AI Reshapes African Education, Exposes Assessment Gaps

Johannesburg Business School has adopted a distinction between acceptable and unacceptable use: AI-assisted work is permitted, but AI-generated work is not. Dean Alistair Mokoena argued that automation should only be applied to tasks users understand deeply, because “knowledge has to be secured.”
At Abuja’s Santuval Academy, educators turned to AI partly because students were increasingly unwilling to remain in one physical classroom for long periods. The academy also sought to reduce the costs of rented classrooms and the time required to prepare lecture plans and learning resources.
Nigeria’s Distinction AI platform is designed to let educators generate and manage lecture slides, videos, assignments and examinations, while also delivering courses online to students.
The BRICS position builds on its July 2025 Rio statement, which called for transparency about AI models’ inputs and outputs in addition to copyright protection and fair remuneration. A subsequent BRICS culture ministers’ declaration also linked creators’ rights with protection for Traditional Knowledge Systems and Traditional Cultural Expressions.
The practical-AI strategy for Africa is framed not only as an education or technology policy, but as an economic opportunity: the argument is that deploying useful intelligence in the continent’s young, fast-growing economies may generate greater returns than trying to win the global race to build the most advanced frontier models.
Artificial intelligence is reshaping African education, but its benefits hang on a critical question: How should students use it? Education experts warn that heavy reliance on AI tools weakens learning outcomes because they strip away the cognitive effort needed to master material. Yet Nigerian educators are embracing AI platforms to cut costs, reach remote students, and reduce administrative burden—showing how the continent could build practical AI applications tailored to its young, fast-growing economies rather than competing with the US and China on frontier models.
At an African education summit, speakers presented a troubling finding: students who use AI extensively show weaker academic outcomes. Research indicates that automated tools remove the mental struggle required for real learning. Johannesburg Business School has drawn a hard line: AI-assisted work—where humans guide the process—is permitted. But AI-generated work is forbidden. Dean Alistair Mokoena explained the reasoning plainly: "Knowledge has to be secured." Automation only works when users already understand the task deeply.
The risks extend beyond weak grades. Schools now struggle to trust plagiarism detection tools. Students growing dependent on AI face cognitive dependence—relying on machines instead of building their own problem-solving skills. These concerns are forcing institutions to rethink what "learning" means in an age of intelligent machines.
Nigeria offers a different picture. At Santuval Academy in Abuja, educators adopted AI partly because students were increasingly unwilling to sit in one physical classroom for long periods. The real driver was economic: rented classrooms are expensive, and preparing lecture plans and learning resources consumed enormous time. AI platforms offered a way out.
The Distinction AI platform, designed for Nigerian educators, now generates lecture slides, videos, assignments, and exams—and delivers courses entirely online. Teachers spend less time on administrative tasks and reach students far beyond traditional school buildings. For a continent where classroom infrastructure remains limited, this practical approach opens doors that brick-and-mortar schools cannot.
Policy experts argue that Africa's greatest AI opportunity does not lie in building the most advanced models. Instead, the continent should focus on deploying practical intelligence in young, fast-growing economies. Economic analysts point out that useful applications—like Distinction AI—may generate far greater returns than chasing the global race to build cutting-edge frontier models that require billions in investment.
This reframing treats AI not as a technology or education issue alone, but as an economic strategy. Africa's demographic advantage—a young, expanding population—becomes an asset when paired with smart, locally-designed tools. Practical AI beats frontier AI when the goal is economic returns, not scientific prestige.
Meanwhile, the BRICS bloc has raised alarm about AI's treatment of creative work and cultural heritage. At its July 2025 Rio summit, BRICS called for transparency about AI model inputs and outputs, stronger copyright protection, and fair compensation for creators. BRICS leaders worried that underrepresented cultural knowledge could be stolen or misused in AI training without consent or payment.
A subsequent BRICS culture ministers' declaration linked creators' rights directly to protection for Traditional Knowledge Systems and Traditional Cultural Expressions. The message is clear: as AI scales across Africa and the Global South, fair payment and cultural respect must anchor the rules.
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