INNOVATIONS, GOVERNANCE, AND SUSTAINABLE DEVELOPMENT IN MATERIALS SCIENCE & ENGINEERING: FUTURE METALLIC MATERIALS AND TECHNOLOGY DEVELOPMENT
2025 Volume 16
Ibrahim, U. M.,,Department of Physics BUK
*Shehu, J.,,Department of Physics BUK
Ahmed, F.,,Department of Physics BUK
Abstract:
The global race towards developing next-generation metallic materials such as high entropy alloys, lightweight composites, and smart materials is fundamentally intertwined with the imperatives of sustainable development and robust governance frameworks. While these advancements are predominantly concentrated in technologically advanced nations, their implications for sustainable industrialization, economic resilience, and environmental stewardship are universal. This paper argues that Nigeria, a nation endowed with vast mineral resources and a burgeoning youth population, cannot afford to be a passive observer in this transformative era. By examining global innovations in metallic material technology, we explore the critical intersection of research, policy, and industry. The paper highlights Nigeria's current nascent efforts and identifies significant gaps in funding, infrastructure, and strategic policy. We propose a multi-faceted roadmap for Nigeria, emphasizing the establishment of national research centers of excellence, public-private partnerships, and policy reforms designed to integrate materials science into the national development agenda. Ultimately, we contend that proactive investment and governance in this sector are not merely an academic pursuit but a strategic necessity for Nigeria's sustainable economic diversification, industrial competitiveness, and national security [1, 2]
Keyward(s): Sustainable Materials, Metallic Alloys, Technology Governance, Sustainable Development, Innovation Policy, Mineral Resources.
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