The conversation around whether Nigerian secondary schools can introduce prompt engineering before students sit for the West African Examinations Council examinations is gaining momentum, and for good reason. As artificial intelligence tools become more embedded in daily life, educators are beginning to ask a simple but urgent question: Should students learn how to communicate with AI before they leave secondary school?
On paper, the timing seems right. Nigeria is already attempting to modernise its education system, with plans to transition major examinations like WAEC to computer-based formats by 2026. This shift alone signals a broader acceptance of digital learning and assessment. However, introducing prompt engineering, a skill that involves crafting effective instructions for AI systems, is not just another subject addition. It represents a fundamental change in how students think, learn, and solve problems.
Prompt engineering is increasingly described as a form of AI literacy rather than a purely technical skill. Training programmes across Africa show that learners must understand context, ethics, and critical thinking to use AI effectively. That raises an important point. If Nigerian schools struggle to fully implement existing digital reforms, can they realistically take on something this advanced?
The answer is not straightforward. It sits somewhere between ambition and reality.
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Curriculum Reforms Show Promise, but Gaps Remain
There is no doubt that Nigeria is moving in the right direction when it comes to integrating technology into education. Recent curriculum updates already include subjects like artificial intelligence, coding, robotics, and cybersecurity. These additions suggest that policymakers understand the direction the global economy is heading.
In theory, prompt engineering could fit naturally into this evolving curriculum. It complements coding and digital literacy, and it aligns with the broader goal of preparing students for future jobs. In fact, advocates argue that teaching prompt engineering early could position Nigerian students to compete globally in emerging AI-driven industries.
However, Nigeria’s education system has a long history of ambitious reforms that struggle at the implementation stage. The introduction of entrepreneurship education, for example, was intended to build practical skills but often became overly theoretical in classrooms due to lack of teacher expertise.
This pattern raises concerns. Adding prompt engineering to the curriculum without addressing existing structural issues could result in another subject that exists more on paper than in practice.
The challenge is not just about what to teach, but how it will actually be taught in real classrooms across the country.
Infrastructure and Teacher Capacity as Major Barriers
One of the biggest obstacles to teaching prompt engineering in Nigerian secondary schools is infrastructure. Many schools, especially in rural areas, still lack reliable electricity, internet access, and functional computer labs. Without these basics, even computer-based testing reforms are facing serious hurdles.
Studies examining readiness for WAEC’s planned transition to computer-based exams reveal significant gaps. In some regions, both students and schools are not adequately prepared, largely due to poor ICT infrastructure and limited digital skills.
If schools are still struggling to adopt basic computer-based examinations, introducing a specialised AI skill like prompt engineering may be premature.
Teacher capacity presents another major concern. Effective teaching of prompt engineering requires educators who understand AI tools, ethical considerations, and practical applications. Yet many Nigerian secondary schools already face shortages of qualified teachers, particularly in technical subjects.
Even where teachers are available, continuous training is often limited. Without proper support, educators may resort to theoretical teaching methods that fail to deliver real skills, repeating the same issues seen in other subjects.
In short, the readiness gap is real. Bridging it would require significant investment, not just in infrastructure but also in teacher development.
The Way Forward for Nigeria’s AI Education Ambitions
Despite the challenges, the idea of teaching prompt engineering before WAEC should not be dismissed. Instead, it should be approached strategically.
A phased approach may offer the most realistic path forward. Rather than making it a compulsory subject nationwide, prompt engineering could first be introduced through pilot programmes in well-equipped schools. These pilot projects would allow policymakers to test teaching methods, develop localised curricula, and train educators effectively.
Another practical step would be integrating prompt engineering concepts into existing subjects like computer studies or ICT, rather than creating an entirely new standalone subject. This would reduce curriculum overload while still exposing students to essential AI skills.
Teacher training must also take centre stage. Partnerships with universities, tech companies, and training organisations could help equip teachers with the knowledge and tools needed to teach AI-related topics effectively.
Most importantly, any effort to introduce prompt engineering must be grounded in Nigeria’s realities. This means designing solutions that work even in low-resource environments, rather than copying models from more developed countries.
The question is no longer whether Nigerian students should learn prompt engineering. It is whether the system can support it in a meaningful and sustainable way.
For now, teaching prompt engineering before WAEC remains an ambitious goal, one that reflects the country’s desire to stay relevant in a rapidly changing world. But ambition alone is not enough. Without deliberate planning, investment, and execution, it risks becoming another well-intentioned idea that never fully takes root.
