■最先端工学分野の基盤となる基礎知識・基礎技術を企業や自治体等において応用できる実践的能力 Successful candidates shall possess the fundamental knowledge and practice across a diverse range of contexts related to their field of specialization.詳細はWEBサイトへtechnical skills that form the basis of cutting-edge studies in engineering, and shall be able to apply the same within industrial and governmental contexts.practice in a diverse range of contexts related to their field of specialization.candidates shall possess fundamental knowledge related to social groups, spaces, and systems within communities that form diverse cultures and regions. The student shall be able to apply this knowledge within the international community, regional communities, citizen organizations, local governments, and business contexts.practice in a diverse range of contexts related to their field of specialization. 詳細はWEBサイトへ学，または，化学に関する知識・技術Successful candidates shall possess global perspectives in order to contribute to science, technology, and innovation for the Sustainable Development Goals (STI for SDGs) as well as advanced knowledge and technical skills in optical engineering, molecular agriculture, or chemistry. These are necessary to resolve 21st century problems relevant to optical engineering, life systems, food supply and the environment, as well as to contribute to the development of industry.■最先端光工学の基盤となる基礎知識・基礎技術，または，遺伝情報の解析技術や生物科学分野，化学分野の基礎技術を企業や自治体等において応用できる実践的能力 Successful candidates shall possess the fundamental knowledge and technical skills that form the basis of cutting-edge studies in optical engineering. Students should also be skilled in the application of technologies to analyze genetic information, as well as foundational skills in biochemistry and chemistry, within industrial and governmental contexts.■専門とする分野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 Successful candidates shall possess high-level communication skills, allowing them to JP: https://www.utsunomiya-u.ac.jp/grdc_d/outline/optics-and-bio.htmlEN: https://www.utsunomiya-u.ac.jp/grdc_d/en/outline/optics-and-bio.html 修得できる能力(DP) Diploma Policies■STI for SDGs に寄与するというグローバルな視野を持ち，21世紀の工学に関る諸問題を解決し，持続可能な豊かな地域社会の創生に貢献するために必要な，高度な機械，情報，電気電子，化学，建築，または，建設技術に関する工学分野の知識・技術Successful candidates shall possess global perspectives to contribute to science, technology, and innovation for the Sustainable Development Goals (STI for SDGs) as well as advanced knowledge and technical skills in mechanics, information, electronics, chemistry, architecture, and construction necessary to resolve 21st century problems relevant to engineering, and to contribute to the creation of sustainable and prosperous societies.■専門とする分野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 Successful candidates shall possess high-level communication skills allowing them to 詳細はWEBサイトへJP: https://www.utsunomiya-u.ac.jp/grdc_d/outline/advanced-engineering-systems.htmlEN: https://www.utsunomiya-u.ac.jp/grdc_d/en/outline/advanced-engineering-systems.html ■専門とする分野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 Successful candidates shall possess high-level communication skills allowing them to JP: https://www.utsunomiya-u.ac.jp/grdc_d/outline/global-and-regional-development.htmlEN: https://www.utsunomiya-u.ac.jp/grdc_d/en/outline/global-and-regional-development.html DegreeDegreeDoctor of Optical Science and EngineeringDoctor of Agriculture / Doctor of EngineeringDoctor of Arts / Doctor of EngineeringDoctor of International StudiesJPENJPENJPEN博士（工学）Doctor of EngineeringCheck the website for detailsCheck the website for detailsCheck the website for details10従来の分野にとらわれない俯瞰的視野から実践的な行動力を身に付けて，持続可能で豊かな地域社会の創生のために，それらをリードする新しい社会デザインの構築やイノベーションを創造するための人材を育成します。The Division will foster practical skills based in holistic perspectives not encompassed by conventional fields, and will produce students capable of innovation and building new social designs, leading to the creation of sustainable and prosperous regional societies.incorporates a diverse range of optical technologies as well as chemistry, linking the fields of biology and opticsincorporates a diverse range of optical technologies as well as chemistry, linking the fields of biology and opticssustainable development and prosperity in response to globalization and community building for the realization of peacesustainable development and prosperity in response to globalization and community building for the realization of peacefrom basic research to social dissemination, as well as uses and applications in living environments and coexistence with human beingsfrom basic research to social dissemination, as well as uses and applications in living environments and coexistence with human beingsオプティクスバイオデザインプログラムThe Optics and Bio Design Program学位名称博士（光工学） 博士（農学） 博士（工学）光工学と分子農学の分野を中心に，目に見えない遺伝情報と目に見える生命現象，光工学と分子農学の分野を中心に，目に見えない遺伝情報と目に見える生命現象，すなわちビッグデータである遺伝子の解析と農業現場での応用が結びつくような生物科学と，すなわちビッグデータである遺伝子の解析と農業現場での応用が結びつくような生物科学と，多様な観点からの光工学技術，そして生物学と光学を結ぶ化学の分野を融合したプログラム多様な観点からの光工学技術，そして生物学と光学を結ぶ化学の分野を融合したプログラムThe Optics and Bio Design Program encompasses the fields of optical engineering and molecular agriculture. The program integrates biological sciences that The Optics and Bio Design Program encompasses the fields of optical engineering and molecular agriculture. The program integrates biological sciences that link genetic information,invisible to the human eye, with visible life forms ‒ connecting the analysis of genetic ʻbig dataʼ with agricultural applications. It link genetic information,invisible to the human eye, with visible life forms ‒ connecting the analysis of genetic ʻbig dataʼ with agricultural applications. It 修得できる能力(DP) Diploma Policies■STI for SDGs に寄与するというグローバルな視野を持ち，21世紀の光工学，生命，食糧，環境に関る諸問題を解決し，産業の発展に貢献するために必要な，高度な光工学，分子農先端工学システムデザインプログラムThe Advanced Engineering Systems Design Program学位名称感性工学やロボティクスを中心に，地域，社会における，物質，環境，電気電子，情報，機械，建築，まちづく感性工学やロボティクスを中心に，地域，社会における，物質，環境，電気電子，情報，機械，建築，まちづくDegreeり分野のはたすべき役割：基礎的研究から社会への普及，生活空間での利用・応用，人間との共生等，実用り分野のはたすべき役割：基礎的研究から社会への普及，生活空間での利用・応用，人間との共生等，実用化面も理解した国際的に通用する高度な先端技術者の育成のため，多彩な分野の融合したプログラム化面も理解した国際的に通用する高度な先端技術者の育成のため，多彩な分野の融合したプログラムThe Advanced Engineering Systems Design Program encompasses the fields of robotics and Kansei engineering to address the role of materials, environments, electronics, information, machinery, The Advanced Engineering Systems Design Program encompasses the fields of robotics and Kansei engineering to address the role of materials, environments, electronics, information, machinery, building, and urban planning within regions and societies. It incorporates a range of disciplines aimed at training highly skilled engineers capable of producing internationally applicable solutions, ranging building, and urban planning within regions and societies. It incorporates a range of disciplines aimed at training highly skilled engineers capable of producing internationally applicable solutions, ranging グローバル地域デザインプログラムThe Global and Regional Development Design Program学位名称博士（国際学） 博士（学術） 博士（工学）多文化共生，地域デザインを中心に，グローバル化に対応した持続可能な発展や豊かさと平和多文化共生，地域デザインを中心に，グローバル化に対応した持続可能な発展や豊かさと平和の実現に向けた社会づくりのために，国際的な協力・開発・ガバナンスから地域社会の構築までの実現に向けた社会づくりのために，国際的な協力・開発・ガバナンスから地域社会の構築までの現状と成り立ちを多様なスケールに対応した学際的で幅広い視点から理解するプログラムの現状と成り立ちを多様なスケールに対応した学際的で幅広い視点から理解するプログラムThe Global and Regional Development Design Program is focused on multicultural co-existence and regional design. It seeks to foster multi-disciplinary and wide-ranging The Global and Regional Development Design Program is focused on multicultural co-existence and regional design. It seeks to foster multi-disciplinary and wide-ranging understandings of the origins and current status of international cooperation, development, governance, and the organization of regional societies. This will promote understandings of the origins and current status of international cooperation, development, governance, and the organization of regional societies. This will promote 修得できる能力(DP) Diploma Policies■STI for SDGs に寄与するというグローバルな視野を持ち，多文化公共圏の形成や地域社会の構築に関わる諸問題を多様なスケールに対応した学際的で幅広い視点から解決し，持続可能な平和で豊かな地域社会の創生や多文化公共圏の形成に寄与するために必要な，地域や多文化共生に関わる人文諸学，社会科学，理学，または建築・建設工学に関する専門知識・技術Successful candidates shall possess global perspectives to contribute to science, technology, and innovation for the Sustainable Development Goals (STI for SDGs) as well as advanced knowledge and technical skills in the humanities, social sciences, sciences, architecture, and construction necessary to solve problems arising from the creation of multi-cultural regions and communities from a broad, inter-disciplinary perspective. The student will be responsive to a range of scales, and contribute to the creation of sustainable and peaceful societies, as well as the formation of regional communities in which diverse cultures co-exist.■多様な文化，地域を構成するコミュニティなどの社会的集団や制度，空間，システムなどに関わる基礎的知識を，国際社会，地域社会，市民組織，自治体や企業等において応用できる実践的能力Successful 先端融合科学専攻 ／The Division of Advanced Trans-disciplinary Science
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