The Department of Science, Technology and Innovation has called for a coordinated push to bolster South Africa’s future cohort of scientists and innovators, saying investment must start long before students reach university.
Focus on the full education pipeline
Speaking at the Science and Technology Policy Thematic Forum in Shanghai, Director‑General Dr Mlungisi Cele described the country’s system as “relatively strong, given its size”, but said it nevertheless offered scope to improve the flow of talent into research and innovation.
“While our system is relatively strong, given its size, there is an opportunity to strengthen our talent pipeline,” said Dr Mlungisi Cele.
Cele framed the problem as one that requires action across multiple stages: from early childhood and school education through to postgraduate training and early‑career research positions. He warned that without clearer links between schooling, higher education and research careers, South Africa risks under‑utilising its human capital in areas crucial to economic growth.
Where government is targeting support
The department is pursuing a combination of domestic and international measures to cultivate research talent. According to the address in Shanghai, these include scholarships for postgraduate students, targeted investments to build research capacity at public universities and increased opportunities for early‑career researchers to gain experience in international research settings.
- Postgraduate support: Scholarships and placements to expand the pool of masters and doctoral candidates.
- Research capacity: Long‑term investments in university infrastructure and staff development.
- International cooperation: Opportunities for early‑career researchers to work in overseas research environments.
Cele highlighted the South African Research Chairs Initiative as one tool being used to build and sustain research excellence at universities through dedicated chairs and persistent funding. He said these initiatives are intended to ensure that researchers have clear pathways to develop expertise in fields tied to emerging technologies.
Why this matters for technology and innovation
South Africa’s ability to participate in and benefit from global technological shifts depends on a steady supply of skilled researchers and innovators. The department’s approach links schooling with postgraduate training and research careers, signalling a recognition that short‑term boosts to university intake will not, on their own, solve systemic shortages.
Targeted interventions such as scholarships, chair appointments and international placements can help create centres of excellence that attract and retain talent. But the department’s own remarks place equal emphasis on improving the earlier stages of education so that learners arrive at tertiary institutions prepared to pursue scientific careers.
| Intervention | Primary aim |
|---|---|
| Scholarships for postgraduates | Increase number of masters and doctoral graduates |
| Research Chairs Initiative | Strengthen university research capacity and continuity |
| International researcher placements | Expose early‑career researchers to global networks and methods |
The department’s approach also reflects concerns about aligning research with economic and social objectives. At the forum, the engagement emphasised better integration of education, scientific research, technological innovation and talent development so that knowledge contributes more directly to economic growth and social progress.
While the speech outlined policy direction and instruments already in use, it underscored a longer‑term challenge: building a reliable pipeline that starts in early childhood and continues through to postgraduate and postdoctoral opportunities. Without strengthening the flow at each stage, investment at later stages risks being less effective.
The department’s remarks in Shanghai signal a prioritisation of human capital development as central to South Africa’s technology strategy. How those policies are resourced and coordinated with basic and secondary education will determine whether the country can substantially expand its cohort of scientists and innovators in the years ahead.
