総合理工学

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●先進機能繊維材料の開発、繊維製品の高付加価値化加工技術、スポーツ関連製品や工業製品の自動計測?評価技術などについての188bet体育_188bet备用网址●快適性評価、個人対応技術の開発、感性を基盤とした材料188bet体育_188bet备用网址など、感性価値を創造するための188bet体育_188bet备用网址●限りなくヒトに近い機能とヒトを超える性能をもつ機械の創造●資源?エネルギー?環境問題の解決に役立つ材料及びその性質、製造法、利用法の188bet体育_188bet备用网址●医用機能材料分野、高性能?高機能高分子材料分野、電子?エネルギー機能材料分野の188bet体育_188bet备用网址●原子?分子をあやつるという化学本来の特徴を最大限に活かしながら新しい有用な化学物質やナノ物質を創製し物性を調べる188bet体育_188bet备用网址●ES細胞やiPS細胞を用いた分化制御機構や再生医療に関する188bet体育_188bet备用网址●DNAの分子生物学から環境?生態系までを網羅する分野、ならびに植物工場の188bet体育_188bet备用网址■188bet体育_188bet备用网址分野科学技術と環境保全との調和に関心をもち、学際的技術の188bet体育_188bet备用网址開発や国際化に対応できる高度な技術者、及び、衣?食?住の要である“繊維”に根ざした先進的な科学技術を背景として、新しい文化の創造と高度な科学技術時代に対応できる国際的で高度な技術者を育成する。■教育の特色［ 食品生命科学分野 ］健康長寿社会及び持続可能な社会を実現するために、生命現象の分子レベルでの解明や有用な生物機能の探索、さらには、疾病予防に有効な食資源の機能解析や機能性食品の開発?創製に取り組んでいる。［ 生物資源科学分野 ］食料生産の基礎となる動?植物資源と生産環境について生態学的、生理学的、組織?細胞学的観点から解明を進め、信州の豊かな自然環境のもとでフィールドワークとラボワークの両面から188bet体育_188bet备用网址を行っている。［ 環境共生学分野 ］樹木の遺伝子?生理から、森林?山岳域の生態系、土壌?水と気象、森林のある田園?都市まで、森林に関するミクロ／マクロな調査をし、その保全と持続可能な経営?利用をグローバルに188bet体育_188bet备用网址する。［ 先端生命科学分野 ］農学及び周辺学際領域を視野にいれ、動物?植物?微生物?菌類資源の開発、分子構造解析と構造活性相関、ゲノムの発現と機能解析等、生命科学分野における最先端の教育188bet体育_188bet备用网址を行っている。■188bet体育_188bet备用网址分野豊かな人間社会構築のため、農学を基盤とする最先端の生命科学、食品科学、環境科学の教育?188bet体育_188bet备用网址を行っている。また、医学?工学?理学分野との学際領域を視野に入れた教育?188bet体育_188bet备用网址を通じて、幅広い基礎学力、実践的技術力と188bet体育_188bet备用网址開発能力を備えた高度専門技術者を養成し、農学イノベーション創出に資する人材を育成する。■教育の特色精密酪農管理のための牛群調査Investigation of herd management for precision dairy farming山岳から都市の森林と環境に関する空間的時間的に幅広いスケールの188bet体育_188bet备用网址を行います。Our department addresses environmental issues. Spatial and temporal research on natural environment from the mountains area to urban area.着心地を計測する実験Experiment to measure wearer comfort導電性を持つ布で心拍を測るMeasuring heart rate using electrically conductive fabric「繊維学専攻」の詳細はこちらMore information on the Department of Textile Science and Technology:http://www.shinshu-u.ac.jp/graduate/scienceandtechnology/textiles/「農学専攻」の詳細はこちらMore information on the Department of Agriculture:http://www.shinshu-u.ac.jp/graduate/scienceandtechnology/agriculture/Research Fields●Research related to the development of advanced-functionality textile materials, processing technologies that add high value to textile products, automated measuring and evaluation technologies for sporting goods and industrial products, etc.●Research to add aesthetic/emotional (kansei) value, including comfort assessment methods, development of individual-user-responsive technologies, material research rooted in the kansei concept, etc.●Production of machines and devices that possess near-human functionality as well as those whose performance exceed human capabilities●Research on materials that help solve problems related to resources, energy and the environment, as well as those materials' properties, production methods and usage methods●Research in the fields of medical-function materials, high-performance and -functioning polymeric materials, and electronic- and energy-related materials●Production of new and highly useful chemical substances, nano-scale substances and so forth that make full use chemical properties through atom and molecule manipulation?some of the most basic functions of chemistry?as well as research on relevant properties●Research on differential regulation mechanisms, regenerative medicine and so forth that make use of embryonic stem cells (ES cells), induced pluripotent stem cells (iPS cells), etc.●Research in a wide range of elds encompassing everything from DNA-related molecular biology to environments and ecosystems, as well as plant factory researchResearch FieldsIntegrated Bioscience DivisionIncorporating agriculture and related elds, our cutting-edge education and research eorts encompass animal, plant, microorganism and fungus resource development; molecular structure analysis and structure-activity relationships; genome occurrence and functionality analysis; and areas in the life science eld.Food Science and Biotechnology DivisionWith the goals of extending healthy lifespans and realizing sustainable societies, we seek to explain phenomena of life at the molecular level, search out useful biological functions, and analyze food-resource functions and develop and produce functional food products to find eective ways of preventing diseases.Bioresource Science DivisionOur research, which includes both eld and laboratory work, leverages the abundant natural blessings of the Shinshu region to learn more about the animal and plant resources that form the foundations of food production, and also more about food production environments. This research is carried out from ecological, physiological, histological and cytological standpoints.Environmental Symbiosis Science DivisionOur division carries out both microscopic- and macroscopic-scale surveys on forests in places ranging from the mountains to urban centers. Our eorts cover everything from tree genetics and physiology to forest- and mountain-region ecosystems and soil and water phenomena, and we conduct global-scale research with an eye toward preservation of these areas and the realization of their sustainable management and use.繊維学専攻Department of Textile Science and Technology■ 先進繊維?感性工学分野■ 機械?ロボット学分野■ 化学?材料分野■ 応用生物科学分野?Advanced Textile and Kansei Engineering Division?Mechanical Engineering and Robotics Division?Chemistry and Materials Division?Applied Biology Division農学専攻Department of Agriculture■ 先端生命科学分野■ 食品生命科学分野■ 生物資源科学分野■ 環境共生学分野?Integrated Bioscience Division?Food Science and Biotechnology Division?Bioresource Science Division?Environmental Symbiosis Science Division