On the 14th of October, Nigeria’s Federal Ministry of Education announced that Mathematics would no longer be a compulsory requirement for admission into the nation’s tertiary institutions for students in the arts and humanities. According to the ministry, “The revised National Guidelines for Entry Requirements into Nigerian Tertiary Institutions are designed to remove barriers while maintaining academic standards.” The announcement has sparked wide debate and criticism across the country — from school principals and university professors to educationists and policy analysts alike. The decision is deeply concerning and may have serious implications for the academic and professional development of students admitted under its guideline. Is this another example of Nigeria’s policy change without carefully conducted research?
Mathematics is not just a subject taught in classrooms; it is embedded in the structure and bedrock of human knowledge itself. In modern academia, concepts and analytical techniques drawn from mathematics are increasingly applied in various arts and humanities disciplines, while mathematics itself is still too often confined to STEM fields and viewed as the language of science – detached from the world of art, ethics, or imagination. But is it truly a science subject?
Historically, mathematics was born not in the laboratory but in the mind, in philosophy, logic, and even religion. Mathematics was never separated from metaphysics by the Greeks; numbers were treated as a form of spiritual truth by Pythagoras and in ancient Egypt, geometry grew out of rituals of land and balance. Similarly, in medieval Africa, mathematical patterns appeared in art, music, and architecture. In early European universities, mathematics was taught alongside classics and philosophy, not as an experimental science but as a discipline of reasoning and harmony. Logic itself gave birth to algebra and proofs. To think mathematically was to think clearly and to think clearly was to live wisely. Modern education in Nigeria is now at a risk of forgetting this sacred heritage.
Even today, the arts and humanities still quietly depend on mathematical reasoning. Linguistics students use statistics and probability to study language patterns, philosophers rely on logic and formal reasoning to sharpen their argumentation while musicians compose with rhythm and harmony – both deeply mathematical; visual artists employ geometry in design and perspective. Mathematics runs through the creative process like an invisible current – the symmetry of sculpture, the meter of poetry, the precision of rhetoric.
However, in Nigeria, a country wrestling with technological underdevelopment, economic instability, and educational challenges, mathematics appears to suffer from devaluation. Making it optional for arts and humanities students risks depriving them of the ability to appreciate and apply the mathematical concepts embedded in their chosen fields. English graduates, for example, often find themselves confined to teaching or writing, unable to move into dynamic fields like copywriting or data-driven communication due to a lack of quantitative skills.
In a world driven by data — where mathematics is the currency of innovation — Nigeria’s curriculum and public discourse already frame mathematics as a “difficult subject” or merely a hurdle in exams like WAEC and JAMB, rather than a skill to be mastered or celebrated. This misconception extends beyond schools, for the policy now sends a dangerous message: that quantitative reasoning is optional for students of the arts and humanities. Yet many disciplines — economics, geography, sociology, media studies — rest on numerical and analytical reasoning. Traders calculate transactions, manage finances, and assess investment returns; mathematics, in many ways, is synonymous with common sense and essential for everyday life.
The decision to drop mandatory mathematics for arts and humanities raises questions about its underlying motivations. Some might argue that it reflects a broader societal dynamic in Nigeria: elite children being spoon-fed, given easy passes, and later struggling in adulthood. The narratives are familiar — children of privilege who were never challenged, who underestimated the value of hard work, and who enter adulthood with weaknesses hidden by comfort. This policy may simply be the institutional expression of that same pattern.
The longer-term repercussions of deeming mathematics optional for arts and humanities students may be significant: a mindset that quantitative skills are unimportant, diminished effort in developing critical and analytical thinking, and the creation of a society that is financially ill-equipped, scientifically blind, and technologically dependent on others.
To build a society that is intellectually rich, technologically capable, and creatively versatile, the necessity of mathematics in the arts and humanities must be championed. The national curriculum should be reformed to highlight applied mathematics and its advantages across disciplines. Also, coordinated national campaigns must shift public perception of mathematics from obstacle to opportunity. Professional bodies across the country should amplify this message through media, policy dialogues, and public lectures. Government and relevant agencies must allocate dedicated funding for initiatives that integrate quantitative analysis with cultural and humanistic learning, while national policies should position STEM and mathematical literacy as central pillars of development.
For the betterment of Nigeria, it is essential that the Minister of Education, Professor Tahir Mamman, re-evaluates this decision. Students deserve to be equipped with the skills and reasoning necessary to thrive in a data-rich, intellectually complex world. Consistent orientation emphasising mathematical literacy and the provision of opportunities for skill development must replace the notion of mathematics as merely another exam hurdle.
Mathematics is not simply for passing exams; it is the foundation of civilisation, innovation, technological progress, and enlightened living. It has shaped religious thought, ignited scientific revolutions, powered modern technology, and guided our daily decisions. The real question is: can a nation that abandons its most universal language ever truly develop?
