DAR ES SALAAM: THE ambition to build a competitive economy by 2050 will depend partly on whether its education system can prepare students for jobs increasingly transformed by Artificial Intelligence (AI).
The challenge is no longer whether AI will change education and employment, but whether learners are acquiring the skills needed to thrive in this changing environment.
Although access to digital technology is expanding, more effort is needed to ensure students, regardless of their educational background or location, can learn, work and innovate effectively in an AI-driven economy.
Traditional education often rewards memorisation, examination performance and the ability to reproduce information. AI is changing this model.
Students can now use digital tools to draft essays, analyse data, translate languages and solve complex problems. Increasingly, their competitive advantage will depend on asking insightful questions, evaluating AI-generated responses, exercising sound judgement and turning knowledge into practical solutions.
Tanzania faces two major challenges: Producing graduates with skills that can easily be automated and widening the gap between those who can effectively access and use AI and those who cannot. Teachers are central to addressing both.
World Teachers’ Day 2026, observed on October 5, marked the 60th anniversary of the 1966 ILO/ UNESCO Recommendation concerning the Status of Teachers.
Reflecting on the occasion, a question encountered on social media stood out: What is the most important trait of a teacher? My immediate thought was a teacher who never extinguishes a student’s curiosity. Knowledge begins with a question and, in a sense, concludes with one.
Between the two, we discover answers shaped by evidence, context and experience, answers that must remain open to challenge.
AI makes this principle even more important. Teachers must increasingly guide students towards asking better questions rather than simply supplying answers.
For centuries, education operated in an environment of information scarcity. Books were limited, experts were few, and access to knowledge was restricted.
Teachers became the principal conveyors of information, while successful students were often those who could recall and reproduce lessons accurately.
Today, students can ask AI tools to explain Keynesian economics, solve equations, summarise research papers, draft business plans or compare philosophical arguments.
The quality of the responses varies, and errors remain possible, but information that once required considerable time and effort to obtain is now readily available.
This development does not make teachers redundant. Instead, it challenges teaching approaches built primarily around transferring information. A teacher who merely transfers information now competes with a machine available 24 hours a day, capable of explaining concepts in different ways and responding to repeated questions without tiring.
Attempting to preserve traditional education by banning AI is like trying to protect horse-drawn carriages from automobiles.
The more important question is which human capabilities education should cultivate in an age when machines can perform many routine intellectual tasks.
AI can provide answers, but students must learn to judge whether the questions are meaningful and whether the responses are credible. They need to examine assumptions, identify missing evidence, recognise bias and distinguish confidence from truth.
They must also learn when established knowledge should be challenged. This requires a shift in the teacher’s role, from being an authority who provides answers to an intellectual guide who stimulates inquiry.
Instead of asking only whether students know an answer, teachers should ask why they believe it, what evidence might change their minds, whose interests an argument serves and how opposing views could be defended. Although AI can help explore these questions, developing the habit of asking them remains a human educational responsibility.
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There is a risk that schools and universities will respond to AI mainly by tightening surveillance, policing cheating and redesigning examinations to prove that students have worked independently. Academic integrity matters, but focusing exclusively on controlling AI could preserve the appearance of learning without improving its quality.
Teachers must protect students’ curiosity while giving them the discipline to assess evidence and defend conclusions. The greatest achievement may not be a student who remembers every answer, but one who has learnt to keep asking meaningful questions.
For Tanzania, translating this principle into practice requires nationwide reforms. First, AI literacy should become part of the curriculum.
Students need to understand how AI works, its limitations and its responsible application. Tanzania’s National Guidelines for Artificial Intelligence in Education provide a starting point, but their value will depend on effective implementation in classrooms.
Second, teachers need practical training in using AI for lesson planning, personalised learning, assessment and research. They must also learn to identify inaccurate outputs and teach students to avoid plagiarism and excessive dependence on automated tools.
Third, examinations should place greater emphasis on reasoning, creativity, problem-solving, practical projects and oral presentations rather than memorisation alone.
Students should be able to explain their reasoning and defend work produced with AI assistance. Fourth, Tanzania must bridge the digital divide.
Rural schools and disadvantaged communities need reliable electricity, affordable internet, suitable devices and locally relevant digital content.
Without these investments, AI could deepen educational inequality rather than reduce it. Fifth, education institutions should collaborate more closely with businesses to integrate relevant AI applications into training across agriculture, manufacturing, healthcare, finance, tourism and public administration.
Graduates should be equipped to use technology to address Tanzania’s real economic challenges. Tanzania has begun establishing a policy foundation for AI-driven education, but strategies alone will not prepare students for the future.
Success requires skilled teachers, reliable infrastructure, updated curricula and equitable access to technology. As the country pursues Dira 2050, the objective should extend beyond teaching students how to operate AI. It must cultivate graduates who can question, evaluate, improve and innovate with it.
In an AI-driven economy, the decisive advantage will not simply be access to technology, but the ability to use it critically, creatively and responsibly.
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