Creative Science and EngineeringⅠ FeaturesⅡ History and ProfileⅢ RequirementsAdvanced Science and EngineeringFundamental Science and EngineeringCONTENTSRecommended courses (common)Advanced Inorganic ChemistryAdvanced Organic Chemistry AAdvanced Organic Chemistry BAdvanced Physical Chemistry AAdvanced Physical Chemistry BAdvanced Chemical Engineering AAdvanced Chemical Engineering BAdvanced BiochemistryAssessment and Design of Chemical Technologies IAssessment and Design of Chemical Technologies IIThere are no recommended courses.Core Courses / Recommended CoursesWhen core courses and recommended courses are provided by each research area of your Core coursesAdvanced Inorganic Chemistryfunctional substances, it has become an important challenge to develop efficient organic synthesis methods as well as rational designs of these substances. Aiming at the creation of new functional substances and their efficient synthesis, in Synthetic Organic Chemistry, we search for an organic synthesis route, establish new synthesis reaction systems, develop reagents, and perform total synthesis and molecular design of biologically active substances. Through the synthesis of biologically active substances including saccharides, steroid hormones, antibiotics, and enzyme inhibitors, the development of organometallic reagents, and studies and seminars on asymmetric synthesis reactions, etc., students can gain knowledge as a researcher of organic synthetic chemistry while acquiring the latest technologies and theories of organic synthetic chemistry.◆ Materials Design EngineeringGravity, elastic force, frictional force, etc. are used when making things with human hands. On the other hand, chemical bonding force, intermolecular force, field force, etc. are used when chemically “making things”. For example, when reactants A and B are combined, we cannot attach them directly by our hands, but we adjust the balance of chemical interactions and field forces between the reactants and their environment surrounding to achieve this. This is a challenge to control the electronic balance among the reaction field, which requires a comprehensive understanding of chemistry. In order to reduce the burden on the global environment caused by human production activities, it is urgently necessary to reduce waste solvents and save energy. In this division, we aim to build more precisely controlled chemical reaction systems (rather than simply mixing reactants and heating them), which is earth-friendly.department, take courses in accordance with the specified method.Common to all categories for the Applied Chemistry majorThere are no recommended courses.Inorganic Synthetic Chemistry135135
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