Graduate school of engineering

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Quantum and Radiation EngineeringQuantum and radiation engineering, the foundation of nuclear engineering, is an interdisciplinary field where advanced sciences and technology are integrated. Covering the broad applicable areas of quantum beams and radiations that support today’s industry, medicine and nuclear energy, the field contributes to the development of a sustainable society and creation of a safety-based culture.In the Division of Quantum and Radiation Engineering, students explore the elementary processes of interactions between quantum radiations and materials and conduct practical studies and research using relevant facilities. Students can also experience cutting-edge technologies and learn their application, thereby acquiring necessary research and development abilities.Because quantum and radiation engineering is related broadly to society, it is crucial to establish a safety culture. The aim of this Division, therefore, is to develop engineers and researchers who are able to contribute to society with a high ethical sense and personality.Quantum radiations support our daily life. The forum for advanced technology and research is now opened.Dept. of Quantum and Radiation EngineeringMaterials Science and EngineeringWithout a doubt, materials support our modern society, from automobiles, airplanes, computers, medicines, nanomaterials, to living matter.The Division of Materials Science and Engineering covers a wide range of material groups, such as organic compounds, ceramics, semiconductors and metals, etc. Students study the sciences of various materials at the micro and nano scales, from analysis of structures at the molecular and atomic levels to evaluation of the materials’ electrical, optical, chemical, and mechanical properties and functions. It is a thrilling exploration of worlds invisible to the naked eye.In the graduate school course, basic materials science covered at the undergraduate level is brought to a global cutting-edge level so that students can take their first steps as researchers, by taking part in international conferences to exchange opinions.The aim of this Division is to develop researchers and engineers with deep understanding of their specialized field as well as basic knowledge of a wide range of materials and chemicals, and enable them to generate benefits for humankind.Exploring microscopic sciences and connecting the invisible world to society by exciting technologyDept. of Applied ChemistryDept. of Chemical EngineeringDept. of Materials ScienceElectrical Engineering and Information ScienceDept. of Electrical and Information SystemsDept. of Computer Science and Intelligent SystemsAs public interest grows in a recycling-oriented society in harmony with the global environment and a network society that enables everyone to access, process and use information and communicate with each other anytime and from anywhere, and to ensure comfortable daily lives now and in the future and support society’s continued development, there is a strong need for human resources equipped with systematic understanding of the design, planning and running of systems encompassing everything from electricity, information and communication through to production, and the ability to skillfully utilize all of their software and hardware aspects.The Division of Electrical Engineering and Information Science develops researchers and engineers who will take responsibility for the smart community and intelligent network society friendly to humans and the environment, with specialized knowledge in electrical/electronic systems, advanced energy systems, information and communication systems, production systems, computer software, information networks, recognition and learning, etc.A fusion of hardware and software supports society for the future of Engineering consists of six divisions. further divided into several specialized departments.2

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