
Katsura , Japan

Katsura , Japan

Cost Of Living

Undergraduate Fees International Students

Post Graduate Fees International Students
Nobel Prize-winning physicist who proposed the meson theory of nuclear forces, fundamentally advancing particle physics ... View More
Nobel Prize-winning physicist who proposed the meson theory of nuclear forces, fundamentally advancing particle physics and our understanding of atomic nuclei, leaving a lasting legacy in theoretical science. View Less
Nobel Prize-winning stem cell researcher who developed induced pluripotent stem cells (iPSCs), revolutionizing regenerat... View More
Nobel Prize-winning stem cell researcher who developed induced pluripotent stem cells (iPSCs), revolutionizing regenerative medicine and offering new hope for treating degenerative diseases through ethical research. View Less
Nobel Prize-winning engineer who co-invented the blue LED, enabling energy-efficient lighting and display technologies t... View More
Nobel Prize-winning engineer who co-invented the blue LED, enabling energy-efficient lighting and display technologies that have transformed industries and contributed to global energy savings. View Less
Nobel Prize-winning engineer who collaborated on the invention of blue LEDs, driving advancements in optoelectronics and... View More
Nobel Prize-winning engineer who collaborated on the invention of blue LEDs, driving advancements in optoelectronics and sustainable energy solutions, with widespread applications in communications and lighting. View Less
Nobel Prize-winning author known for his profound literary works that address social and political issues, enriching Jap... View More
Nobel Prize-winning author known for his profound literary works that address social and political issues, enriching Japanese literature and inspiring global cultural dialogue and humanistic values. View Less
The Katsura Campus is designed as a "smart campus" with sustainable infrastructure, featuring energy-efficient buildings equipped with solar panels, rainwater harvesting systems, and green spaces that promote biodiversity. The layout emphasizes pedestrian-friendly pathways, bicycle lanes, and accessible public transportation links. It includes advanced IT networks with campus-wide Wi-Fi, high-performance computing resources, and dedicated spaces for collaboration, such as open lounges and conference rooms. The infrastructure supports rigorous academic activities while ensuring comfort and sustainability, with maintenance services that prioritize safety and environmental conservation.
Student life at Katsura Campus is vibrant and diverse, with numerous extracurricular activities, clubs, and events that foster community and personal growth. The campus hosts annual festivals, technical seminars, and cultural exchanges, allowing students to network and relax. Facilities like dining halls, cafes, and recreational areas provide spaces for socialization, while student-led initiatives, such as hackathons and environmental projects, encourage engagement and leadership. This balanced environment supports both academic rigor and a fulfilling social experience, enhancing overall well-being.


Career support at Kyoto University's Katsura Campus is comprehensive, offering personalized counseling, resume and cover letter reviews, and mock interviews through the Career Support Office. It organizes industry-specific job fairs, networking events with alumni, and internship programs with partner companies, facilitating hands-on experience in fields like engineering and technology. Services also include aptitude assessments, job search strategies, and access to online job portals, ensuring students are well-equipped for successful career transitions and long-term professional growth.
The below information is required while
completing the university application :
Completion of high school or equivalent education, passing the National Center Test for University Admissions and Kyoto University's individual entrance examination (including written tests and interviews), and demonstrating language proficiency (Japanese for most programs, with some requiring English). Additional requirements may include recommendation letters and personal statements.
Know more
Kyoto University has a storied history of achievements, including multiple Nobel Prizes in Physics, Chemistry, and Physiology or Medicine, with significant contributions from its campuses. At Katsura Campus, researchers have made breakthroughs in areas such as sustainable energy, materials engineering, and information technology, leading to patents and publications with global impact. Notable accomplishments include advancements in carbon nanotube applications, development of efficient solar cells, and innovations in earthquake-resistant structures, reinforcing the university's role as a leader in scientific and technological progress.


Isamu Akasaki and Hiroshi Amano developed high-brightness blue LEDs, enabling white LED lighting and transforming energy-efficient technology.
Akira Yoshino awarded for the development of lithium-ion batteries, powering the modern portable electronics revolution.
Tasuku Honjo awarded for cancer therapy by inhibition of negative immune regulation, revolutionizing oncology treatment approaches.
The K Supercomputer, developed with RIKEN, achieved top performance in global rankings, enabling advanced simulations in science and engineering.
Shinya Yamanaka created induced pluripotent stem cells, offering a groundbreaking method for regenerative medicine and disease research.
University researchers contributed to the scientific basis for the Kyoto Protocol, an international treaty on climate change that set emissions reduction targets.
Innovation at Katsura Campus is driven by interdisciplinary research centers such as the Center for Nano Engineering and the Sustainable Energy Research Center, where projects range from developing new nanomaterials to creating smart grid systems. The campus encourages open innovation through facilities like the Fabrication Laboratory (Fab Lab) for prototyping and the Business Incubation Center for startup support. Researchers actively engage in projects funded by government and industry, resulting in technologies like advanced batteries, environmental monitoring systems, and AI-driven robotics, contributing to societal and economic development.
Leveraging iPSC technology, this platform allows for patient-specific disease modeling and drug testing, accelerating personalized medicine and reducing drug development costs and failure rates.
Developed in collaboration with RIKEN, the K Computer was once the world's fastest supercomputer, used for complex simulations in climate research, drug discovery, and aerospace engineering, showcasing high-performance computing leadership.
Developed by Shinya Yamanaka, this method reprograms adult cells into pluripotent stem cells, revolutionizing regenerative medicine and reducing ethical concerns associated with embryonic stem cells, enabling personalized disease treatments.
Discovered by Sumio Iijima, carbon nanotubes have extraordinary strength and electrical properties, advancing materials science and nanotechnology for applications in electronics, composites, and medical devices.

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