Creative Science and EngineeringⅠ FeaturesⅡ History and ProfileⅢ RequirementsFundamental Science and EngineeringAdvanced Science and EngineeringCONTENTSfunctional development of useful filamentous bacteria (fungi), (3) search of microbial enzymes for the synthesis of a useful carbohydrate and glycoside and solution of their properties, (4) alteration of enzyme functions and metabolism using genetic engineering, (5) applied development of green biotechnologies, and (6) search and functional development of microorganisms available for biomass conversion and environmental cleanup.◆ Applied Physical ChemistryPhysical chemistry includes the basic areas in chemistry such as thermodynamics, chemical equilibrium, reaction kinetics, quantum chemistry, and electrochemistry, and is an essential field for students in chemistry. In this research area, in particular, we develop studies focusing on electrochemistry and surface chemistry in physical chemistry as the backbones. Under the basic principle of “creating new processes and technology areas,” the study theme of this research area is to create new materials and, while evaluating their functions, further create advanced functional materials. For that, students systematically learn the basic theories of physical chemistry, putting emphasis on the electrochemical process, and develop their ability to do research and development. In particular, in consideration of applications to the electronics field which requires a lot of advanced thin-film materials, by developing studies to cover the creation of thin films, analysis of functional characteristics, creation of various devices using these thin films, and evaluation of their characteristics, we develop researchers and engineers who can play an active role in the broad field of functional materials.◆ Chemical EngineeringWith the sophistication of the chemical industry and its related industries, process compositions have become extremely complicated and composition equipment and operating conditions have increased in variety. From an engineering point of view, which is different from the conventional and laboratory ways of thinking, methods of basic studies and R&Ds, the theory of process composition, and design methods of equipment and operations aiming at industrialization have become indispensable. In Chemical Engineering, we aim to develop and establish plans for processes consisting of the basic theory of the above-mentioned equipment and operation design and groups of equipment, new production processes based on the design theory, and process systems.This research area is composed of following three fields: (1) research on separation process engineering based on transport phenomena, diffusion operations, biomedical engineering, and environmental chemical engineering; (2) research on practical production processes for carbon and other nanomaterials, their energy applications, and environmental impact assessment; and (3) research on hydrogen storage materials and processes for hydrogen energy utilization. ◆ Synthetic Organic ChemistryCreation of useful materials is the basis for the development of science and technology. For the creation of organic compounds with specific functions including biologically active substances and 134134
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