Creative Science and EngineeringⅠ FeaturesⅡ History and ProfileⅢ RequirementsFundamental Science and EngineeringAdvanced Science and EngineeringCONTENTSIn Department of Applied Chemistry, we aim for “practical applications of theories” which is one of our foundational spirits by developing practical chemistry to realize environment-friendly transformation of energy and materials while integrating interdisciplinary fields based on chemistry. In the master’s program, through education and studies in research and development of the advanced chemical fields in response to deepened and refined specialized fields, students are educated with research abilities (planning, implementation, evaluation) putting emphasis on practical sciences and engineering. Students are also supposed to develop broad knowledge and practical skills by taking courses which strengthen their basic scholastic ability, deal with profound fields of study, and provide high-level literacy including technologist ethics. In the doctoral program, through the world-class study activities, students will become professional researchers who have the ability to plan original and creative research projects, possess leadership qualities, and can develop practical chemistry as solutions for sustainable society.Inorganic chemistry is a field of study that attempts to clarify the structure and characteristics of simple bodies, and compounds of an extremely wide variety of elements and natural and artificial minerals, etc. are studied as inorganic solid-state chemistry. Due to the importance of the development of new materials in the current innovation of science and technology, practical applications and development of various inorganic materials based on inorganic chemistry are conducted. In particular, the importance of material synthesis by chemical routes has been widely recognized in recent years, and studies are conducted on the development of synthesis techniques by making use of the knowledge of inorganic chemistry and suggestions for new materials in the field of applied chemistry.In Inorganic Synthetic Chemistry, based on inorganic solid-state chemistry, inorganic synthesis chemistry, students comprehensively learn the synthesis, structure, and properties of inorganic compounds and understand recent study trends through the latest literature by seminar courses. Furthermore, by taking up state-of-the-art inorganic materials, we consistently carry out establishment of synthesis methods, analysis of the structure, and evaluation of the properties to develop each person’s ability to promote research.◆ Polymer ChemistryPolymers are an important substance group supporting social life and advanced technologies along with metals and ceramics. Since polymers are macromolecules, it is possible to discover various new functions related to electronics, biotechnology, etc. depending on the chemical structure and sequence of units, combination methods and the degree of polymerization, and the assembly and Summary of Each Research Area◆ Inorganic Synthetic Chemistry132132Department of Applied Chemistry
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