学系信息 | Global 30 Program (Engineering: Undergraduate) | 九州大学 | 日本的留学信息JPSS

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正在考虑去九州大学留学的各位: Japan Study Support 是财团法人亚洲学生文化协会和倍楽生(倍乐生)股份有限公司共同主办的面向外国留学生的日本留学信息网。 九州大学的Global 30 Program (Engineering: Undergraduate) 学部、Global 30 Program (Bioresource and Bioenvironment: Undergraduate) 学部、Letters 学部、Education 学部、Law 学部、Economics 学部、Sciences 学部、Medicine 学部、Dentistry 学部、Pharmaceutical Sciences 学部、Engineering 学部、Agriculture 学部、Design 学部等,不同系的详细信息都分别登载在此信息网上。正在寻找九州大学的留学信息的各位同学,请利用此网查询。另外,在此网上登载着约1300条大学、大学院、短大、专门学校正在招收留学生的信息。

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九州大学 | Kyushu University

下载大学介绍指南

“Lead to the Next 100 Years, Leap to the Best 100 World”

In 2014, MEXT has launched “Top Global University Project” and chosen 37 core universities including Kyushu University, to promote the further globalization of higher education.

【International Undergraduate Programs in English (IUPE)】
School of Engineering,School of Agriculture
http://www.kyushu-u.ac.jp/en/admission/faculty/foreign/foreign10/

【Japanese Language Classes】
http://www.isc.kyushu-u.ac.jp/center/f/japanese.html

【Scholarship for IUPE】
http://www.isc.kyushu-u.ac.jp/g30/financialaid.html

【Dormitories】
http://www.isc.kyushu-u.ac.jp/g30/accommodation.html

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Our home town, Fukuoka city, was ranked 7th most livable city in the world! (Monocle Magazine Quality of life Survey 2016)
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Global 30 Program (Engineering: Undergraduate)

下载学系介绍指南 申请书下载

【Kyushu Univ.】Admission information now available <International Undergraduate Programs in English (IUPE)>
Application Period: January 6 to January 27, 2017
Start of the semester: October 1, 2017
For more detail, please visit; https://goo.gl/P4tTje

【九州大学】学士課程国際コース(工・農)の募集要項が掲載されました。
出願期間:2017年1月6日から2017年1月27日
入学時期:2017年10月
詳細(英語のみ):https://goo.gl/P4tTje

  • 入学考试资料
  • 学系信息
  • 学生生活支助
  • 设施介绍指南
  • 到访指南

学系信息

International Undergraduate Program in Engineering (Global 30)

The School of Engineering aims to equip the students with the knowledge of basic sciences (including physics and chemistry), the theory and practice of engineering, and a capacity to appreciate and explain a broad range of issues. The School also strives to enable the students to cultivate the sense of responsibility and ethics, always bearing in mind the importance of the “sustainable development of human civilization.” By the time they complete their undergraduate studies, the students will be ready to take on life’s real challenges as outstanding engineers with a global perspective, and a sense of commitment to the improvement of industrial and scientific technologies. There are four majors to choose from, which you must specify at the time of application, viz., Applied Chemistry, Civil Engineering, Mechanical Engineering, and Aerospace Engineering.

Lab (Applied Chemistry)

Lab (Applied Chemistry)

Lab (Aerospace Engineering)

Lab (Aerospace Engineering)

Lab (Mechanical Engineering)

Lab (Mechanical Engineering)

Applied Chemistry

In Applied Chemistry, students learn how to produce substances from their atomic and molecular levels, with the goal of making scientific contributions to the development and welfare of society. This program provides an advanced education in chemical technologies which can be applied to various fields, including IT, environmental sciences, nanotechnology and biotechnology, and cover a range of substances from organic and inorganic materials to biomolecules.

Civil Engineering

In Civil Engineering, students learn how to build, maintain, and control social infrastructure (water and sewage systems, roads, ports) and restore destroyed natural environment, all for the purpose of creating a safer society. Students will learn about the latest technology, in various fields of building design and construction, urban planning, and preservation of soil and water.

Mechanical Engineering

Civilization is built with machines. Mechanical engineering is the branch of engineering that involves the production and usage of mechanical power for the design, production, and operation of machines and tools. Students will study advanced engineering which is needed to create machines that enhance our world, such as ultra-super precision instruments that work on micro and nano scales, robots with artificial intelligence, and hydrogen energy and biotechnology devices.

Aerospace Engineering

Aerospace Engineering pursues the limitless abilities and dreams of people, by mobilizing the most advanced technologies from all basic engineering fields and using them to expand our horizons. In this program, students learn system engineering needed for the development of aerospace vehicles, in addition to engineering theories based on dynamics. They also study advanced engineering to determine and resolve the challenges generated by the expansion of operating aerospace vehicles.



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