South African schools are navigating one of the most complex moments in their democratic history. Teacher shortages, overcrowded classrooms, uneven infrastructure, and persistent inequality shape the daily reality of millions of learners. According to the Department of Basic Education, the national learner-to-educator ratio sits at approximately 33:1, far above OECD averages. In many under-resourced and rural schools, classrooms exceed 50 learners per teacher.
The pressure is particularly acute in gateway subjects such as mathematics and science, where qualified teachers are scarce, and learner performance remains a national concern. As global economies accelerate toward data-driven, AI-enabled futures, South Africa risks deepening inequality if learners do not acquire strong numeracy and digital skills.
This raises a pressing question: could technology meaningfully strengthen South African education, and specifically help address the country’s maths crisis?
The maths gap
Mathematics performance in South Africa has consistently lagged global benchmarks. Across multiple assessment cycles, large numbers of learners struggle with foundational numeracy by the time they reach intermediate and senior phases. The shortage of specialist maths educators compounds the problem.
In many schools, particularly in rural provinces and township communities, maths classes are taught by educators working outside their subject specialisation. Even highly committed teachers face structural constraints: large classes, limited time for individual support, and uneven access to teaching resources.
This is not a failure of dedication. It is a capacity challenge.
Seth Naicker, GIBS lead for Adopt-a-School, believes that solving the schools crisis requires reimagining how schools operate within broader systems of support. “Education doesn’t exist in isolation. Schools, corporate entities, communities, and institutions are interconnected. If we want better outcomes, we have to strengthen the system, not just the classroom.”
He goes further, pointing to technology as a potential bridge rather than a threat.
“Can we imagine the possibilities of an app that serves as a maths coach? There is a way for technology to enhance our experience and the excellence of teaching and learning. We can draw on technology to enhance our skills and assist the social gaps and inadequacies that we see in our here and now.”
If South Africa cannot rapidly increase its supply of highly trained maths teachers, then augmenting educator capacity through intelligent digital tools becomes a serious consideration.
An AI teaching assistant?
Artificial intelligence in education is no longer speculative. Globally, adaptive learning platforms, predictive analytics, and AI-driven tutoring systems are already being used to support teachers and learners.
In the South African context, AI cannot replace educators. But it could:
- Provide personalised maths practice aligned to learner performance
- Offer real-time feedback on exercises
- Identify conceptual gaps early
- Generate differentiated revision material
- Support multilingual explanations where needed
An AI-enabled “maths coach” could allow one educator to manage larger classes more effectively by automating repetitive tasks and enabling targeted interventions.
Willem Kitshoff, CEO of d6 School Management Systems, argues that technology should be seen as an amplifier of human teaching capacity, particularly in high-pressure subjects.
“We cannot ignore the reality that South Africa does not have enough specialist maths teachers,” he says. “If we want to improve outcomes at scale, we need tools that support teachers in the classroom, tools that provide insight into learner performance and help identify gaps before they become failures.”
Kitshoff adds that the maths challenge is not simply about content, but about early detection. “Too often, we only see the problem when learners fail at the end of the year. With the right digital systems, schools can spot trends much earlier. That changes the conversation from remediation to prevention.”
International research reinforces this perspective. Meta-analyses of intelligent tutoring systems have found statistically significant improvements in mathematics achievement, particularly when digital tools are embedded within classroom teaching rather than used in isolation. Studies by organisations such as the OECD and the UK’s Education Endowment Foundation similarly caution that technology delivers impact only when integrated into pedagogy and supported by teacher development.
However, as Naicker cautions, technology must remain “high-tech and high-touch”. Without teacher training, contextual alignment, and strong human relationships, digital tools risk becoming underutilised add-ons.
Infrastructure progress versus challenges
Approximately 80% of South African public schools now have some form of internet access, a significant improvement over the past decade. South Africa’s rise in the UN e-Government Development Index from 65th in 2022 to 40th in 2024 reflects broader digital momentum.
Yet research published in 2024 highlights persistent challenges: uneven connectivity, limited educator training, fragmented systems, and unreliable infrastructure, particularly in rural and township schools.
In districts such as Nkangala in Mpumalanga, studies show that educators often rely on informal digital workarounds due to unreliable systems, delayed updates, or limited technical support. This creates fragmented digital environments that add complexity rather than reduce it.
Technology adoption cannot simply mean devices and connectivity. It must include:
- Ongoing teacher development
- Integrated platforms
- Reliable infrastructure
- Practical, school-ready design
Without these elements, digital tools risk reinforcing existing divides.
Governance and compliance
While compliance and data protection remain important, particularly under South Africa’s POPIA legislation, they are not the core crisis in education. They are part of a broader governance ecosystem that must function effectively for teaching to flourish.
When digital systems are fragmented or inefficient, administrative burdens increase, and leadership attention shifts away from instructional priorities.
Riaan van der Bergh, deputy CEO of the national representative organisation for school governing bodies FEDSAS, notes: “Digital tools are not just about convenience; they are critical for protecting learner information and supporting school governance. When communication is efficient and secure, schools operate more effectively, and educators can focus on teaching and learning.”
Recent increases in reported data compromises across sectors underscore the importance of secure systems. In schools, where learner data is increasingly digitised, stability and integration are foundational, not because compliance is the main issue, but because stability frees capacity for teaching excellence.
Human-centric systems
If technology is to support South Africa’s maths turnaround, it must reduce friction rather than add complexity.
Kitshoff emphasises that digital platforms should simplify school operations. “When systems work well, they remove unnecessary administrative pressure. That gives teachers back time.”
He adds that modern school management platforms can centralise communication between teachers and parents, reduce duplication of administrative tasks, provide AI-driven and data dashboards highlighting learner risk, and integrate financial, governance, and academic records.
Research from the 2024 Teaching and Learning International Survey (Talis) Country Report and national workload studies shows that South African teachers spend substantial weekly hours on non-teaching tasks. While administration is not the primary crisis, reclaiming even part of that time can increase instructional focus.
Kitshoff connects this directly to all learning outcomes. “Improving subject results is not only about better textbooks or more exams. It’s about giving teachers the tools and the time to intervene early. Technology can support both.”
Strategic partnerships
No single institution can resolve South Africa’s education challenges alone. Meaningful change requires coordination across public, private and civil society sectors.
Collaborations between education technology providers, financial institutions and corporate partners illustrate how complementary capabilities can align around shared goals: administrative efficiency, parental engagement, infrastructure support, and long-term sustainability.
Corporations hold economic and positional influence. When applied thoughtfully, this influence can extend beyond sponsorship into:
- Infrastructure support
- Access to digital tools
- Capacity-building initiatives
- Governance training
- Multi-year commitment
Naicker emphasises the importance of duration. “Authentic impact takes time, three to five years at least. Partnerships must build trust into school communities.”
The objective is not to corporatise education, but to strengthen operational resilience so that schools can focus on learning, particularly in critical subjects like mathematics.
Can technology solve the maths crisis?
Technology alone cannot solve South Africa’s maths performance gap. But it could become a powerful multiplier.
Imagine a blended ecosystem:
- AI-driven maths coaches providing adaptive practice
- Teachers using analytics dashboards to identify struggling learners
- Secure communication platforms strengthening parent engagement
- Governance systems reducing administrative overload
- Digital professional development supporting subject mastery
In such a model, technology supports, rather than replaces, human educators.
Predictive analytics could flag learners at risk months before examinations. AI tools could generate differentiated exercises instantly. Multilingual support could assist learners struggling with language barriers in mathematical instruction.
If implemented responsibly, AI could help democratise access to high-quality maths support, especially where specialist educators are scarce.
As Kitshoff puts it, “The question is not whether technology will be part of education. It already is. The real question is whether we use it strategically to address our biggest challenges, and mathematics is one of them.”
People at the centre
The debate about technology in education is not about software. It is about people.
- For teachers, effective systems mean reclaimed time and better insight.
- For parents, they offer transparency and engagement.
- For learners, especially in mathematics, they offer earlier intervention and personalised pathways.
Naicker frames it as a community of practice: “When systems speak to one another, people can collaborate, they learn, care, and share. Technology becomes a tool for dignity and connection.”
If South Africa is to prepare learners for an AI-enabled global economy, it must strengthen mathematics education urgently and at scale.
Technology will not “save” South African education on its own. But if thoughtfully designed, ethically governed and human-centred, it could significantly extend teacher capacity, stabilise governance systems, and help close the maths gap that continues to shape the country’s future.
At this crossroads, the question is not whether we can afford to explore technological solutions. It may be whether we can afford not to.
Gallery
