
Hongo, Japan

Hongo, Japan

Cost Of Living

Undergraduate Fees International Students

Post Graduate Fees International Students
A towering figure in contemporary Japanese literature, Ōe's powerful and poetic works often explore political and soci... View More
A towering figure in contemporary Japanese literature, Ōe's powerful and poetic works often explore political and social issues, including the aftermath of the atomic bomb and living with a disabled child. He was awarded the Nobel Prize in Literature in 1994 for creating "an imagined world, where life and myth condense to form a disconcerting picture of the human predicament today." View Less
A distinguished physicist and a Nobel Laureate (2002), Koshiba was a pioneer in neutrino astrophysics. His leadership an... View More
A distinguished physicist and a Nobel Laureate (2002), Koshiba was a pioneer in neutrino astrophysics. His leadership and innovative design of the Kamiokande detector were instrumental in the first observation of neutrinos from a supernova, providing crucial experimental evidence for neutrino astronomy and earning him global acclaim. View Less
A brilliant chemist who revolutionized organic synthesis. Negishi developed the palladium-catalyzed cross-coupling react... View More
A brilliant chemist who revolutionized organic synthesis. Negishi developed the palladium-catalyzed cross-coupling reaction that now bears his name, a powerful tool for constructing complex organic molecules. This groundbreaking work, which facilitated drug development and advanced materials science, earned him the Nobel Prize in Chemistry in 2010. View Less
A revered diplomat known as the "refugees' champion." She served as the United Nations High Commissioner for Refugees (U... View More
A revered diplomat known as the "refugees' champion." She served as the United Nations High Commissioner for Refugees (UNHCR) for a decade, tirelessly advocating for and protecting millions of displaced people in conflict zones around the world. Her leadership and compassion set the global standard for humanitarian response. View Less
A trailblazing athlete who broke racial barriers. Misaka was the first player of Asian descent to be drafted into the Ba... View More
A trailblazing athlete who broke racial barriers. Misaka was the first player of Asian descent to be drafted into the Basketball Association of America (the precursor to the NBA). His achievement in 1947, just two years after WWII, stands as a powerful symbol of perseverance and progress in sports. View Less
A visionary scientist who transformed the field of regenerative medicine. Yamanaka discovered that mature cells could b... View More
A visionary scientist who transformed the field of regenerative medicine. Yamanaka discovered that mature cells could be reprogrammed to become pluripotent stem cells (iPSCs). This monumental discovery, for which he won the Nobel Prize in 2012, offers the potential to treat a myriad of diseases without ethical controversy. View Less
The Hongo Campus's infrastructure is a carefully managed blend of historic landmarks and state-of-the-art facilities designed to create an optimal environment for learning and discovery. The campus is organized around a central axis featuring the iconic Yasuda Auditorium and the General Library, surrounded by faculty buildings, lecture halls, and advanced research laboratories. Continuous modernization ensures that laboratories are equipped with cutting-edge instrumentation, from high-resolution electron microscopes to supercomputing resources. The campus is fully networked with high-speed internet and extensive Wi-Fi coverage, supporting digital learning and data-intensive research. Furthermore, the infrastructure includes comprehensive utility systems, maintenance services, and sustainable initiatives aimed at reducing the environmental footprint, ensuring a safe, efficient, and modern campus for all its occupants.
The University of Tokyo provides a comprehensive and multi-layered support system to ensure the academic success and personal well-being of all its students. The Division of University Advancement offers centralized services including academic advising, psychological counseling, and support for students with disabilities. For international students, the International Support Office provides dedicated assistance with visas, Japanese language courses, and cultural adjustment. Financial support is available through a variety of scholarships, including the University of Tokyo Fellowship and numerous privately funded scholarships. Furthermore, each faculty and graduate school has its own student support team, offering specialized academic guidance and career counseling, ensuring that every student has access to the resources they need to thrive.


The Center for Career Support (CCS) at the University of Tokyo offers a comprehensive and proactive suite of services to guide students from their academic studies to successful professional careers. The CCS provides individualized career counseling where students can discuss their career aspirations, receive advice on job-hunting strategies (known as "shukatsu" in Japan), and get their application documents reviewed. It hosts hundreds of company information sessions and large-scale job fairs annually, connecting students directly with recruiters from leading Japanese and multinational companies. The CCS also runs extensive training programs, including practice interviews, group discussion sessions, and business etiquette workshops, to fully prepare students for the competitive recruitment process and ensure they are equipped to become future leaders in their chosen fields.
The below information is required while
completing the university application :
Completion of 12 years of formal schooling or equivalent qualification.
Passing the Examination for Japanese University Admission for International Students (EJU) with specified subjects and scores.
Demonstrating Japanese language proficiency (typically JLPT N1 level) for programs taught in Japanese.
Passing the University of Tokyo's own secondary entrance examination (if applicable).
Know more
The University of Tokyo has a storied history of groundbreaking achievements that have shaped modern science and society. Its researchers have been at the forefront of numerous scientific breakthroughs, from fundamental physics to applied engineering and medicine. The university takes immense pride in its association with multiple Nobel Laureates, including Leo Esaki in Physics and Ei-ichi Negishi in Chemistry, whose pioneering work was conducted at UTokyo. Beyond the Nobel Prize, the university's achievements include the development of the Japan's first electronic computer, groundbreaking discoveries in particle physics, and significant contributions to earthquake engineering and space science, consistently reinforcing its status as a global powerhouse of research and innovation.


Throughout the COVID-19 pandemic, UTokyo's Institute of Medical Science was at the forefront, conducting critical research on virus transmission, the effectiveness of vaccines, and the characterization of new variants, providing essential data to inform public health policy in Japan and globally.
UTokyo engineers developed a new type of perovskite solar cell with a world-record conversion efficiency and significantly improved long-term stability, paving the way for next-generation, low-cost solar energy.
Alumnus and former professor Shinya Yamanaka was awarded the Nobel Prize for his discovery that mature cells can be reprogrammed to become pluripotent stem cells (iPSCs), opening a new era in regenerative medicine.
Professor Ei-ichi Negishi was awarded the Nobel Prize in Chemistry for developing palladium-catalyzed cross couplings, a revolutionary chemical tool that allows scientists to efficiently create complex organic compounds vital for pharmaceuticals and electronics.
Professor Masatoshi Koshiba was awarded the Nobel Prize in Physics for his pioneering work in neutrino astrophysics, in particular for the detection of cosmic neutrinos using the Super-Kamiokande detector, which proved neutrinos have mass.
The University of Tokyo completed the TAC (Tokyo Automatic Computer), one of Japan's first domestically produced electronic computers. This achievement was a monumental step in Japan's post-war technological recovery and established UTokyo as a leader in computer science.
Innovation and research development are central to the identity of the University of Tokyo. The university actively promotes interdisciplinary research through its various institutes and initiatives, such as the Division for Strategic Public Relations and the Office of Innovation and Entrepreneurship. It supports the entire innovation pipeline, from fundamental, curiosity-driven research to applied technological development and commercialization. UTokyo has a strong track record of patent filings, technology licensing, and spin-off venture creation, with numerous startups originating from its labs in fields like biotechnology, robotics, and information technology. The university's commitment to solving global challenges is evident in its focused research on energy sustainability, advanced materials, artificial intelligence, and life sciences.
UTokyo researchers, including Professor Takao Someya, developed a revolutionary ultra-thin, flexible electronic sensor that can be attached to the skin like a band-aid. This "e-skin" can monitor vital signs such as heart rate and oxygen levels, enabling continuous, unobtrusive health monitoring.
A world-class joint project between UTokyo and the Japan Atomic Energy Agency. This high-intensity proton accelerator facility is used for cutting-edge experiments in particle and nuclear physics, materials science, and life sciences, driving innovation across multiple fields.
While the commercial blue LED is credited to Nakamura, UTokyo professors Isamu Akasaki and Hiroshi Amano conducted the pivotal foundational research on growing high-quality gallium nitride crystals, which was essential for creating the first efficient blue LEDs, a breakthrough that enabled white LED lighting.
Invented by Professor Toshihiko Osaki, this device allowed for the rapid and precise measurement of oxygen concentration. It became a global standard in industrial and environmental monitoring, used in everything from automobile exhaust analysis to medical respirators.
A groundbreaking method for designing large-scale integration (LSI) circuits, co-developed by Professor Chisato Moriyasu's group. It was foundational for the development of the VLSI (Very Large-Scale Integration) technology that powers modern computers and electronics.

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