Graduate school of engineering

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Graduate School of Engineering Master’s Course and Doctoral CourseThe Graduate School These divisions are Outline of Graduate School of EngineeringMechanical EngineeringMechanical engineering covers an infinite range of systems and services to facilitate mobility and support society, including micromachinery, personal mobility, rehabilitation robots, next-generation vehicles, fuel cells, environmental protection systems, and plant factories.The Division of Mechanical Engineering provides education on cutting-edge materials, the dynamics of structures, vibrations, heat and fluids, measuring engineering, control engineering, environmental engineering, and energy systems, and through experiments using advanced research facilities and research activities such as analysis using high-performance computers, develops highly skilled engineers and researchers able to design and develop these advanced mechanical systems.The eld of mechanical engineering expands innitely, from micromachinery to plant factories.Dept. of Mechanical EngineeringAerospace and Marine-System EngineeringThe extreme conditions of environment in the ocean, sky, and outer space, which are totally different from those on the earth, constitute severe obstacles. To challenge these obstacles, it is necessary to develop and integrate a high level of knowledge of environmental characteristics and fundamental knowledge acquired in undergraduate courses.The Division of Aerospace and Marine-System Engineering, through experiments using cutting-edge equipment and research activities such as calculations with high-performance computers, fosters human resources able to design and develop technologies to protect/create the marine, sky and space environments, as well as the next-generation machines and systems that will play active roles in each of them. The frontier spirit knows no limits.To the future of the sea, sky, and space, expand your imagination innitely.Dept. of Aerospace EngineeringDept. of Marine System EngineeringElectronic devices are installed in everything, from smart phones to automobiles, and it makes IoT (Internet of Things) technology popular. However, the development of existing electronics will not be an effective method in order to realize new ultra-smart society based on further-developed IoT. We should pioneer novel electronics field utilizing nano-science and achieve the ultra-integrated, ultra-energy-saving, ultra-fast electronic devices. For this purpose you should expand the fundamental knowledge obtained in undergraduate courses while acquiring highly specialized education. Furthermore, it is important to participate in cutting-edge research activities.The Division of Electronics, Mathematics and Physics develops human resources with knowledge of the basics and applications of electronic engineering and physics, and the ability to expand this knowledge. In addition, through the advanced research activities, we will develop researchers who can contribute to the production of "new science" related to electronics and physics.Electronics, Mathematics and PhysicsDept. of Physics and ElectronicsDevelop abilities that lead to “new science,” incorporatingelectronic engineering and physics1

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