Lecture
Undergraduate
This course addresses organic compounds as well as their properties and synthesis processes. It covers the basic concepts of organic chemistry to develop organic/inorganic/composite materials
This course studies the fundamental concepts of polymer structures and manufacturing process. It covers polymerization mechanisms such as radical, ion, coordinate, and polymerization kinetics. The course also addresses recent technololgies of polymerization.
This course introduces the basic research areas on Biomedical Materials, which has been extensively investigated Biotechnology(BT) field along with NT and IT. Introduction to Biology and Biochemistry will be covered at first in order to help students to understand the following bio-related materials. Biomedical polymers, ceramics and metals will be discussed and application of those materials to the medical field will be focused. This course will offer new biomedical concepts on materials science and engineering and open a new avenue for the students toward BT and related IT/NT fields.
Graduate
In the modern society, development of advanced materials materials is now highlighted because the material industry more or less decides growth speed of the nation, not only contributing to the national economic power but also constructing well-being and ubiquitous societies, In this lecture, CEO (Chief Executive Officer) and CTO (Chief Technical Officer), and some experts from materials industry are invited to give lectures and discuss with graduate students regarding information about so called high-tech materials
This course deals with the current status of bio and integrated materials through the small size of group discussion. The suggested specific topics are chosen from the various state-of-the-art research activities in the area of bio and integrated materials including photo-synthesis, implantation and hybrid materials