South Africa faces an acute shortage of engineering talent, as the country requires an additional 60,000 engineers to support infrastructure development, industrial growth, and innovation.
Concurrently, women remain significantly underrepresented in the engineering field, accounting for only about 16% of registered specialists, despite gradual progress in STEM education.
These two phenomena are closely linked. South Africa cannot afford to ignore half of its potential engineering talent while simultaneously battling a shortage of critical technical skills. Therefore, the discussion on gender equality in engineering must move beyond mere access and focus on what enables women to successfully complete complex qualifications and build a long-term career in this field.
For a long time, the answer was encouraging girls to study mathematics and natural sciences, providing scholarships, and inspiring young women to choose an engineering career. These efforts have opened important opportunities and must continue, but access to higher education is only the beginning of the journey.
A more crucial issue is what happens after students enter university. Engineering remains one of the most demanding university majors in South Africa. Many students are forced to extend their programs from four to five years to ensure academic success.
While such pathways improve completion rates, they also increase financial costs for both scholarship sponsors and the students themselves. More importantly, they highlight a broader reality: tuition funding is often insufficient to ensure success.
Through its work supporting students from low-income and 'missing middle class' backgrounds, the Ikusasa Student Financial Aid Programme (ISFAP) has found that student success depends on a combination of financial aid, academic readiness, mentorship, and psychosocial support. These interventions are particularly vital in demanding disciplines like engineering, where the workload, pace, and pressure can be significant.
Supporting students through these challenges is not just about improving individual outcomes; it is safeguarding South Africa's investment in scarce skills. This is especially relevant for women entering the engineering field.
Despite increasing female participation in STEM education, they remain underrepresented in the profession itself. Data from the Department of Higher Education and Training indicates that participation in engineering research has become more balanced over time, yet women still constitute a small fraction of registered engineering professionals.
This suggests that expanding access alone will not close the gender gap. Greater attention must be paid to supporting students throughout their educational journey and upon entering the profession. Professional counseling plays a vital role in this process.
Many students choose engineering due to its reputation as a respected and stable profession, without fully understanding the academic demands of the discipline or whether it aligns with their strengths and interests. Better diagnostic assessment and career counseling at the school level could help students make more informed decisions before enrolling in expensive and complex STEM programs.
The issue is not about limiting opportunities, but about increasing the likelihood that students enroll in programs where they are most likely to succeed. It is equally important to recognize that academic success depends not only on intellectual ability. Confidence, resilience, sense of belonging, and access to appropriate support services influence whether a student completes a rigorous program.
Therefore, mentorship, counseling, academic development, and peer support should be viewed as integral components of student success, not as optional add-ons to scholarships. ISFAP's experience consistently demonstrates that comprehensive support strengthens student outcomes. By combining financial assistance with structured academic and psychosocial support, scholarship programs can improve retention and graduation, helping students develop the confidence needed for a successful transition into the workforce.
The engineering shortage in South Africa is not merely a labor market problem; it is a national development imperative. Every additional engineering graduate strengthens the country's capacity to build infrastructure, sustain industrial growth, and stimulate innovation. Ensuring the success of more women in engineering is thus not just a matter of representation, but an expansion of the nation's technical capacity.
Closing the gender gap in engineering will require collaboration across the entire education ecosystem. Schools, universities, sponsors, employers, and professional organizations must play their part in strengthening the path from classroom to career. Scholarships remain an important starting point, but if South Africa is serious about building a more inclusive engineering profession and solving the skilled labor shortage, we must invest in the entire student journey. Financial aid opens the door, while mentorship, academic support, career counseling, and psychosocial well-being help students walk through it and ultimately join the engineering workforce that our country needs.


