学系信息 | 理工系 | 帝京大学 | 日本的留学信息JPSS
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帝京大学入学試験のご案内 Teikyo University Admissions — Entrance Examination Information
帝京大学は、医療系・文系・理工系の10学部31学科からなる総合大学です。実践的な知識や技術を身につける「実学」、異文化理解の学習・体験をする「国際性」、必要な知識・技術を幅広く学ぶ「開放性」を教育の中心に置き、自ら未来を切り拓ける人間力を持った人材を養成します。
Teikyo University is a comprehensive institution that offers studies in medicine, humanities, and sciences in 10 faculties and 31 departments.
Education at Teikyo University is guided by the ideals of "practical learning" for acquiring real-world knowledge and skills, an "international perspective" for learning about and experiencing other cultures, and "open-mindedness" to broadly learn the necessary knowledge and skills. In this way, Teikyo University cultivates skilled individuals with the capability to go forward into futures of their own design.
帝京大学にはあなたの「得意」に合わせた多様な入試があります。
Teikyo University offers a variety of entrance examinations tailored to your individual strengths.
■留学生特別選抜 Ⅱ期 Special Admission for International Students (Second Round)
・出願：2026年1月6日（火）～1月13日（火） (必着)
Application Period: January 6– 13, 2026 (must arrive by this date)
※出願には日本の在留資格を有していることが必要です。
・A方式：本学独自の日本語試験と書類審査および面接で選考する方式。
Type A: Selection is based on the university’s original Japanese language test, document screening, and an interview.
・B方式：日本留学試験の得点と書類審査および面接で選考する方式。
Type B: Selection is based on the results of the Examination for Japanese University Admission for International Students (EJU), document screening, and an interview.
詳細は、2026年度留学生特別入試要項をご覧ください。
For details, please refer to the 2026 International Student Special Admission Guidelines.
https://www.teikyo-u.ac.jp/applicants/international/nonnative
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
Each department has its own research building that provides opportunities for practical learning, and these facilities have the latest equipment for carrying out research in diverse fields. There are also many active programs in coordination with industries, such as lectures by prominent business leaders and airship construction exercises.
In addition, at the Utsunomiya campus there is close cooperation both among the departments within the Faculty of Science and Engineering, as well as with the social science departments and faculties on campus.
https://www.teikyo-u.ac.jp/faculties/science_tech/education
At Utsunomiya Campus, home of the Faculty of Science and Engineering, the facilities include an airfield for model airplanes and a machine shop, and a campus LAN and wireless network provide mobile internet connectivity. In the Environment and Biotechnology Course, gene analysis equipment and electron microscopes are available for researching the genetics and cellular structures of organisms, and a range of mass spectrometers (GC-MS, GC-MS/MS, LC-MS/MDS, LC-TOF/MS) and nuclear magnetic resonance equipment allow analysis of the key components and environments of living things. This comprehensive learning environment provides opportunities for in-depth studies.
https://www.teikyo-u.ac.jp/campus/utsunomiya_campus
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 study information technology, data science and AI, and techniques for media expression from the various theories of information science that form the basis of these fields. In addition, students acquire practical skills that enable them to contribute to solving various environmental and societal problems through exercises to generate original AI, practical training to develop information systems in teams as they would do in real working situations, and collaboration with various companies.
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.
