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It skips to the text Faculty of Engineering / Graduate School of Integrated Science and Technology, Department of Engineering Introduction Departments International Exchanges Others JAPANESE SEARCH CLOSE MENU CLOSE JAPANESE SEARCH CLOSE Introduction Open and Close Message from the Dean History Faculty of Engineering GuideBook Departments Open and Close Department of Mechanical Engineering Department of Electrical and Electronic Engineering Department of Electronics and Materials Science Department of Applied Chemistry and Biochemical Engineering Department of Mathematical and Systems Engineering Management of Business Development Course Donated Courses International Exchanges Open and Close Shizuoka University Organization for International Collaboration Laboratory Exchange Program (SSSV) International Students Overseas Network Admission ABP-SU Others Open and Close Access Sitemap Contact Us Regional Contribution Related Organization It is the text from here Department of Mechanical Engineering Top Departments Department of Mechanical Engineering Education Courses After Graduation Faculty Department of Mechanical Engineering Website Education   The Department of Mechanical Engineering produces engineers with excellent knowledge and technical skills in mechanical engineering along with a strong sense of social responsibility. For this purpose, we aim to educate our students with a greater emphasis on the following skills and abilities: communication skills, versatile thinking, engineering ethics, knowledge of mathematics and natural science, the ability to use the design skills and modern engineering tools necessary for engineering practice. Our department offers three courses: (1) aerospace and environmental engineering, (2) intelligent processing and materials engineering, and (3) electromechanical systems (opto-electronics and precision engineering). Students spend first two years studying basic subjects and the select the course of their interest for specialized trainings. Our department has been cooperating closely with the Japan Aerospace Exploration Agency (JAXA) in high quality research education since 2005. Courses Course of Aerospace and Environmental Engineering Fostering mechanical engineers who can play active role in a wide range of industrial fields based on their expertise in aerospace and global environment technologies   The course of Aerospace and Environmental Engineering has general basic studies including: mechanics of materials , fluid mechanics, thermodynamics and mechanical dynamics. In addition to there subjects, students study special subjects concerning aerospace engineering and environmental engineering fields with high demand in the industry in recent years, such as space engineering, aeronautical engineering, physics of turbulence, multiphase flow, environment fluid technology, thermal energy, etc. Furthermore, students learn topics concerning the designing and manufacturing of large machines such as aircrafts, rockets, and air conditioners as well as environmental sustainability and purification equipment studies through practical subjects like mechanical engineering experiments, design and drawing, and graduation research. The purpose of the course of Aerospace and Environmental Engineering is to contribute to foster mechanical engineers who can apply and extend the skills of mechanical engineering to various other fields and industries by utilizing aerospace and environmental studies concepts. Academic/Field of Study Space Engineering Aeronautical Engineering Launch Vehicle Propulsion Systems Environmental Fluid Engineering Heat Transfer Advanced Thermal Engineering Space chamber (space environment simulator) Simulation of re-entry environment using arc wind tunnel Simultaneous measurement of the diameter and velocity of bubbles and droplets by using laser and optical fiber       Course of Intelligent Processing and Materials Engineering Fostering mechanical engineers who support leading-edge technologies of Japan based on their expertise in intelligent machinery and advanced materials fields   The course of Intelligent and Processing and Materials Engineering provides knowledge and skills in the design and manufacture of robots used in various fields such as industry and daily life support, and in the design and processing of lightweight and high-strength advanced materials that constitute various mechanical systems such as automobiles, motorcycles, and other transportation machinery. In addition to the basic subjects of mechanical engineering, students in this course study transportation equipment, robotics, control engineering, measurement engineering, information engineering, mechanical behavior of materials, advanced and composite material studies, elastic-plastic analysis, machining, etc. The purpose of the course of Intelligent Processing and Material Engineering is the development of human resources who can support local industry and leading-edge technology of Japan in the fields of intelligent processing and material technology. Academic/Field of Study Robotics Control Engineering Information Engineering Mechanical Behavior of Materials Theory of Plastic Working Metal Cutting Learning of work skills of expert and thier application to robotics Flexible recognition and multi-degree-of-freedom control of robots Mechanical strength test of advanced materials       Course of Electromechanical Systems (Course of Opto-Electronics and Precision Engineering) Fostering mechanical engineers who will lead "intellectual creation" integrating mechanical engineering, electrical and electronic engineering, and optical engineering   The course of Electromechanical Systems (the course of Opto-Electronics and Precision Engineering) provides an interdisciplinary education based on electronic engineering, optical engineering and precision engineering as well as mechanical engineering. Our research addresses fundamental issues related to mechatronics, MEMS (micro-electro-mechanical system), photonics, micro/nano-science, multi-physics, man-machine interface, and wave electronics. Our interdisciplinary curriculum is crafted to produce graduates who have:   an excellent broad-based education in scientific and engineering fundamentals necessary for "Intellectual Creation"; an aggressive spirit to develop new academic fields; an ability to view the various stages of creation comprehensively Academic/Field of Study Mechatronics Optics Optical Information Processing Electronic and Optical Material Science Optoelectronics Measurement Engineering Detection of pupil using a video camera Coordinate measuring machine based on parallel kinematic mechanism Electromagnetic actuator experiment       After Graduation Almost 100% Graduate Employment Rate   The majority of graduates go on to the master’s course of the graduate school. Students find work in companies in various fields such as automotive, electronic, aerospace, computer, medical, and chemical technologies. Almost 100% of the students find jobs. Major Employers of Our Recent Graduates (2019-2021) AISIN CORPORATION CANON INC. Central Japan Railway Company Chubu Electric Power Company,Incorporated DAIKIN INDUSTRIES, LTD. DENSO CORPORATION East Japan Railway Company FUJI ELECTRIC CO.,LTD. FUJITSU GENERAL LIMITED HAMAMATSU PHOTONICS K.K. Hitachi, Ltd. HONDA MOTOR CO.,LTD. JTEKT Corporation Kawasaki Heavy Industries, Ltd. KOITO MANUFACTURING CO., LTD. KUBOTA CORPORATION KYOCERA CORPORATION Mitsubishi Electric Corporation Mitsubishi Heavy Industries, Ltd. NIPPON SHARYO, LTD. NISSAN MOTOR CO.,LTD. Panasonic Corporation SEIKO EPSON CORPORATION Sony Corporation SUZUKI MOTOR CORPORATION TOYOTA AUTO BODY CO.,LTD. TOYOTA INDUSTRIES CORPORATION TOYOTA MOTOR CORPORATION YAMAHA CORPORATION Yamaha Motor Co.,Ltd. Available qualifications Associate Professional Engineer (JABEE graduates can get this certification by resistration.) Professional Engineer (JABEE graduates are exempted from the first step Professional Engineer examination.) Faculty Course of Aerospace and Environmental Engineering Professor Mitsuhiro Fukuta Refrigeration, Fluid Machinery Professor Fujio Kuwahara Thermal Engineering Professor Makoto Matsui High Temperature Gas Dynamics, Plasma Spectroscopy, Space Propulsion Professor Moghtada Mobedi Thermal Engineering Professor Masahiro Nohmi Space Engineering, Mechanical Dynamics Professor Toshiyuki Sanada Fluids Engineering Associate Professor Katsuyoshi Fukiba Aerospace Engineering Associate Professor Yasushi Kakimoto Thermal Engineering Associate Professor Akira Kawasaki Aerospace Engineering Associate Professor Takashi Mashiko Nonlinear Physics, Fluid Dynamics Associate Professor Yuhki Mizushima Fluids Engineering Associate Professor Masaaki Motozawa Fluids Engineering, Functional Fluid Associate Professor Masayoshi Okamoto Fluid Mechanics Associate Professor Yoshihiko Sano Thermal Engineering Course of Intelligent Processing and Materials Engineering Professor Kunio Hayakawa Metal Forming Process, Damage Mechanics Professor Katsuhiko Sakai Machining Technology Professor Yoshihisa Sakaida Strength and Fracture of Materials, Material Strength Design Professor Yoshinobu Shimamura Mechanics of Composite Materials Professor Shigekazu Tanaka Plastic Forming Associate Professor Tomoyuki Fujii Strength of Materials Associate Professor Tomotaka Ito Robotics Associate Professor Shoichi Kikuchi Strength of Materials Associate Professor Yuichi Kobayashi Robotics Associate Professor Hiroo Shizuka Machining Technology Associate Professor Shin Usuki 3D Measurement and Inspection Associate Professor Kengo Yoshida Mechanics of Materials Assistant Professor Tomohiro Hayakawa Robotics Course of Electromechanical Systems (Course of Opto-Electronics and Precision Engineering) Professor Junichi Asama Precision Mechatronics, Bearingless Motor Professor Yoshinobu Ebisawa Vision System Measurements Professor Gen Hashiguchi Micro Electro Mechanical Systems Professor Wataru Inami Photonics, Advanced Microscopy Professor Futoshi Iwata Opto-Precision Measurement, Nano-Craft Technology Professor Jun Kondoh Wave Electronics Professor Hongpu Li Optoelectronics Professor Takaaki Oiwa Precision Mechanism, Precision Measurement, Mechatronics Associate Professor Yasuhisa Hayashi Elastic Wave Associate Professor Atsushi Nakamura Opto-electronic Materials and Devices Associate Professor Tadatoshi Sekine Mechatronics, Information and Systems Engineering, Numerical Analysis Associate Professor Rui Shogenji Optical Information Processing Associate Professor Masanori Takeda Terahertz Electronics Associate Professor Saroj Tripathi Terahertz Photonics Assistant Professor Kiyotaka Fukumoto Ergonomics, Measurement and Control Engineering Assistant Professor Kenta Nakazawa Opto-Precision Measurement, Micromachine Faculty of Engineering / Graduate School of Integrated Science and Technology, Department of Engineering Introduction Message from the Dean History Faculty of Engineering GuideBook Departments Department of Mechanical Engineering Department of Electrical and Electronic Engineering Department of Electronics and Materials Science Department of Applied Chemistry and Biochemical Engineering Department of Mathematical and Systems Engineering Management of Business Development Course Donated Courses International Exchanges Laboratory Exchange Program (SSSV) Others Access Sitemap Contact Us Regional Contribution Related Organization Access Sitemap Contact Us Shizuoka University © Faculty of Engineering / Graduate School of Integrated Science and Technology, Department of Engineering, Shizuoka University お使いのブラウザはJavascriptに対応していないか、または無効になっています。ブラウザのJavascriptの設定をオンにしてご利用ください。