WeeklySA_AdminFUTURE: Only one in three matric learners took pure Mathematics in 2025, raising alarm about the country’s shrinking STEM talent pipeline and the future of its economy…
By WSAM Reporter
South Africa’s mathematics education crisis is deepening, raising urgent questions about the country’s ability to build the science and technology workforce needed for economic growth.
Only 34.1% of matric candidates wrote pure Mathematics in the 2025 National Senior Certificate examinations, while more than two-thirds opted for Mathematical Literacy.
The shift has serious consequences: Mathematical Literacy does not qualify learners for most university programmes in science, technology, engineering or mathematics (STEM), according to Dr Linda Meyer, managing director at IIE Rosebank College. .
For a country where STEM skills are officially classified as critical shortages, the numbers are alarming. The National Development Plan (NDP) targets 450 000 university-ready mathematics and science students by 2030, but current trends suggest that goal is drifting further out of reach.
The warning comes as the world marks International Mathematics Day on March 14, prompting renewed scrutiny of South Africa’s shrinking mathematics pipeline.
A narrowing pipeline
The problem, says Meyer, is not only that mathematics performance is declining, but that fewer learners are taking the subject at all.
More than 460 public schools in South Africa no longer offer mathematics, while the national mathematics pass rate — measured at a relatively low 30% threshold — dropped from 69.1% in 2024 to 64% in 2025.
High-level achievement is even rarer. In 2025, 77% of mathematics candidates scored below 50%, and fewer than 3% achieved distinctions, the level typically required for admission into competitive STEM programmes such as engineering and physical sciences.
The result is a STEM pipeline that is narrowing at its base.
Legacy of inequality
South Africa’s mathematics crisis reflects deeper structural inequalities in the education system.
Township and rural schools continue to struggle with overcrowded classrooms, shortages of qualified teachers, limited contact time and inadequate learning materials.
These disparities are reflected in international assessments. The 2023 Trends in International Mathematics and Science Study (TIMSS) ranked South African Grade 5 learners last among 59 countries, while high school learners placed fifth from the bottom.
The shortage of skilled mathematics teachers has become so severe that STEM educators for Grades 8 to 12 have been added to the Department of Home Affairs’ Critical Skills List.
Education experts warn that systemic pressure on schools to maintain pass rates is contributing to the decline in pure mathematics participation.
Learners who struggle with mathematics are often encouraged to switch to Mathematical Literacy, which is easier to pass but significantly limits university options.
“It is a short-term fix with long-term consequences,” says Linda Meyer, managing director at IIE Rosebank College.
“By steering learners away from pure mathematics, schools are narrowing their choices long before they have had a fair chance to shape their own futures.”
In a country with one of the world’s highest unemployment rates, that choice can have lifelong consequences.
Experts argue that mathematics is not only important for STEM careers but for navigating a modern economy increasingly shaped by data, automation and artificial intelligence.
“Mathematics develops the ability to reason logically, recognise patterns, solve problems and test assumptions,” Meyer says.
“In an economy increasingly shaped by AI and digital systems, those capacities are becoming more valuable, not less.”
For learners from disadvantaged communities, mathematics proficiency remains one of the most credible pathways to higher education, stable employment and upward mobility.
The economic cost
The consequences of weak mathematics performance extend beyond individual learners.
South Africa faces a growing paradox: mass unemployment alongside shortages of skilled professionals in sectors such as engineering, technology, manufacturing, energy and infrastructure.
When universities cannot fill scarce-skills programmes, the broader economy loses the capacity to innovate, grow and absorb young talent.
“When fewer learners take pure mathematics, the effects ripple across the economy,” Meyer says.
“Universities struggle to fill scarce-skills programmes, and professions that drive growth remain under pressure.”
Fixing the problem early
Education specialists stress that the crisis cannot be solved at matric level alone.
Foundational numeracy must be strengthened from the foundation phase through to high school, supported by properly trained teachers, improved learning materials and sustained intervention programmes.
Without early support, many learners reach high school already too far behind to cope with pure mathematics, leaving Mathematical Literacy as the default option rather than a genuine choice.
Experts argue that addressing the crisis will require serious long-term investment, including teacher development, better school resources and stronger accountability for mathematics outcomes.
As the world marks International Mathematics Day, South Africa faces a sobering reality: the country is not building the STEM workforce its economy needs.
Instead, a growing share of learners are being quietly excluded from the opportunities of the future.
The numbers tell a stark story — not of individual failure, but of a system that has yet to equip many young South Africans with the tools needed to compete in an increasingly technological world.
