Shinji Yamakawa
Professor | Ph.D. in Engineering
Field of Synchrotron Radiation Engineering
Field of Synchrotron Radiation Engineering
Working at the intersection of synchrotron radiation and materials science, Shinji Yamakawa investigates the synthesis, development, and optical evaluation of semiconductors and related materials. His research draws on chemistry and specialized engineering methods, and this expertise shapes his teaching within the School of Engineering and Graduate School of Engineering.
Research on semiconductors, materials, development, and optics
What students can learn
Through this theme, students gain hands-on experience investigating semiconductors, materials, and their optical properties, while developing skill in experimental and analytical techniques, data interpretation, and clear technical communication.
This research theme investigates semiconductors and related materials, encompassing their chemistry, development, and optical evaluation. By linking fundamental principles to engineering applications, the work builds the capacity to frame problems clearly, weigh evidence critically, and propose workable solutions.
Research Topic 2
What students can learn
In this theme, students explore beamline science, advanced measurement, materials analysis, and accelerator-related technologies within synchrotron radiation engineering, building practical experience in experimental methods, data interpretation, and effective technical communication.
This research theme examines synchrotron radiation engineering, including beamline science, advanced measurement techniques, materials analysis, and accelerator-related technologies. By connecting fundamental principles with engineering practice, the work cultivates the ability to define problems precisely, assess evidence rigorously, and propose practical solutions.
