Graduate School

In the Department of Materials, students study materials from microscopic perspectives—such as atomic and electronic structures—to macroscopic principles that govern material properties. Based on specialized knowledge and a broad engineering perspective, the program aims to cultivate creative researchers and engineers who can contribute to a sustainable society.

The Department of Applied Chemistry cultivates professionals who will contribute to a sustainable society through the creation of new substances and materials. Based on advanced specialized knowledge and practical skills, the program develops strong problem-solving abilities and fosters creative researchers and engineers with both creativity and expertise through a goal-oriented curriculum.

In the Department of Chemical Engineering, students systematically study chemical engineering from fundamental principles to advanced applications. Through practical education addressing the fields of environment and energy as well as biotechnology, the program cultivates advanced researchers and engineers capable of taking a comprehensive view of social challenges and developing effective solutions.

In the Department of Mechanical Engineering, students study a broad range of fields—from mechanics as a core discipline to design, control, energy, and bio-related areas. Through a well-structured curriculum and research supervision, as well as collaboration with other departments and participation in academic activities, the program cultivates engineers and researchers with strong comprehensive capabilities.

The Department of Hydrogen Energy Systems is a unique program worldwide that allows students to comprehensively study the science and technology related to hydrogen energy. The program cultivates engineers and researchers who have acquired fundamental principles of environmentally harmonious energy technologies, with hydrogen energy technology as a central pillar. 

Aeronautics and Astronautics Engineering is an advanced field of engineering that supports the expansion of human activity into new frontiers.　In this program, based on mechanics and systems engineering, students develop strong international perspectives and advanced expertise, and are trained to identify challenges and solve them creatively as researchers and engineers.

In the Department of Applied Quantum Physics and Nuclear Engineering, energy and environmental issues are addressed from an interdisciplinary perspective. Students study the principles that link microscopic understanding based on quantum theory with macroscopic properties, and develop an international perspective and flexible thinking to cultivate researchers and engineers who will pioneer new fields of science and technology.

In the Department of Naval Architecture and Ocean Engineering, students study fundamental engineering fields such as structures, fluid mechanics, and control, together with systems engineering, and develop the comprehensive skills required for the design and construction of ships and offshore structures. By making use of numerical analysis and experimental facilities, the program cultivates professionals with practical research and development capabilities.

In the Department of Earth Resource Engineering, students study the sustainable development of energy and mineral resources as well as resource circulation. Based on the principle of coexistence with the global environment, the program provides specialized education covering resource exploration through utilization, and cultivates creative engineers and researchers capable of working on an international stage.

Cooperative Program for Resources Engineering is a joint educational program offered in collaboration between Kyushu University and Hokkaido University. The program cultivates professionals with advanced expertise and international perspectives in resource engineering, who can take a comprehensive view of the entire resource flow and design and manage processes while considering technological, social, and environmental factors. 

Civil Engineering is a field of study that supports a safe and sustainable society through disaster prevention, environmental protection, transportation systems, and the development and maintenance of social infrastructure. In this program, students acquire advanced specialized knowledge and flexible research capabilities, and are trained to become researchers and engineers who can lead society.

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（ダミー）This program targets in particular Asia and Africa, which are rich in energy and metallic mineral resources and undergoing rapid development. While economic development is prioritized in these regions, environmental and disaster countermeasures lag behind, and development in these regions is far from sustainable.