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 Contact Access Campus Map Japanese Home Introduction Laboratories Faculty Members Academic Programs Admission Career Japanese Laboratories Nuclear Energy System Safety Engineering Safety Engineering of Nuclear Systems Nuclear Energy System Safety Engineering Introduction Front Line Research Lab's Sketch Website Scientizing human error. Pondering safer interfaces between humans and systems based on the examination and understanding of cognitive and behavioral traits. The key to improving the safety of large-scale and complex systems lies in people. Nuclear power plants, chemical plants, ironworks and smelters, aircrafts and others that involve large-scale and complex systems yield many benefits to society and daily life, but a serious accident in such systems may result in dire consequences and significant damage. Improvements have been made in hardware and techniques in order to enhance the safety and reliability and to ensure a sense of security in the society, resulting in the reduction of accidents of mechanical origin. On the other hand, additional burdens on on-site staff that did not exist before have been created, such as assessing the status of highly automated, high-tech apparatuses and complying with complicated procedures and rules. As long as there is human intervention of any kind, it is difficult to completely avoid human error. In light of this, it is crucial to have the mindset of "to err is human, (to forgive divine)." Takahashi Laboratory advocates the improvement of safety based on the harmonization of humans, machines and the environment. The core of our research is the examination and understanding of the human factor to be taken into account for the safe and efficient operation of large scale, complex systems, and we are involved in the research of a wide array of subjects not limited to nuclear energy systems but air traffic control operations, man-machine interfaces, cyber security, standardization of rules among others. The object of our research is the human. Incorporating neuroscience approach and knowledge, we probe into human cognitive and behavioral traits and reflect our findings back into our research with the cooperation of this university's Institute of Development, Aging and Cancer as well as practicing specialists and technical experts. Through our broad vision, flexible mindset and creativity, we pioneer interfaces between humans and systems where safety is ingrained. Staff ProfessorTAKAHASHI Makoto Associate ProfessorKARIKAWA Daisuke Laboratories Core Lab Energy Physics Engineering Advanced Fusion Reactor Engineering Fusion Plasma Diagnostics and Advanced Plasma Confinement Neutron Device Engineering Safety Engineering of Nuclear Systems Nuclear Energy-Flow Environmental Engineering Nuclear Energy System Safety Engineering Energy Physics and Engineering Education Degradation Science and Plant Life Management Measurement Technology and Reliability Quantification Particle-Beam Engineering System Engineering of Particle-Beams Applied Quantum Medical Engineering Advanced Radiation Application Nuclear Fuel Science Advanced Nuclear Engineering Advanced Nuclear Engineering --> Cooperative Lab Energy Materials Engineering Irradiation Effects in Nuclear and Their Related Materials, IMR Nuclear Materials Engineering, IMR Quantum Theoretic Material Engineering Science and Technology of Functional Materials, IMR Engineering for Actinide Materials, IMR Energy Chemical Engineering Radiochemistry, IMRAM Accelerator Radiation Engineering Accelerator Health Physics Nuclear Radiation Physics and Engineering Department of Quantum Science and Energy Engineering, Graduate School of Engineering, Tohoku University 6-6-01-2, Aza-Aoba, Aramaki, Aoba-ku, Sendai 980-8579 JAPAN Contact Access Campus Map © School of Engineering, Tohoku University Tohoku University School of Engineering Division of Mechanical Engineering Department of Mechanical and Aerospace Engineering Alumni Association Office of East Asian Academic Exchange, Department of Quantum Science and Energy Engineering