A young Nigerian scholar, Aderinsola Aliu, has emerged as a leading scientist using data, optimisation, and chemical engineering to address some of the world’s most pressing environmental challenges.

A PhD student in Chemical and Biomolecular Engineering at the Georgia Institute of Technology, Aliu’s work focused on developing computational models that make industrial and environmental systems more efficient, scalable, and sustainable.

It also addressed global challenges ranging from carbon sequestration to renewable fuels and circular bioeconomy systems.

Using advanced optimisation tools implemented in Python and PYOMO, Aliu designed energy-efficient, harvesting and conversion systems that demonstrate how computational engineering can accelerate the transition toward sustainable resource utilisation.

His research also investigated how sargassum seaweed can be sustainably harvested and utilised, transforming an environmental challenge into a valuable bio-resource.

The young scholar’s journey into scientific innovation started at the University of Lagos (UNILAG), where he studied chemical engineering, and later graduated with a cumulative grade point average (CGPA) of 4.8/5.0

According to him, during his undergraduate studies, he developed a strong interest in mathematical modelling and computational approaches to chemical processes, culminating in research on mechanistic modelling of biodiesel production using the modified Hattori mechanism.

At one of the world’s leading engineering institutions, Georgia Tech, he is advancing research that integrates optimisation, data science, and sustainable process design.

The work includes developing computational frameworks for biomass conversion using black soldier fly larvae (BSFL) to produce renewable biofuels and modelling ocean-based carbon sequestration systems.

In 2025, Aliu’s work gained recognition within the scientific community, as his research proposal was selected as one of the best in his department, highlighting the originality and potential impact of his ideas.

One of the papers arising from his research has also been accepted for publication in Nature Communications, one of the world’s leading multidisciplinary scientific journals with an impact factor above 17.

Beyond research, the young scholar restated his commitment to mentorship and academic engagement.

At Georgia Tech, he has served as a teaching assistant in chemical engineering design and kinetics, supporting undergraduate students in understanding complex engineering principles and process design strategies.

He added that his goal is to develop scalable engineering solutions that enable industries to transition to more sustainable, circular systems.