Applied Mathematics Researcher Earns Recognition
Numbers play a crucial role in Dr. Lateefat Olanike Aselebe’s professional journey, but her career story goes far beyond just figures. On December 6, 2025, she was honored with the title of Most Exceptional Applied Mathematics and Technology Research Professional of the Year at the 11th Nigeria Technology Awards (NiTA). This marked her second win […]
Numbers play a crucial role in Dr. Lateefat Olanike Aselebe’s professional journey, but her career story goes far beyond just figures. On December 6, 2025, she was honored with the title of Most Exceptional Applied Mathematics and Technology Research Professional of the Year at the 11th Nigeria Technology Awards (NiTA). This marked her second win at NiTA, having previously taken home a similar accolade in 2023. Since that first recognition, she has evolved from a promising voice in Nigerian applied mathematics to a respected researcher whose work is now featured in top international journals and supported by institutions as distant as Saudi Arabia.
The journey from earning a doctorate at Ladoke Akintola University of Technology in Ogbomoso to gaining international recognition on the NiTA stage is a story that deserves to be shared more frequently across Africa. It’s not that such achievements are impossible; rather, they’re rare because the structural challenges within African scientific communities make it tough to maintain. Research funding is often hard to come by, laboratory facilities can be hit or miss, and the allure of emigration is a constant and understandable temptation. Dr. Aselebe has skillfully navigated these hurdles, creating a career that serves as a guiding light for other African scientists.
The research is quite advanced. Her main focus is on the mathematical modeling of heat transfer and fluid dynamics, especially when it comes to nanofluids. These are unique fluids created at the molecular level by mixing nanoparticles into a base liquid, which significantly changes their thermal properties. Over the last two years, she has published a wealth of work on hybrid and composite nanofluids, exploring how various material combinations, like molybdenum disulfide, silicon dioxide, and even gold nanoparticles in blood plasma, perform under different temperatures, magnetic fields, and flow geometries. The findings have important implications for solar energy technology, industrial thermal management, and biomedical engineering, including research into cancer treatments.
Her work has been featured in well-respected journals like the International Journal of Thermofluids, Results in Materials, the International Journal of Ambient Energy, and the Multidiscipline Modeling in Materials and Structures journal. These aren’t just any publications; they’re peer-reviewed and draw submissions from researchers all over the globe. Getting published in them consistently means her work is of a quality that stands up to international standards. Additionally, she has shared her research at significant conferences, such as the annual meeting of the Nigerian Mathematical Society and an international modeling and simulation workshop held at Obafemi Awolowo University.
It’s exciting to see that international research funding is starting to recognize her work. She’s received grants from the Deanship of Scientific Research at King Faisal University in Saudi Arabia, which is a significant achievement. It shows that her research is being evaluated and appreciated beyond Nigeria, in a competitive global landscape. Despite all these accomplishments, she remains dedicated to teaching. At the Federal School of Surveying in Oyo, she continues to inspire students with subjects like calculus, algebra, differential equations, and advanced mathematics, essential skills that will help shape the next generation of Nigerian engineers and scientists. She’s also committed to her own growth, having completed training in artificial intelligence and machine learning, and becoming proficient in computational tools like Python and Mathematica. This paints a picture of someone who truly believes that a scientist who stops learning becomes irrelevant.
The NiTA award, now in its 11th year, has made a fantastic choice. But perhaps the most meaningful recognition is the kind that builds up quietly over time, like the students who grasp a concept more deeply thanks to her explanations, the co-authors who have blossomed as researchers while collaborating with her, and the wealth of published work that bears her name, destined to outlive any single award ceremony. If you were to sum up her career in an equation, it would definitely yield a gratifying outcome.