
Key Stats
About Nagoya University
Nagoya University is a prestigious national university located in Japan’s Chubu region, renowned worldwide as a leading research institution. Established in 1939, it upholds the motto of “Freedom of Academic Spirit” and offers advanced education and research across a wide range of disciplines. The university is particularly strong in the sciences and engineering, and is well known for producing multiple Nobel laureates.
Research Environment and Features
Nagoya University covers a broad spectrum from fundamental to applied research, providing students and researchers with access to cutting-edge knowledge and technologies. The campus is equipped with state-of-the-art research facilities and experimental equipment, and actively promotes international collaborative research. The university has achieved numerous notable research accomplishments, especially in physics, chemistry, biology, engineering, and medicine, with several Nobel Prizes awarded in physics.
Interdisciplinary Initiatives and Collaboration
Emphasizing interdisciplinary research, Nagoya University offers diverse graduate programs that foster collaboration across multiple faculties and departments. Joint research is thriving in advanced fields such as life sciences, environmental science, and information science. The university also prioritizes industry-government-academia partnerships, facilitating research and development that contribute to regional industries and international organizations.
Student Support and Career Development
Students aspiring to academic research careers benefit from thorough guidance by faculty advisors and comprehensive career support. Nagoya University provides unique scholarship programs and research funding, along with abundant opportunities to present at domestic and international conferences and engage in research exchanges. Graduate students gain practical experience through collaborative projects and internships both on and off campus, opening diverse career paths in academia and industry after completing their doctoral studies.
International Outlook and Support for International Students
Highly regarded on the global stage, Nagoya University hosts a vibrant community of international researchers and students. It maintains strong partnerships with top universities and research institutions worldwide, actively promoting exchange programs and international joint research. With International Baccalaureate recognition and English-taught courses, the university offers an attractive environment for students seeking to pursue research with a global perspective.
Summary
As a research-intensive university recognized both domestically and internationally, Nagoya University provides an ideal environment for students aiming for academic careers. Its culture of academic freedom, diverse research fields, and robust support systems empower students to tackle challenging research topics and fully realize their potential. Those who wish to become outstanding researchers contributing to the world through specialized graduate studies are highly encouraged to consider Nagoya University.
Ranking Data
| Subject | Japan Rank | World Rank | Score |
|---|---|---|---|
| Overall | 7 | 201-250 | 80 |
| Social Sciences | 3 | 251–300 | 41.2–42.9 |
| Engineering | 7 | 176–200 | 50.0–52.1 |
| Business & Economics | - | - | - |
| Arts & Humanities | 3 | 251–300 | 35.0–37.0 |
| Education Studies | 5 | 251–300 | 39.8–42.9 |
| Medical & Health | 7 | 201–250 | 46.3–49.5 |
| Psychology | 3 | 251–300 | 42.2–44.4 |
| Computer Science | 6 | 201–250 | 47.0–49.2 |
| Life Sciences | 5 | 126–150 | 57.1–59.2 |
| Physical Sciences | 5 | 176–200 | 52.6–54.3 |
| Metric | Score |
|---|---|
| Overall Score | 80 |
| Teaching | 55.8–58.6 |
| Research Environment | 55.9 |
| Research Quality | 54.9 |
| International Outlook | 42.9 |
Most Cited Researchers
| Researcher | Subjects | Citations |
|---|---|---|
Makoto Tomoto | Particle Physics, High Energy Physics | 342,373 |
| 195,540 | ||
Ryoji NOYORI | Asymmetric Synthesis, Catalysis, Organic Chemistry, Organic Synthesis | 90,861 |
Kenji Inami | Particle Physics | 65,811 |
| Particle Cosmology, Quantum Field Theory, Theoretical Physics, Quantum Gravity | 62,913 | |
| Semiconductor Devices, Optoelectronics, Power Devices, High-Frequency Devices | 62,880 |


