Artificial intelligence may be transforming industries. Quantum computing promises to redefine what’s computationally possible. Space technology is entering a new commercial era, while biotechnology continues to push the boundaries of modern medicine.
Yet behind every breakthrough lies something far less visible: the education systems that produce the scientists, engineers, researchers, and innovators capable of making those advances possible.
For decades, Professor Ben Akpan has been working on that foundation.
While much of the global technology conversation focuses on founders building unicorns or engineers creating the next breakthrough product, Akpan has devoted more than forty years to strengthening the ecosystem that produces those innovators in the first place. Through curriculum reform, international scientific collaboration, academic publishing, teacher development, and global science education leadership, the Nigerian scholar has quietly become one of the world’s most influential voices in STEM education.
His work demonstrates a reality often overlooked in conversations about innovation: technological leadership begins long before products reach the market. It begins in classrooms, where curiosity is nurtured, scientific thinking is developed, and future innovators learn to solve problems.
Born in Ikot Akpasia, Akwa Ibom State, Professor Akpan built an academic career that would eventually earn global recognition. After studying Science Education at the University of Calabar, the University of Jos, and later completing his doctorate at the University of Ibadan, he dedicated his career to answering one central question: how can science education better prepare societies for the future?
That question would shape decades of work spanning research, policy, publishing, and institutional leadership.
Rather than limiting his influence to university classrooms, Akpan helped shape national science education through his leadership of the Science Teachers Association of Nigeria (STAN), where he championed improved science teaching standards, curriculum implementation, teacher development, and broader access to quality STEM education. His contributions also extended to Nigeria’s Basic Science and Technology curriculum and initiatives aimed at establishing modern STEM education infrastructure capable of supporting future generations of educators and researchers.
His influence soon expanded far beyond Nigeria.
As President of the International Council of Associations for Science Education (ICASE), Akpan helped connect science educators, researchers, and institutions across continents, encouraging international collaboration on the future of STEM education. Even after his presidency, he continued guiding the organisation’s global conferences, reinforcing partnerships between education systems facing vastly different scientific and technological challenges.
Perhaps his most enduring contribution lies in knowledge creation itself.
Over the years, Akpan has edited and co-edited a collection of internationally recognised books published by Springer Nature, Sense Publishers, and other academic publishers. Rather than producing narrowly focused textbooks, these works bring together leading researchers from around the world to examine the future of science education, digital learning, sustainability, emerging technologies, teacher development, and scientific literacy.
Titles including Science Education: A Global Perspective, Science Education in Theory and Practice, Contemporary Issues in Science and Technology Education, and The Convergence of the Learning Sciences and Science Education have become important references for universities, policymakers, researchers, and teacher educators worldwide. Together, they reflect a belief that science education must continually evolve alongside technological progress.
His research interests mirror many of today’s defining technological frontiers. They span emerging technologies, environmental science, chemistry education, regenerative science, space science, STEM pedagogy, and teacher development, placing education at the centre of conversations about innovation rather than at its margins.
That perspective is increasingly relevant.
As governments and technology companies race to invest in artificial intelligence, advanced manufacturing, clean energy, biotechnology, and space exploration, one challenge continues to surface across both developed and emerging economies: the shortage of highly skilled STEM talent. Addressing that challenge requires more than funding laboratories or launching startups. It requires educators capable of preparing learners for a rapidly changing technological landscape.
That is precisely where Professor Ben Akpan’s work has made its greatest impact.
His legacy is measured not by software patents or venture capital rounds, but by stronger science curricula, better-equipped educators, internationally recognised scholarship, and educational systems designed to prepare future generations of scientists, engineers, innovators, and technology leaders.
In many ways, Ben Akpan represents a different kind of technology leader—one whose product is human potential.
Because every breakthrough technology begins with someone who first learned to ask the right scientific question. For more than four decades, Professor Ben Akpan has been helping make sure those future innovators are ready.
