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Mathematical Modelling of Engineering and Biological Systems for Advancing Sustainable Development Goals

组织者

舟木直久 , 彼得·科罗捷耶夫 , 李淇明 , 王雅晴 , 吴劲松

演讲者

Oluwole Daniel Makinde

时间

2026年06月10日 17:00 至 18:30

地点

A6-101

线上

Zoom 388 528 9728 (BIMSA)

摘要

Mathematical modelling of engineering and biological systems constitutes a critical instrument for advancing sustainable development goals and stimulating technological innovation. Through the development of rigorous computational representations of complex, real-world processes, it enables accurate prediction of system behaviour, optimization of performance, and the design of innovative solutions that contribute to economic growth and improved societal well-being. The inherently interdisciplinary character of mathematical modelling fosters collaboration across domains, accelerates scientific discovery, and enhances global competitiveness in research and innovation. This work examines a broad spectrum of applications, emphasizing contemporary methodologies for addressing challenges, including thermal management in engineering systems via nanofluid dynamics and the efficient control of ecological and epidemiological processes impacting both human and plant populations.