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帝京大学入学試験のご案内 Teikyo University Admissions — Entrance Examination Information
☑海外から受験できる Apply from overseas
☑オンラインで完結 Complete the entire application online
☑来日前に合格がわかる Get your admission result before coming to Japan
■渡日前オンライン選抜Ⅰ期 Pre-arrival Online Admission (First Round)
・出願：2026年8月10日～2026年8月28日
Application Period: August 10–28, 2026
・書類審査（一次選考）とオンライン面接（二次選考）があります。
The Pre-arrival Online Admission consists of document screening (first stage) and an online interview (second stage).
・書類審査の合格発表日：2026年9月11日
The results of the document screening will be announced on September 11, 2026 for the first round.
・オンライン面接：2026年9月19日
Online Interview: September 19, 2026
・本選抜で利用する日本語試験：EJU／JLPT／JPTから選択可能。
For the Pre-arrival Online Admission, you may choose from the Examination for Japanese University Admission for International Students (EJU), the Japanese-Language Proficiency Test (JLPT), or the Japanese Proficiency Test (JPT) as your Japanese language test.
詳細は、2027年度留学生特別入試要項をご覧ください。
For details, please refer to the 2027 International Student Special Admission Guidelines.
https://www.teikyo-u.ac.jp/applicants/international/local_exam
帝京大学 Teikyo University
【JP】https://www.jpss.jp/ja/univ/314/ 【EN】https://www.jpss.jp/en/univ/314/
kokusai＠teikyo-u.ac.jp
In today’s society, where a variety of issues are intricately intertwined on a global scale, engineers need a broad perspective. Through practical, hands-on learning in the Faculty of Science and Engineering — including experiments and exercises, theoretical calculations, and human-factors-based applied education — students acquire a broad range of knowledge in basic science, engineering, and the life sciences. By providing opportunities to learn practical skills directly connected to engineering practice and cutting-edge technologies, the faculty aims to produce engineers with originality who will lead the next era. In addition, beyond such specialized expertise, it cultivates individuals with sound judgment and an international outlook who can help build a world in which everyone can live in peace and fairly enjoy abundant resources and the benefits of civilization.
The Course is characterized by practical learning that is directly applicable to society. It fosters a strong motivation for manufacturing, along with rich sensitivity and originality, and students learn about mechanical engineering and aerospace engineering through practical training and special projects.
The Course offers practical education with a strong emphasis on experiments and hands-on training. Based on robotics engineering and artificial intelligence, students acquire knowledge across fields such as medicine, biotechnology, information science, mechanical engineering, and aerospace engineering. The course aims to nurture people with a broad perspective and strong creativity.
In the Course, students aim to develop the ability to utilize cutting-edge information technologies. They can learn about information technology, data science and AI, and technologies for media expression through the theories of information science that form the foundation of these fields. In this way, students develop the ability to adapt to new technologies as well as the ability to use them effectively.
In the Course, students acquire principles and fundamental techniques through experiments. In addition to understanding the environment and life at the molecular level, they also gain knowledge and skills related to food and pharmaceutical development that apply life science and biotechnology.
A robot building exercise
A human electronics experiment
We aim to cultivate individuals with strong motivation, rich sensitivity, and originality toward manufacturing, who possess advanced specialized skills and broad knowledge in mechanical engineering and its applied fields of aerospace engineering. These individuals will also demonstrate proactiveness and creativity to meet the diverse demands of an evolving society.
Studying robotics and artificial intelligence by acquiring knowledge of different fields such as municipalities, medicine, biotechnology, information, and aeronautics, will lead our students to gain a broad perspective and a high level of creativity. We anticipate that graduates from this course will play an active role in manufacturing industries, information and communication industries, and research institutes related to robotics, intelligent robotics, electrical and electronic engineering, and informatics.
Students learn about information technology, data science and AI, and technologies for media expression through the theories of information science that form the foundation of these fields. In addition, there are exercises in which students generate their own AI, as well as practical training in which they develop information systems in teams in a manner similar to actual business operations. The program aims to develop practical skills that enable students to collaborate with others and contribute to solving environmental and social issues.
This program seeks to foster the development of human resources who can solve various societal problems through their own initiative from a broad perspective of life and the environment. Students will acquire not only the ability to understand the environment and life at the molecular level, but also gain a wide range of knowledge and skills in areas of applied life science and biotechnology, such as food and drug development.
