors, specialists and managers. Developing these professionals takes years of education, supervised experience and continuous learning.

The presentation identified three essential foundations for a successful mining industry:

• Resource capability: Access to mineral deposits and geological knowledge.

• Physical and technological capability: Infrastructure, equipment, systems and investment.

• Human capability: The people who turn resources and technology into safe, productive operations.

The concern is that the third foundation is not receiving the same long-term planning and investment as the first two.

Qualified graduates, but insufficient workplace experience

One of the most concerning challenges raised during the presentation was the difficulty mining engineering students face in securing practical experience.

According to figures presented at the seminar, 33 final-year mining engineering students were at risk of not graduating without the required vacation work, while another 275 third-year students needed workplace exposure.

At the same time, the speaker cited mining industry vacancies that employers were struggling to fill because candidates lacked sufficient structured experience.

This reveals an important distinction.

Completing an academic qualification does not automatically establish workplace competence. Equally, employment does not guarantee that a graduate will receive the structured development needed to become a professionally competent engineer.

The industry needs stronger connections between universities, employers, professional bodies and training institutions.

The specialist skills challenge

The presentation also highlighted concerns about the future availability of professionals holding statutory certificates of competency.

Mine surveying was identified as one area of concern, alongside specialist disciplines such as rock engineering and mine ventilation.

These roles are essential to safe and legally compliant mining operations.

Unlike machinery, experienced professionals cannot simply be purchased when a vacancy appears.

Developing technical specialists requires years of practical exposure, mentoring, professional development and assessment.

Why technology makes skills development more important

Automation, artificial intelligence and digital systems are changing the skills required across the mining industry.

AI can help professionals analyse data, identify patterns and support operational decisions.

But technology cannot replace the experience, judgement and accountability required to operate a mine safely.

Future mining professionals will need to combine technical expertise with digital literacy, problem-solving, leadership and an understanding of increasingly complex operating environments.

Three commitments the industry can make

Rather than calling for another disconnected training initiative, the presentation challenged mining employers to make three practical commitments.

1. Define future skills requirements

Employers should identify the technical and professional capabilities they expect to need over the next five to ten years.

2. Provide structured workplace experience

Mining companies can support students and graduates through vacation work placements, work-integrated learning, graduate development programmes and mentoring.

3. Measure progress towards competence

Success should be measured not only by training expenditure, but by the number of people progressing into professional registration, statutory certification, specialist roles and leadership positions.

The speaker challenged employers to consider how many vacation work placements, graduate development opportunities and mentors they could commit to providing in 2027.

Building the next generation of mining professionals

South Africa's mining future depends on more than the minerals beneath its soil or the technology available to extract them.

It depends on the people capable of turning those resources into safe, responsible and sustainable value.

The challenge for industry is to ensure that education, workplace exposure, professional development and mentoring operate as a connected system.

The question is no longer simply whether South Africa has mining talent. It is whether the industry is doing enough to develop that talent.

This article is based on a presentation delivered at the SAIMM Seminar Theatre during Electra Mining Africa 2026. The figures and industry observations reflect information presented by the speaker and should be independently verified before publication.

Explore more industry insights from Electra Mining Africa: www.electramining.co.za