The Faculty of Science contributes to the sound development of society through education and research in the fields of natural science and mathematical science. Accordingly, the Faculty has four departments (Applied Mathematics, Applied Physics, Chemistry, and Earth System Science) and two institutes (Social Mathematics Information Technology Institute and Nanoscience Institute), providing graduates with knowledge of facts and theory for a solid understanding of natural phenomena and mathematics. The goal is to produce graduates who have logical, creative minds, broad perspectives, and social skills applicable on the regional and global levels, and who can leverage logic, analysis, and creativity to utilize their knowledge from multiple perspectives.
Introduction of Department
Applied Mathematics
The Department of Applied Mathematics offers a selection of courses designed to efficiently instill the skills needed to identify the core of mathematical problems. These courses include academic guidance in small groups. To ensure that students can handle computers and information, they also study information-related subjects, gaining the abilities needed to identify problems and develop solutions.
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Applied Physics
Born out of essentially simple questions about familiar phenomena, physics reveals the fundamental principles of the Universe. In this age of rapid progress and radical change, the Department of Applied Physics sees its mission as cultivating students’ logic and problem-solving capabilities as well as their practical knowledge and technical skills.
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Chemistry
Students learn about a diverse range of revolutionary new materials, chemicals andother substances. The curriculum has been designed to allow students to study basic theory and experiment in a parallel fashion, helping them to experience the excitement of chemistry and discover its diversity and depth.
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Earth System Science
In the Earth System Science program, students investigate various phenomena occurring in the atmosphere, hydrosphere, lithosphere and biosphere of the earth, and explore their mechanisms and interactions from systematic and historical perspectives.
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Introduction of INSTITUTE
Social Mathematics Information Technology Institute
Modern society is composed of a multitude of systems, and specialists who understand and can effectively use these complex systems are in demand. Students learn to express these social systems using mathematical models, thereby clarifying the fundamental principles involved and learning how to adapt them to the changing world for utilization in a wide range of applications.
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Nanoscience Institute
Modern industry looks to science and technology to create nanomaterials with powerful new functions, by controlling atoms and molecules. The curriculum combines chemistry and physics, providing students with the ability to perform the full sequence of tasks from nanomaterial synthesis to analysis and evaluation.
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