To continuously promote interdisciplinary integration and innovation in engineering and technology, the Faculty of Innovation Engineering (FIE) at Macau University of Science and Technology (MUST) continues to foster a high-level academic exchange platform and cultivate an open, diverse, and forward-looking scholarly environment. The first lecture of the 2026/2027 academic year under the FIE Distinguished Lecture Series was held on September 18, 2026.
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The lecture featured Chair Professor Li Zongjin of the Department of Engineering Science at FIE, as the keynote speaker. His presentation, entitled “Advancing Building Material Technologies Under the Guidance of Physics,” highlighted his latest research achievements and insights into emerging developments in the field of building materials science and engineering.
During the lecture, Professor Li examined how the fundamental principles of physics serve as a strong theoretical foundation for innovation in building material technologies. Beginning with the core concepts of physics as a discipline that seeks to understand the laws of nature, he explained the critical roles of electromagnetism, nuclear physics, classical mechanics, and quantum mechanics in the study of material properties and performance. He further discussed how applied physics drives the development of new materials and engineering technologies, creating a vital link between fundamental scientific research and engineering practice.
Professor Li noted that, in addressing challenges related to durability, functional integration, and sustainability in the building materials sector, a fundamental physics theory-oriented research paradigm can help overcome existing technological barriers and stimulate innovation in materials science. He emphasized that future research will focus on integrating structural performance, functional characteristics, and green, low-carbon design principles. Such efforts aim to develop next-generation building materials that combine high performance, multifunctionality, and environmental sustainability to meet the growing global demand for sustainable development and smart construction.
Chair Professor Li Zongjin delivering his lecture
The lecture covered a broad range of academic topics and generated lively discussions among participants. It not only demonstrated the vast potential of interdisciplinary collaboration between physics and building materials science, but also provided valuable opportunities for faculty members and students to exchange ideas and deepen their understanding of the latest advances in materials technology and engineering innovation.
Looking ahead, FIE will continue to organize high-level academic lectures and professional exchange activities to encourage interdisciplinary collaboration and knowledge sharing. Through these initiatives, the Faculty aims to advance engineering and technological innovation while nurturing talented professionals equipped with global perspectives, innovative thinking, and strong professional competencies.
