Curriculum
| Course Number | Summary | English |
|---|---|---|
| PAM701 | Biomaterials Engineering | |
| This course covers general understanding on the importance, commercial utilization and potentiality of biomaterials, and basic science on the physical and chemical characteristics of biomaterials. | ||
| PAM702 | Topics in Biaomass New Material | |
| This course provides basic and applied knowledge on the various physical, chemical and biological treatments of natural biopolymers for developing new biomass materials. | ||
| PAM703 | Functional Biomaterials | |
| This course covers basic and applied science on the functionally new materials developed by the physical, chemical and biological treatments of environmentally friendly biomaterials. | ||
| PAM705 | Topics in Cellulose Science | |
| This course provides basic knowledge on the structure, physical and chemical properties of cellulose which is the most abundant polysaccharide on earth. | ||
| PAM706 | Topics in Plant Biopolymer Science | |
| This course covers general understanding on the structure, physical properties and chemical reactions of polysaccharides, that are a great quantity of organic sources produced by plants, for developing new functional materials. | ||
| PAM707 | Seminar 1 in Biomass New Materials | |
| Students learn the newest research trends on biomass new materials from research papers. | ||
| PAM708 | Seminar 2 in Biomass New Materials | |
|
Students learn the newest research trends on biomass new materials from research papers. |
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| PAM7100 | Special topics in Advanced materials convergengy technology | |
| This course aims to impart knowledge of bioplastics as part of a circular economy that recognises and addresses the seriousness of plastic pollution in the post-COVID-19 era. | ||
| PAM7101 | Sustainable advanced composite materials | |
| This course aims to impart knowledge on the research and application of new eco-friendly materials through composites with nanocellulose, carbon fiber and other materials of recent interest and eco-friendly plastics. | ||
| PAM712 | Nanochemical Engineering | |
| This course provides the newest nanomaterials, processings and their applications such as the synthesis of nanomaterials, their behaviors including self-assembly, and the applications in energy and environmetal fields. | ||
| PAM731 | Nano advanced Materials Engineering | |
| Functional nanostructured materials are of great interest in the medicine, biology and biotechnology. The goal of this course is to introduce concepts most important for design, fabrication and application of advanced nanomaterials based on nanoscience and material engineering. Considering the interdisciplinary nature of the subject, principles of nanoscience, polymer science, surface science, and, materials science will be integrated into the course. In particular, this subject will cover bioactive, conductive, and fluorescent nanomaterials which have been widely employed for a variety of applications. | ||
| PAM742 | SeminarⅠ in Biomaterials Science | |
| This course provides the newest research trends on biomaterials science from research papers | ||
| PAM743 | Seminar Ⅱ in Biomaterials Science | |
| This course provides the newest research trends on biomaterials science from research papers | ||
| PAM744 | Plant Nanotechnology | |
| This course covers applications of nanotechnology in plant sciences. Main themes are 1) development of growth stimulatory nanomaterials on plants, 2) Utilization of nanotechnology in plant biotechnology, 3) plant mimicry by nanotechnology. | ||
| PAM747 | Seminar 1 in Nano-Bio Engineering | |
| This course provides the newest research contents and the specific experimantal process on nanobio engineering fields. | ||
| PAM748 | Seminar 2 in Nano-Bio Engineering | |
| This course provides the newest research contents and the specific experimental processes on nanobio engineering fields. | ||
| PAM750 | Design and Analysis of Advanced Composite Materials 1 | |
| This course teaches design and analysis methods and contesnts of high-tech complex materials based on natural polymers. | ||
| PAM751 | Advanced Biomaterialx Science 1 | |
| This course provides the newest research trends on biomaterials science from research papers. | ||
| PAM752 | Advanced Biomaterials Sciences 2 | |
| This course provides the newest research trends on biomaterials science from research papers. | ||
| PAM753 | Design and Analysis of Advanced Composite Materials 2 | |
| This course teaches design and analysis methods and contesnts of high-tech complex materials based on natural polymers. | ||
| PAM754 | Special topics in energy materials | |
| The course studies advanced materials for energy conversion and storage. | ||
| PAM755 | Special topics in electrochemistry | |
| This course aims to learn interdisciplinary knowledge by learning electrochemistry and its applications. | ||
| PAM799 | Design and Analysis of Experiments | |
| Cutting edge technology for plant molecular biology will be applied to experimental design and analysis especially in woody biomass functional development. |