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A Nigerian chemical engineering researcher, Juwon Olowonigba, has called for a radical overhaul of the country’s engineering education, warning that the current curricula are too traditional to meet the demands of the global technological landscape.
Olowonigba, a research assistant at the Composites and Polymer Engineering (CAPE) Laboratory of South Dakota Mines in the United States, said Nigeria risks being left behind in the fast-evolving field of advanced materials science unless deliberate reforms are implemented.
Speaking in a statement titled “Nigerian Engineering Curricula Must Embrace Advanced Materials Research for Global Competitiveness”, the scholar lamented the lack of emphasis on cutting-edge domains such as smart polymers, thermally adaptive composites, and nanostructured materials in Nigerian universities.
“While we produce competent graduates in chemical, mechanical, and civil engineering, the integration of material innovation remains minimal,” he said. “Our university curricula remain too anchored in traditional frameworks.”
Olowonigba, who is currently developing polymer-based composites for insulation and heat exchange in cold-region infrastructure, said Nigeria must begin to think beyond conventional engineering disciplines if it intends to be globally competitive in the 21st century.
“This area of study sits at the frontier of materials science and sustainable engineering,” he noted. “Cold-region infrastructure in places like the United States and Northern Europe increasingly relies on advanced composites that offer corrosion resistance and thermal insulation. These are materials Nigeria can develop and export.”
He emphasized the urgent need for Nigerian universities to form strong partnerships with both local and international research institutions and industries. According to him, such collaborations will provide students with access to advanced training in functional materials design and sustainable infrastructure development.
“Our universities must collaborate more closely with research institutes and industries to incorporate training in polymer engineering,” he advised. “Investment in laboratories, faculty development, and international exchange programs will be critical in repositioning our graduates.”
The South Dakota Mines researcher also praised the foundational knowledge provided by Nigerian institutions but maintained that without modernization, graduates may remain underprepared for future demands. “I am grateful for the solid theoretical grounding I received, but there is a clear gap when it comes to innovation and application,” he said.
Olowonigba concluded with a passionate call to action: “The future of engineering lies not only in building structures, but in innovating the very materials from which they are built. Nigeria has the intellectual capital to lead in this field—if we rise to the challenge now.”
