日本留學信息網站JPSS > 從東京都的從大學來尋找留學之學校 > 早稲田大学 > 先進理工
準備前往早稲田大学留學的各位: 由財團法人亞洲學生文化協會及倍楽生(倍樂生)股份有限公司共同營運的JAPAN STUDY SUPPORT是提供外國留學生日本留學資訊的網站。早稲田大学政治經濟學部、基幹理工學部、社會科學部、International Liberal Studies學部、文化構想學部、創造理工學部、先進理工學部、法學部、文學部、教育學部、商學部、人間科學部、體育科學部等等,各科系的詳細資訊都分別刊載在此網站。有需要早稲田大学留學資訊的各位同學,請多多利用此網站查詢。另外,此網站上也有刊載約招收留學生的1300所大學、大學院、短大、專門學校等資訊。
東京都 / 私立
2024年度外国学生のための学部入学試験要項が公開されました。
https://www.waseda.jp/inst/admission/undergraduate/system/international/#anc_7
This innovative school seeks to achieve world-class research and education, and make practical contributions to society through an integrated approach to cutting-edge science, engineering, and medicine based on the natural sciences.
The school aims to produce thinkers in various research fields, including drug discovery science, nanomaterials, system integration robotics, energy and the environment, medical engineering, high quality-of-life engineering, genetic function and information, and the measurement and control of cell functions.
Waseda University considers globalization as an issue of foremost importance, and seeks to foster thinkers who feel at home in different cultures around the world, can take action to solve various community problems, and can make contributions both in and outside of Japan for society as a whole.
In order to achieve this, the university established the International Program in September 2010, where students can acquire their degree taking only classes in English
http://www.sci.waseda.ac.jp/eng/admissions_us/
Waseda University will offer a six-part online course on coastal disasters, taught in English and made available to everyone around the world. The course is titled: “Tsunamis and Storm Surges: Introduction to Coastal Disasters”.
This Massive Open Online Course (MOOC) is offered freely on the edX platform and is open worldwide to university students, high school students and anybody else interested in coastal disasters.
The course will introduce current coastal disaster research and damage mitigation engineering to young people in order to raise awareness and share scientific analysis of disasters such as the 2011 Great East Japan Earthquake, the 2004 Indian Ocean Tsunami, and the 2013 Typhoon Haiyan in the Philippines.
You can enroll now via the edX homepage.
https://www.edx.org
Click on the link below to visit our course page and register for the course now!
https://www.edx.org/course/tsunamis-storm-surges-introduction-wasedax-cosdis101x
Nishiwaseda Campus Scene
Class Scene
Practical Training Course Scene
This department provides education and supports research relating to the physical principles needed to understand various natural phenomena. Students pursue the fundamental scientific technology fields of particle and nuclear physics, astrophysics, condensed matter physics and biophysics.
This department covers a wide range of science and engineering fields, including condensed matter physics and the physics, statistical mechanics and applied physics of complex systems, as well as measurement and information engineering and optical engineering. The department fosters the ability to utilize physics towards the creation of scientific technologies.
Students and faculty analyze and understand the function and structures of materials at the level of molecules, from which all structures are built. The development of new functional materials is pursued through both experimental and theoretical approaches. The study of living phenomena is also conducted from the standpoint of its molecular building blocks.
Students acquire knowledge in a wide range of fields including the specialized areas of ceramics, plastics, food products, and medicine, as well as biotechnology, life sciences, and the Earth’s environment. They also study chemical engineering, and aim to become specialists with the ability to control molecules and substances at will.
Through practical education and research grounded in medicine, science and engineering, this department produces researchers able to understand diseases and develop new medical products, devices, and treatment methods. The department seeks to establish a new academic discipline within the field of medical engineering.
This department provides education of, and pursues cutting-edge research in electricity, electronics, information and life systems; both individually and as an integrated whole. Students acquire specialized knowledge and techniques in the most pressing fields of the 21st century, including energy and the environment, nanotechnology, biotechnology, systems and information, and medical engineering.