Chemical engineering expert, Taofeek Tejuosho, has emphasised the pivotal role computational science plays in accelerating materials research.

Speaking at a media parley, he advocated for the strategic integration of computational methods to drive industrialisation in developing nations and enhance global competitiveness in developed countries.

Currently a doctoral researcher at the University of Florida, Tejuosho, is leading pioneering work in the computational design of polymer materials, materials that are foundational to both everyday products and advanced technologies. His research focuses on translating fundamental molecular insights into practical applications, including food and medical packaging, aerospace infrastructure, and lightweight components for electric vehicles.

“Polymer materials have a vast design space,” he explained. “One of the cost-effective ways to design and develop them is not by changing the chemistry but by tuning the molecular parameters that dictate their properties.”

Through his work at the university’s Sampath Research Laboratory, Tejuosho has produced significant findings, including a recent study titled “Influence of Dispersity on the Relaxation of Entangled Polymers from Molecular Dynamics Simulations,” which is currently under review. In this study, he uncovered how molecular characteristics influence the behavior of polymers, insights that could greatly enhance the efficiency of industrial material design.

His work has garnered recognition both in academia and industry, with publications in high-impact journals and presentations at prestigious international conferences. His computational simulations have provided a deeper understanding of polymer behavior at the molecular level, bridging the gap between theoretical research and scalable manufacturing.

Beyond academia, Tejuosho has applied his expertise at DOW Chemical Company, one of the world’s largest materials science firms. There, he contributed to the development of high-performance polymer technologies used in food and medical packaging, among other applications. His work incorporates advanced digital tools, including artificial intelligence (AI), machine learning (ML), and high-throughput testing methods to accelerate innovation in polymer design.

At professional platforms such as the American Physical Society (APS) and the American Institute of Chemical Engineers (AIChE), Tejuosho consistently underscores the importance of embedding digital tools into the polymer development pipeline. His multidisciplinary approach aims to meet the growing demand for high-performance, sustainable materials across sectors.

Tejuosho is also an advocate for science education and outreach. He mentors aspiring scientists through programs like Women in Chemical Engineering and the Student Science Training Program at the University of Florida. “It is imperative to equip individuals with the knowledge and tools necessary to make informed career decisions in materials science and to recognise its importance in the 21st century,” he noted.