knowledge and engineering of material chemistry and engineering in order to resolve various chemical engineering related problems in the 21st century and contribute to the creation of a sustainable and prosperous community.■物質環境化学の専門知識を高機能性成分開発や環境保全技術に活用できる主体的な行動力 Acquire proactive initiative to utilize expert knowledge of material and environmental chemistry to the development of high functional ingredients and environmental conservation technology.■物質化学に加え生命化学的な視座を持った分野横断的な創造的実践力をもって応用開発に取り組むことのできる能力Acquire the ability to implement application development equipped with creative and practical skills across interdisciplinary fields from material chemistry as well as life chemistry viewpoints.■物質環境化学に関する多様な場面で実践できる高度なコミュニケーション能力 Acquire advanced communication skills which can be used in various situations related to material and environmental chemistry.主な開講科目Main Specialized Courseknowledge 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.■生物資源に広く関連した化合物の構造と反応性や，生物との関わりを中心とした機能性に関する知識や実験手法・技術 Acquire knowledge and experimental approach/engineering related to functionality based on compound structure and responsiveness which are widely associated with biological resources, and involvement with living organism.■生命化学に加え化学工学的な視座を持った分野横断的な創造的実践力をもって応用開発に取り組むことのできる能力 Acquire the ability to deal with application development with interdisciplinary creative and practical skills from a life chemistry and chemistry engineering viewpoints.■農芸化学に関する多様な場面で実践できる高度なコミュニケーション能力 Acquire advanced communication skills that can be used in various scenes related to agricultural biological chemistry.主な開講科目Main Specialized Courseknowledge 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.■電子・制御等との分野横断から，複数分野の技術を活用した技術の高度化，機械の知能化を実践する能力 Acquire the ability to practice technology elevation and machine intelligence that utilize engineering in multiple fields across interdisciplinary fields with electronic/control, etc.■課題解決に即したものづくりが実践できる能力 Acquire the ability to practice manufacturing based on problem solution.■機械知能工学に関する多様な場面で実践できる高度なコミュニケーション能力 Acquire advanced communication skills that can be used in various scenes related to mechanical and intelligent engineering.学位名称Degree学位名称Degree学位名称DegreeJPJPENENENJP修士（工学）Master of Engineering修士（農学）Master of Agriculture修士（工学）Master of Engineering07Check the website for detailsCheck the website for detailsCheck the website for detailsMaterial and Environmental ChemistryAgricultural Biological ChemistryMechanical and Intelligent Engineering 物理化学要論，分子構造化学，分子機能化学，物質・環境工学物理化学要論，分子構造化学，分子機能化学，物質・環境工学物理化学要論，分子構造化学，分子機能化学，物質・環境工学物理化学要論，分子構造化学，分子機能化学，物質・環境工学物理化学要論，分子構造化学，分子機能化学，物質・環境工学物理化学要論，分子構造化学，分子機能化学，物質・環境工学物理化学要論，分子構造化学，分子機能化学，物質・環境工学物理化学要論，分子構造化学，分子機能化学，物質・環境工学物理化学要論，分子構造化学，分子機能化学，物質・環境工学物理化学要論，分子構造化学，分子機能化学，物質・環境工学物理化学要論，分子構造化学，分子機能化学，物質・環境工学Elements of Physical Chemistry, Molecular Structure Chemistry，Elements of Physical Chemistry, Molecular Structure Chemistry，Elements of Physical Chemistry, Molecular Structure Chemistry，Elements of Physical Chemistry, Molecular Structure Chemistry，Elements of Physical Chemistry, Molecular Structure Chemistry，Elements of Physical Chemistry, Molecular Structure Chemistry，Chemistry of Functional Molecules and Materials, Material and Environmental EngineeringChemistry of Functional Molecules and Materials, Material and Environmental EngineeringChemistry of Functional Molecules and Materials, Material and Environmental EngineeringChemistry of Functional Molecules and Materials, Material and Environmental EngineeringChemistry of Functional Molecules and Materials, Material and Environmental EngineeringChemistry of Functional Molecules and Materials, Material and Environmental EngineeringChemistry of Functional Molecules and Materials, Material and Environmental EngineeringJP: https://www.utsunomiya-u.ac.jp/grdc/agricultural/material_environmental_chemistry.htmlEN: https://www.utsunomiya-u.ac.jp/grdc/en/agricultural/material_environmental_chemistry.html 詳細はWEBサイトへフロンティア農芸化学，生理活性物質化学，栄養生理化学，植物機能化学フロンティア農芸化学，生理活性物質化学，栄養生理化学，植物機能化学フロンティア農芸化学，生理活性物質化学，栄養生理化学，植物機能化学フロンティア農芸化学，生理活性物質化学，栄養生理化学，植物機能化学フロンティア農芸化学，生理活性物質化学，栄養生理化学，植物機能化学フロンティア農芸化学，生理活性物質化学，栄養生理化学，植物機能化学フロンティア農芸化学，生理活性物質化学，栄養生理化学，植物機能化学フロンティア農芸化学，生理活性物質化学，栄養生理化学，植物機能化学フロンティア農芸化学，生理活性物質化学，栄養生理化学，植物機能化学フロンティア農芸化学，生理活性物質化学，栄養生理化学，植物機能化学フロンティア農芸化学，生理活性物質化学，栄養生理化学，植物機能化学フロンティア農芸化学，生理活性物質化学，栄養生理化学，植物機能化学The Frontier of Agricultural Biological Chemistry, Chemistry of Physiologically Active Substances,The Frontier of Agricultural Biological Chemistry, Chemistry of Physiologically Active Substances,The Frontier of Agricultural Biological Chemistry, Chemistry of Physiologically Active Substances,The Frontier of Agricultural Biological Chemistry, Chemistry of Physiologically Active Substances,The Frontier of Agricultural Biological Chemistry, Chemistry of Physiologically Active Substances,The Frontier of Agricultural Biological Chemistry, Chemistry of Physiologically Active Substances,The Frontier of Agricultural Biological Chemistry, Chemistry of Physiologically Active Substances,Nutritional and Physiological Chemistry, Plant Functional ChemistryNutritional and Physiological Chemistry, Plant Functional ChemistryNutritional and Physiological Chemistry, Plant Functional ChemistryNutritional and Physiological Chemistry, Plant Functional ChemistryNutritional and Physiological Chemistry, Plant Functional ChemistryNutritional and Physiological Chemistry, Plant Functional ChemistryNutritional and Physiological Chemistry, Plant Functional Chemistry詳細はWEBサイトへJP: https://www.utsunomiya-u.ac.jp/grdc/agricultural/agricultural_chemistry.htmlEN: https://www.utsunomiya-u.ac.jp/grdc/en/agricultural/agricultural_chemistry.html 実験流体力学，生産技術工学，力学系理論，知能ロボット実験流体力学，生産技術工学，力学系理論，知能ロボット実験流体力学，生産技術工学，力学系理論，知能ロボット実験流体力学，生産技術工学，力学系理論，知能ロボット実験流体力学，生産技術工学，力学系理論，知能ロボット実験流体力学，生産技術工学，力学系理論，知能ロボット実験流体力学，生産技術工学，力学系理論，知能ロボット実験流体力学，生産技術工学，力学系理論，知能ロボット実験流体力学，生産技術工学，力学系理論，知能ロボット実験流体力学，生産技術工学，力学系理論，知能ロボット実験流体力学，生産技術工学，力学系理論，知能ロボット実験流体力学，生産技術工学，力学系理論，知能ロボットExperimental Fluid Dynamics, Manufacturing Technology Engineering, Experimental Fluid Dynamics, Manufacturing Technology Engineering, Experimental Fluid Dynamics, Manufacturing Technology Engineering, Experimental Fluid Dynamics, Manufacturing Technology Engineering, Experimental Fluid Dynamics, Manufacturing Technology Engineering, Experimental Fluid Dynamics, Manufacturing Technology Engineering, Dynamical systems theory, Intelligent RoboticsDynamical systems theory, Intelligent RoboticsDynamical systems theory, Intelligent RoboticsDynamical systems theory, Intelligent RoboticsDynamical systems theory, Intelligent RoboticsDynamical systems theory, Intelligent RoboticsDynamical systems theory, Intelligent Robotics主な開講科目Main Specialized Course詳細はWEBサイトへJP: https://www.utsunomiya-u.ac.jp/grdc/agricultural/machine_intelligence_engineering.html EN: https://www.utsunomiya-u.ac.jp/grdc/en/agricultural/machine_intelligence_engineering.html 物質環境化学プログラムGraduate Program in 工学・農学の枠を超えた創造的な化学領域を開拓します工学・農学の枠を超えた創造的な化学領域を開拓しますPioneering creative chemistry fields which transcend the boundaries of engineering and agriculturePioneering creative chemistry fields which transcend the boundaries of engineering and agriculture修得できる能力(DP) Diploma Policies■21世紀の化学技術に関する諸問題を解決し，持続可能な豊かな地域社会の創生に貢献するために，物質化学や工学の高度な知識と技術Acquire advanced 農芸化学プログラムGraduate Program in 微生物と食の専門性を活用し持続可能な開発に貢献します微生物と食の専門性を活用し持続可能な開発に貢献しますContributing to sustainable development by leveraging expertise in microbiology and foodContributing to sustainable development by leveraging expertise in microbiology and food修得できる能力(DP) Diploma Policies■21世紀の農芸化学に関する諸問題を解決し，持続可能な豊かな地域社会の創生に貢献するために，生命化学や農学の高度な知識と技術 Acquire advanced 機械知能工学プログラムGraduate Program in 新たな時代で必要とされる知能機械の可能性を追求します新たな時代で必要とされる知能機械の可能性を追求しますPursuing the possibilities of intelligent machines needed in the new eraPursuing the possibilities of intelligent machines needed in the new era修得できる能力(DP) Diploma Policies■21世紀の機械知能工学に関する諸問題を解決し，持続可能な豊かな地域社会の創生に貢献するために，機械知能工学の高度な知識・技術 Acquire advanced
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