International Bioengineering (IBP)国際バイオエンジニアリング英語コース |
International Bioengineering seeks to recruit qualified individuals from around the global, regardless of nationality and provide them with advanced education in the fields of life science and biotechnology. At the same time, we seek to considerably enhance the levels of basic research for nurturing new industries in these fields. Through advanced education and research activities, we are able to fulfill the aspirations of the Graduate School of Engineering as a whole: to act as a leader in creating an engineering environment with Asia as its core.
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する。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す。 |
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Course Title コース名 |
International Bioengineering Program (G30-IBP) 国際バイオエンジニアリング英語コース |
Department 専攻名 |
Bioengineering バイオエンジニアリング専攻 |
Number to be Admitted 募集人員 |
Limited numbers (Master's degree) |
Course 入学時期 |
Admission date is scheduled to be October 01, 2024. Admission and/or course registration to take place at the University of Tokyo's School of Engineering, Hongo Campus. |
| Intended Applicants | |
Curriculum カリキュラム |
The education and research of the Department of Bioengineering is divided into six fields: mechanobio-engineering, bioelectronics, biodevices, chemical bioengineering, biomaterials and bioimaging. In this new international program, lectures concerning general bioengineering-related concepts and specific topics in each of the six fields of research will be conducted, as well as more intimate discussion- based seminars both in basic bioscience and bioindustry. We are especially attentive to the inclusion of the latest research achievements from each of the six fields in our lecture content. In addition to these classes, students must conduct a master thesis research in each laboratory. Through specialized education and research curriculum, G30-IBP is able to foster exceptional students with good English communication skills in science and engineering and who have both a wide vision and specific expertise in at least one of the six areas, so that they may take active roles in the research and development of rapidly advancing bioengineering-related fields. Students are requested to obtain over 30 credits to complete the program. A minimum of 12 credits must be acquired through the completion of at least one specific lecture (2 credits) from each of the 6 fields 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’s thesis (compulsory). ► UT-MATE Syllabus Search► Education > Current Students at the Dept. of Bioengineering (English) ► Research Outlines of the Six Areas |
How to Apply Online 応募手引き |
Things to be checked out;
►If you are interested in other programs, such as MEXT scholarship through the Japanese Embassy in your home country, please check from here. |
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