○ Acquire the ability to implement application development equipped with creative and practical skills across interdisciplinary○ Acquire advanced communication skills which can be used in various situations related to material and environmental chemistry.engineering related problems in the 21st century and contribute to the creation of a sustainable and prosperous community.○ Acquire proactive initiative to utilize expert knowledge of material and environmental chemistry to the development of highfunctional ingredients and environmental conservation technology.fields from material chemistry as well as life chemistry viewpoints.Chemistry, Chemical System Engineering, Material ProcessingEngineering, Molecular Physiological Chemistry, InterfacialChemistry, Food ScienceChemistry of Functional Molecules and Materials,Material and Environmental EngineeringChemistry, Chemical System Engineering, MaterialProcessing Engineering, Molecular PhysiologicalChemistry, Interfacial Chemistry, Food ScienceManufacturing Technology Engineering, Advanced PrecisionMachining, Metal Forming Engineering, Dynamical systems theory,Stochastic Systems Theory, Robot Technology, Intelligent Robotics,Geometrical Mathematics for Mechanical Engineering, Geometryof Nonlinear PhenomenaⅠ・ⅡChemistry related (material, energy, pharmaceutical, food, environment, etc.), Automobile related industry, Electrical machinery, Information community, Civil-service employee, continue to graduate school (doctor’s course), etc.Human resources who acquire advanced knowledge and engineering of life chemistry equipped with the practical ability to deal with in macro and micro views and can contribute to create sustainable and prosperous community.Food related company, pharmaceutical related company, Civil-service employee, continue to graduate school (doctor’s course), etc.Human resources who acquire advanced knowledge and engineering of intelligent mechanicals equipped with the ability as an international researcher/engineer and can contribute to create sustainable and prosperous community.Transportation machine such as automobile, aircraft, railway, Agricultural machinery, Field machinery such as construction machinery, Robot, Medical and healthcare device, Micro-Nano-technology application machinery, Machine/precision machine/general electronic product, Machine element parts, Electronic parts, Research and development on chemical engineering products and food processing, Design/manufacturing, continue to doctor's course, Civil-service employee, Teacher, etc.and Agricultureand Agricultureresponsiveness which are widely associated with biological resources, and involvement with living organism.○ Acquire the ability to deal with application development with interdisciplinary creative and practical skills from a life chemistryand chemistry engineering viewpoints.○ Acquire advanced communication skills that can be used in various scenes related to agricultural biological chemistry.and Agricultureinterdisciplinary fields with electronic/control, etc.○ Acquire the ability to practice manufacturing based on problem solution.○ Acquire advanced communication skills that can be used in various scenes related to mechanical and intelligent engineering.Division of EngineeringInterdisciplinary Specialty Course ： Biodesign and Bioprocessing, Environmental AnalyticalProgram Specialized Course ： Elements of Physical Chemistry, Molecular Structure Chemistry,Division of EngineeringInterdisciplinary Specialty Course ： Biodesign and Bioprocessing, Environmental AnalyticalProgram Specialized Course ： The Frontier of Agricultural Biological Chemistry, Chemistry ofPhysiologically Active Substances, Nutritional and PhysiologicalChemistry, Plant Functional Chemistry, Science and TechnologyRelated to Our LifeDivision of EngineeringInterdisciplinary Specialty Course ： Microstructural Characterization of Materials, BiomechanicalEngineering, Micro-Nano Engineering, Mechatronics Control Program Specialized Course ： Experimental Fluid Dynamics, Materials and Joining Engineering, MaincoursetitleMaincoursetitleMaincoursetitleFuture pathFuture pathFuture pathHuman resources who acquire advanced knowledge and engineering of material chemistry with the ability to utilize it in various scenes and can contribute to create sustainableand prosperous community.Our target in educationOur target in educationOur target in educationDegree:Master of AgricultureDegree:Master of EngineeringDegree:Master of EngineeringDevelop creative chemical field exceeding a framework ofEngineering and Agriculture■Diploma Policies (Policies on academic degree conferment)○ Acquire advanced knowledge and engineering of material chemistry and engineering in order to resolve various chemicalContribute to the sustainable development usingmicrobiology and food expertise.■Diploma Policies (Policies on academic degree conferment)○Acquire advanced knowledge and engineering of life chemistry and agriculture in order to resolve agricultural biological chemistry related problems in the 21st century and contribute to the creation of a sustainable and prosperous community.○ Acquire knowledge and experimental approach/engineering related to functionality based on compound structure andPursue the possibility of mechanical and intelligentengineering required in a new eta.■Diploma Policies (Policies on academic degree conferment)○ Acquire advanced knowledge and engineering of mechanical and intelligent engineering in order to resolve mechanical and intelligent engineering related problems in the 21st century and contribute to the creation of a sustainable and prosperous community.○ Acquire the ability to practice technology elevation and machine intelligence that utilize engineering in multiple fields acrossGraduate Program in Material and Environmental ChemistryGraduate Program in Agricultural Biological ChemistryGraduate Program in Mechanical and Intelligent Engineering15
元のページ ../index.html#15