Tokyo University of Science (TUS): Admissions, Programs, Research & Student Life for International Students

Thinking about studying in Japan but not sure where to start? The Tokyo University of Science (TUS) is a private, science-and-technology–focused university with four campuses across Greater Tokyo and Hokkaidō. Known for rigor and a merit-based culture, TUS blends hands-on research with practical industry links—from advanced fire-safety science to space systems innovation and green materials. This guide gives overseas applicants a clear, English-first overview of what makes TUS stand out: key facts, distinctive labs, support for international students, exchange options, climate, and career outcomes—plus official sources you can click through as you plan your next steps.

Quick Facts about Tokyo University of Science

Below is a quick snapshot of TUS in a vertical table you can skim. Where exact numbers vary year to year, we link to official pages so you can confirm the latest figures.

Type	Private (Science & Technology–focused)
Total Students	See the latest counts on Overview of Student Body
Campuses (Main)	Kagurazaka (main, central Tokyo); Noda (Chiba); Katsushika (Tokyo); Oshamambe (Hokkaidō)
Faculties / Schools (Examples)	Faculty of Science; Faculty of Engineering; Faculty of Pharmaceutical Sciences; Faculty of Science and Technology; Faculty of Advanced Engineering; Faculty of Industrial Science and Technology; School of Management (Academics)
Tasse scolastiche	Vary by program. Check official application guidebooks (e.g., Master’s, Dottorato)
Gender Ratio	Varies by faculty; see official statistics pages for current distribution
International Students	834 students (latest published figure). Source: Number of International Students
Students per Staff	Refer to Number of Faculty Members alongside total student counts

Campus Maps

Kagurazaka Campus (Main, central Tokyo)

Address: 1-3 Kagurazaka, Shinjuku-ku, Tokyo 162-8601, Japan

Noda Campus (Chiba)

Address: 2641 Yamazaki, Noda-shi, Chiba Prefecture 278-8510, Japan

Katsushika Campus (Tokyo)

Address: 6-3-1 Niijuku, Katsushika-ku, Tokyo 125-8585, Japan

Oshamambe Campus (Hokkaido)

Address: 102-1 Tomino, Oshamambe-cho, Yamakoshi-gun, Hokkaido 049-3514, Japan

Mission, History & Founding Story

The Tokyo University of Science (TUS) traces its roots to the Tokyo Academy of Physics, founded in the late 19th century to cultivate scientific talent in a rapidly modernizing Japan. Over time the Academy evolved into a comprehensive private university dedicated to science and technology, with a distinctive merit-based ethos often summarized as “achieving excellence.” Today TUS operates four campuses—Kagurazaka, Noda, Katsushika, and Oshamambe—offering a wide spectrum of programs spanning basic science, engineering, pharmaceutical sciences, industrial science and technology, and management. For a concise institutional profile and leadership structure, see the official “About” pages in English: About TUS (Mission & History).

In practice, the university’s identity is shaped by research that addresses real-world issues—from resilient cities and advanced fire testing to new materials and space systems—paired with strong ties to government and industry. These features help explain why TUS maintains robust graduate employability and steady demand from employers. We provide links throughout this guide to English-language pages so you can confirm details straight from the source.

Key Strengths & Unique Features

Flagship Faculties

Faculty of Science Division I (Kagurazaka Campus) — The academic core of TUS, specializing in fundamental sciences such as Mathematics, Physics, Chemistry, Applied Mathematics, Applied Physics, and Applied Chemistry. Located in central Tokyo’s Kagurazaka area, it benefits from proximity to research networks, corporate R&D hubs, and cultural resources. Faculty page | Kagurazaka Campus

Faculty of Science and Technology (Noda Campus) — A large-scale faculty with 10 departments (4 in science, 6 in engineering), over 5,000 students, and more than 120 research labs (as of May 2023). Its breadth covers Materials, Mechanical & Aerospace Engineering, Information, Architecture, Civil Engineering, and Applied Chemistry. Faculty page

Faculty of Pharmaceutical Sciences — Comprising a six-year Pharmacy program and a four-year Medicinal & Life Sciences program, it integrates drug discovery, clinical practice, and analytical sciences in a single academic ecosystem. Faculty page

School of Management — Distinctive for blending TUS’s science/technology strengths (mathematics, statistics, data analytics) into a business curriculum. It emphasizes evidence-based management and maintains close industry connections. School page

Faculty of Engineering — Focused on manufacturing and applied engineering fields, this faculty covers Architecture, Mechanical, Electrical, Computer, and Industrial Chemistry programs. Faculty page

Photocatalysis & Clean-Tech Leadership

TUS built one of the world’s best-known hubs for photocatalysis—the Photocatalysis International Research Center (PIRC), opened in 2013 with nearly ¥1 billion in investment. Researchers there explore TiO₂-based materials for self-cleaning surfaces, air/water purification, and energy applications, combining basic mechanism studies with device-level prototyping. This “lab-to-life” approach is a hallmark of TUS: publish rigorously, then scale into real-world solutions. Evidence (TUS: Photocatalysis) | Evidence (RIST overview)

Fire Science & Safety: A Field TUS Helped Define

From the 1980s onward, TUS established fire science and safety as a comprehensive discipline—spanning combustion, materials, structures, and urban hazard mitigation. The Center for Fire Science and Technology (within RIST) has been recognized by major national programs (21st Century COE, Global COE) and operates large-scale test facilities at Noda campus. Graduate study in Fire Science & Technology cultivates experts for construction, firefighting, insurance, and policy roles across Asia and beyond. Evidence (Center for Fire Science & Technology) | Evidence (Research feature) | Graduate department (TUS)

Space Robotics, Small Satellites & Systems Innovation

Working at the junction of robotics, intelligent control, and aerospace engineering, TUS researchers are developing robotic satellites to remove orbital debris and make near-Earth space safer. This work is coordinated by the Research Center for Space System Innovation (SSI), created in 2021 by reorganizing earlier space-focused centers. For students, this means opportunities in space systems, sensors, materials, and mission design—often alongside government and industry partners. Evidence (Space Robotics & Small Satellites) | Evidence (SSI) | SSI (RIST introduction)

Data Science & AI Across STEM

TUS integrates data science and AI literacy into STEM education—training students to analyze complex systems, work reproducibly, and bridge computation with domain expertise. Dedicated centers drive curriculum and research, while RIST’s statistical and informatics divisions support cross-disciplinary projects (from materials informatics to biomedical modeling). Academics (TUS) | Statistical Science Division (RIST)

Materials, Energy & Life Science Platforms

Beyond marquee areas, students find deep strength in materials and energy (e.g., thermoelectrics, batteries, tribology) and in biomedical and pharmaceutical sciences. These efforts connect labs to society via open-innovation projects with companies and public agencies. Thermoelectrics feature (TUS) | Materials Science & Technology (TUS) | RIST (hub site)

Student Life for International Students

Support & Services. TUS centralizes practical help under English pages such as After Arrival (resident card, health insurance, etc.) and International Student Assistance Services. The International Room fosters community events and language exchange, while Japanese Language Classes let you earn credits as you build everyday fluency. Browse the campus experience via Life & Support and check FAQs for common questions.

Partner Institutions & Exchange Options

Prospective exchange students should start with their home university’s international office, as nominations are required. TUS outlines inbound steps and double master’s options (e.g., Taipei Medical University) on its English page: Exchanges & Study Abroad.

Local Climate & Lifestyle

Tokyo and Chiba have four distinct seasons: mild springs, hot humid summers with a rainy season (June–July), comfortable autumns, and cool, relatively dry winters; Hokkaidō (Oshamambe) is markedly colder with snowy winters. For objective climate planning (temperatures, rainfall, sunshine), see Japan Meteorological Agency tables of 1991–2020 normals (JMA Normals) and a narrative overview of Japan’s climate (JMA – Overview of Japan’s climate).

International Student Statistics

TUS reports 834 international students in its latest English statistics. For breakdowns and year-to-year changes, check the official page: Number of International Students. You can compare with total student counts on Overview of Student Body to understand proportions across faculties and degree levels.

Career & Graduate Prospects

Employers value TUS’s applied training. In the QS Graduate Employability Rankings 2022, TUS placed 151–160 globally and 10th in Japan (3rd among private universities) according to the university’s English news release: TUS Ranked 10th in Japan in QS Graduate Employability Rankings 2022. More broadly, the job market for graduates in Japan has remained strong—e.g., the employment rate for March 2025 graduates was reported at 98% (Japan Times): 98% of new graduates in Japan are able to land jobs. While outcomes vary by field and language ability, these indicators suggest healthy prospects for qualified international graduates.