Global 30 Program 2015
7/20

This program was developed by the Ministry of Education, Culture, Sports, Science and Technology's project, "The Program for Leading Graduate Schools," and was established in 2011. The project was designed for the purpose of guiding outstanding students to be globally active leaders in industry, academia and government, with wide vision and creativity. The program thus aims to reform graduate school education to provide a qualied doctoral degree program on a global level, not entangled in industry, academia and government only. The University of Tokyo's "Graduate Program for Leaders in Life Innovation (GPLLI)" integrates globally outstanding education and research resources on life innovation, and educates students to develop leadership in diverse and complex aspects - from basic to clinical application, and from medication to medical devices - which support life innovation. The advanced medical system is complex, thus, a multidisciplinary knowledge base and a complex set of abilities called "leadership" (solid basis in specialty, broad perspectives, communication skills and deep insight) are required of leaders to integrate other people. This program develops multidisciplinary degree programs, including the cooperation of medical, engineering, pharmaceutical sciences and science disciplines, in preparation for the establishment of a global advanced medical system, and educates potential global leaders to meet demand characteristics described above.http://square.umin.ac.jp/gplli/en/index.htmlogram(master’s degree)credits to complete the program. A minimum of 12 credits must be acquired through the completion of at least one specic lecture (2 credits) from each of the 6 elds of bioengineering. Each class is elective. A minimum of 13 credits must be acquired from seminars (2 credits each, compulsory) and credits concerning advanced experiments (6 credits) and research (4 credits) in conducting their master thesis (compulsory).Latest News http://www.global30.t.u-tokyo.ac.jp/International Bioengineering Program (IBP)国際バイオエンジニアリング英語コースBioengineeringバイオエンジニアリング専攻01 OctoberAdmission and course registration will take place at the Hongo Campus, the Graduate School of Engineering at the University of Tokyo.10月1日入学手続き及び講義は、東京大学工学系研究科「本郷キャンパス」で行う。CourseDepartmentCourse Start Dateコース名専攻名入学予定年月日Graduate Program for Leaders in Life InnovationMaster’s Global 30 Special English Course Global 30 | 06国籍を問わず世界中から優秀な人材を集め、ライフサイエンス・バイオテクノロジー分野における高度な教育を行うとともに、当該分野での新産業のための基礎研究の格段のレベルアップを図ることを目的としています。これらの教育研究活動を通じて、工学系研究科の目指すアジア中核の工学環形成戦略の、いわば先導役としての役割を果たしていきます。 国際バイオエンジニアリング英語コース紹介Japanese Society for Promotion of Sciences – Core to Core ProgramThe aim of this project is the establishment and comprehensive operation of a global co-operative research hub that exploits cutting-edge technology to enable mass energy saving using nano-electric photonics with a focus on dissipative yuragi (noise) as a new guiding-principle alternative to the scaling rule. Dissipative yuragi involves the formation of various physical quantity yuragi state from the breakage of spatial symmetry during the stabilization of the energy of an open system. Conventionally, it is thought that dissipative yuragi should be avoided. As a reversal of this conception, by constructively utilizing yuragi, we aim to develop an innovative technology for mass energy-saving and to elucidate a new fundamental concept of nano-electric photonics.http://www.bioxide.t.u-tokyo.ac.jp/core_index_e.html ※If you are interested in pursuing a doctoral degree, please check the IME program.

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