Programs

Applied Chemistry Program

The Applied Chemistry Program at Hiroshima University's Graduate School of Advanced Science and Engineering offers advanced research opportunities in various fields of chemistry. Students engage in cutting-edge research under the guidance of experienced faculty, contributing to the development of new materials and technologies. The program focuses on specialized areas within chemistry, fostering in-depth knowledge and practical skills for future scientific endeavors. Research within the program is organized into several key laboratories, including Organic Supramolecular Chemistry, Polymer Chemistry, Organic π-Conjugated Materials Chemistry, Functional Dye Chemistry, Inorganic and Hybrid Materials Chemistry, and Catalytic Materials Chemistry. Each lab pursues distinct research themes, allowing students to specialize in areas such as host-guest complexation, precision polymerization, organic semiconductors, photocatalysts, and CO2 capture and utilization.

Applied Chemistry Program (Master's)

Architecture Program

The Architecture Program at Hiroshima University's Graduate School of Advanced Science and Engineering focuses on advanced research and development in the field of architecture. It offers opportunities to delve into various specialized areas within architecture, including structural mechanics, building design, disaster prevention, and urban planning. The program aims to foster researchers and professionals capable of addressing contemporary challenges in the built environment.

Architecture Program (Master's)

Chemical Engineering Program

The Chemical Engineering Program at Hiroshima University offers advanced research opportunities within the Graduate School of Advanced Science and Engineering. Students can engage in cutting-edge research across various specialized laboratories, focusing on developing new materials, processes, and technologies. The program emphasizes interdisciplinary approaches and aims to foster innovation in fields crucial for sustainable development and societal advancement. Research areas include thermal-fluid engineering, high-pressure fluid properties, soft materials processing, separation technology, fine particle technology, interfacial systems process engineering, sustainable materials, green process engineering, and computational multiphase flow.

Chemical Engineering Program (Master's)

Chemistry Program

The Chemistry Program at Hiroshima University, offered within the Graduate School of Advanced Science and Engineering, focuses on advanced research and education in various sub-disciplines of chemistry. This program is designed for students seeking to delve deeply into specialized areas of chemical science, contributing to cutting-edge research and innovation. Students will engage with faculty members who are leaders in their respective fields, benefiting from state-of-the-art laboratory facilities and a research-intensive environment.

Civil and Environmental Engineering Program

The Civil and Environmental Engineering Program at Hiroshima University's Graduate School of Advanced Science and Engineering offers advanced studies and research opportunities in a wide range of specialized fields. The program focuses on developing solutions for contemporary societal challenges related to infrastructure development, environmental sustainability, and disaster resilience. Students engage with cutting-edge research across various laboratories, contributing to the advancement of knowledge and practical applications in civil and environmental engineering. The program is structured to provide in-depth knowledge and practical skills. It covers areas from the fundamental properties of structural materials and the design of concrete and steel structures to the complex challenges of infrastructure management and the prevention of geo-hazards. Students will explore topics such as urban planning, global environmental strategies, and the preservation of environmental resources, preparing them for impactful careers in research, industry, and public service.

Civil and Environmental Engineering Program

The Civil and Environmental Engineering Program at Hiroshima University focuses on developing the foundational knowledge and practical skills necessary to address complex societal challenges in infrastructure and environmental sustainability. This program equips students with the expertise to design, construct, and maintain essential civil engineering works while considering their environmental impact and promoting sustainable development. Students will engage with a comprehensive curriculum that covers various aspects of civil engineering, including structural engineering, geotechnical engineering, transportation engineering, and water resource management. The program emphasizes a problem-solving approach, encouraging critical thinking and innovation in tackling real-world issues. Graduates will be prepared for diverse career paths in public service, private industry, and research, contributing to the creation of safer, more resilient, and environmentally conscious communities.

Department of Semiconductor Electronics and Integration Science

The Department of Semiconductor Electronics and Integration Science focuses on cutting-edge research and education in semiconductor electronics and integration science. This field is crucial for the advanced information society, underpinning technologies like the internet, mobile communication, computers, and robotics. The program aims to train highly capable researchers and specialists who can address future societal needs by integrating knowledge from circuit and system design to device fabrication and manufacturing. Students will engage in practical research using innovative ideas and advanced facilities, with an educational experience closely linked to ongoing research. The curriculum covers a broad perspective, preparing students for roles in developing next-generation information appliances that are high-performance, low-power, and environmentally friendly. The department emphasizes a multidisciplinary approach, potentially merging medicine and engineering fields.

Division of Advanced Science and Engineering

The Division of Advanced Science and Engineering at Hiroshima University aims to cultivate students with advanced knowledge and skills in their specialized fields, while also fostering the ability to understand and integrate knowledge across different scientific and engineering disciplines. The program emphasizes developing professionals who can contribute to local and international societies by identifying and solving complex problems. Graduates are expected to possess expertise, cross-disciplinary abilities, internationalism, and practical skills for social implementation.

Earth and Planetary Systems Science Program

The Earth and Planetary Systems Science Program at Hiroshima University offers advanced study and research opportunities focused on understanding the complex systems of our planet and other celestial bodies. The program is structured around several key research areas, including Earth and Planetary Material Science, Earth and Planetary Chemistry, Earth and Planetary Physics, and Integrative Earth and Ocean Science. Students will engage with cutting-edge research, including rock rheology, fault dynamics, astrobiology, impact events, Martian and Earth environmental evolution, magma dynamics, slow earthquakes, and the properties of the Earth's interior. The program emphasizes experimental approaches, including high-pressure and high-temperature experiments, alongside theoretical and observational studies. This program aims to foster researchers who can contribute to solving global environmental issues and advancing our knowledge of planetary science through interdisciplinary approaches. The faculty comprises leading researchers dedicated to pushing the boundaries of scientific discovery in these fields.

Education Data Science Program

This program trains specialists in educational digital transformation (DX). You will gain the knowledge and skills in data science and digital technology needed to address diverse educational challenges. The goal is to contribute to creating better educational environments, practices, and school management through innovative approaches. The program focuses on developing professionals who can reconstruct educational systems using DX. You will learn to solve and support problems faced by teachers, instructors, and students by leveraging AI and digital technology. Additionally, you will cultivate the ability to identify and solve issues using data and knowledge from education and psychology fields. The first two years of this five-year doctoral program are equivalent to a master's degree. During this period, you will build foundational knowledge and skills in data science and digital technology through specialized coursework. You will also develop the capacity to apply these skills in the fields of education and lifelong learning.

Electrical Systems and Control Program (Master's)

Electrical, Systems, and Control Engineering Program

This program focuses on System Cybernetics, an interdisciplinary field that uses mathematical and information science approaches to solve complex problems in systems that involve human interaction. As modern society relies on increasingly large and intricate systems, understanding and managing their potential for large-scale disruption is crucial. This program aims to develop theories and methods for analyzing these complex systems, integrating various research areas to design better, more human-centric systems for the 21st century. The Electrical, Systems, and Control Engineering Program offers two main courses: Fundamentals of Systems Engineering, which covers the basic theory of system cybernetics, and Applied Cybernetics, which focuses on developing new theories for analyzing, controlling, and designing human-machine systems. Students gain a broad foundation in mathematics, information engineering, and the latest technologies, equipping them to analyze, plan, control, and operate real-world systems from a system cybernetics perspective.

Follow-up Program for the 6-Year Course in Pharmacy

This program focuses on the 6-year course in Pharmacy at Hiroshima University. It provides information related to the curriculum, admissions, and career paths for students enrolled in this comprehensive program. The curriculum is designed to provide a strong foundation in pharmaceutical sciences over six years of study.

Graduate School of Advanced Science and Engineering

The Graduate School of Advanced Science and Engineering (GS-ASE) was established in April 2020 as part of Hiroshima University's reform to create a global research and education center. Its mission is to lead science for sustainable development. The school offers a wide range of programs in various science and engineering fields, fostering interdisciplinary research and international collaboration. GS-ASE aims to cultivate researchers and engineers capable of addressing complex global challenges and contributing to a sustainable future.

Informatics and Data Science Program

The Informatics and Data Science Program at Hiroshima University offers a specialized graduate-level education focused on the cutting edge of computing and data analysis. This program aims to cultivate researchers and professionals equipped with advanced knowledge and skills to tackle complex challenges in various fields through informatics and data science. Students will engage with diverse research areas, including artificial intelligence, machine learning, high-performance computing, computer vision, natural language processing, information security, and more. The curriculum is designed to provide a strong theoretical foundation coupled with practical research experience, enabling students to contribute to the advancement of science and technology.

Integrated Global Studies (IGS) - Hiroshima University

The Integrated Global Studies (IGS) program at Hiroshima University is a four-year undergraduate program taught entirely in English, leading to a Bachelor of Arts and Sciences degree. It's designed for international students who want to develop intercultural communication skills, broad-mindedness, and cooperative abilities to contribute to a more peaceful world. The curriculum emphasizes interdisciplinary learning across arts and sciences, encouraging students to tackle global issues from multiple perspectives. Graduates are prepared for careers in Japan or abroad, or for further academic pursuits. The IGS program aims to be a 'crossing of boundaries,' encouraging students to move beyond their existing perspectives, institutions, and assumptions. Through a variety of learning experiences including classes, seminars, internships, and study abroad opportunities, students are supported in their personal and academic growth. The program values genuine curiosity and deep thinking about complex issues, fostering a freer perspective for reflection and imagination. Students in the IGS program will gain competence in both English and Japanese. The interdisciplinary approach allows students to develop integrative perspectives and cooperative skills, enabling them to think beyond national, regional, religious, cultural, and linguistic differences. This holistic education prepares students for diverse career paths and academic endeavors.

Master's Program in Mathematics, Hiroshima University

The Department of Mathematics at Hiroshima University offers a graduate program focused on advanced studies and research in various fields of mathematics. The program is primarily conducted by faculty from the School of Science and the School of Integral Arts and Sciences. Students can delve into areas such as Algebra, Geometry and Topology, Mathematical Analysis, Probability Theory and Mathematical Statistics, and Geometric and Algebraic Analysis. While specific research subjects are listed, students are encouraged to explore their own research interests. The department has a strong international outlook, regularly hosting visiting professors from abroad and admitting international students who pursue doctoral degrees. Students benefit from excellent resources, including a comprehensive mathematics library, which is considered one of the best in Japan. A well-organized computer network is also readily accessible to all graduate students, facilitating research and study. The program aims to foster a deep understanding of mathematical principles and to equip students with the skills for advanced research.

Mechanical Engineering Program

The Mechanical Engineering Program at Hiroshima University offers advanced studies and research opportunities within the Graduate School of Advanced Science and Engineering. The program focuses on a wide array of specialized areas within mechanical engineering, allowing students to engage in cutting-edge research under the guidance of experienced faculty. Students can explore topics ranging from robotics and control systems to materials science, energy conversion, and fluid dynamics. The program provides a foundation for developing innovative solutions to complex engineering challenges. Through laboratory work and theoretical studies, students gain expertise in areas such as machinery dynamics, mechanics of materials, machine intelligence, and thermal and fluid engineering. The curriculum is designed to foster critical thinking and problem-solving skills, preparing graduates for impactful careers in academia and industry. Research is a central component of the Mechanical Engineering Program. The university boasts state-of-the-art facilities and encourages interdisciplinary collaboration. Students have the opportunity to contribute to advancements in fields like sustainable energy, advanced manufacturing, and intelligent systems, driving innovation and addressing global technological needs.

Mechanical Engineering Program

This program focuses on material engineering and mechanical engineering, with research exploring the control of material structures at the atomic level, modeling of material phenomena, and the development of new material control processes. The research aims to simplify the manufacturing of difficult-to-create materials, optimize processes, design alloys, control properties, and utilize micro and macro modeling techniques for materials like superalloys and through processes like spark sintering, solidification, and property control.

Mechanical Engineering Program (Master's)