Rakiya A.Muhammad
Leading scholars agree that transforming mathematics education in Nigeria is crucial for addressing global economic challenges. Their voices align on the importance of innovative teaching approaches to connect mathematics with real-world issues and promote sustainable development.
Building on this, they urge governments and international organisations to increase investment in educational initiatives that connect mathematics to real-world economic issues.
Saheed Kolawole Wahab, a lecturer at the FCT College of Education and the University of Abuja, described mathematics education as central to addressing global economic challenges and promoting sustainable development.
He highlighted the potential of mathematics education to build analytical and problem-solving skills to address challenges such as climate change, inequality, unemployment, and limited resources.
Incorporating data analysis, financial literacy, optimisation, and interdisciplinary learning into the curriculum enables mathematics education to spark innovation and contribute to economic stability, Wahab pointed out.
He emphasised aligning the maths curriculum with Sustainable Development Goals to prepare students for the modern global economy.
By integrating practical skills and modern approaches into teaching, mathematics education can drive both stability and innovation in the economy, the don asserted.
Wahab recommended enhanced teacher training, the use of hands-on and resource-focused teaching methods, and ongoing support for teachers as key steps to achieving these educational goals.
Ibrahim Adamu, a renowned science educator, noted that while Mathematics permeates every level of Nigeria’s education system, the real challenge, however, lies in how it is taught to inspire sustainable development.
He noted teacher education as key to overcoming basic mathematics challenges and enhancing student achievement for sustainability.
Adamu called basic education a cornerstone, nurturing students and fuelling both their future and the nation’s progress. He stressed the need to scrutinise teachers’ qualifications and professionalism, noting that their classroom methods shape student achievement.
Student achievement and teacher education together drive knowledge growth and progress toward sustainable development, Adamu said.
He urged authorities to establish continuous professional development for mathematics teachers and to provide resources that support modern teaching strategies.
Similarly, Prof. Sunday Imoni called on the federal government to champion mathematics as a driving force behind national growth and innovation. The professor of numerical analysis highlighted mathematics as the engine for tackling society’s toughest problems, from safeguarding the economy and environment to revolutionising healthcare and igniting new waves of technological innovation.
He insisted that the government must immediately boost teaching quality, invest in ongoing training, and provide every level of education with the necessary resources to build a solid mathematical foundation for the country’s scientific and technological advancement.
Imoni illustrated how numerical analysis powers the daily workings of organisations, large and small, and called for applied mathematics to take centre stage in overcoming scientific and engineering hurdles.
All experts agree that these concerted measures can transform mathematics to better address global economic challenges and foster sustainability.
