PhD in Physical Science and Engineering

For PhD in Physical Science and Engineering, tuition fees are 3,372 USD per year.

The doctoral program in Physical Science and Engineering at Nagoya Institute of Technology is taught in English in Aichi, Japan, running three years with intakes in April and October. Nagoya Institute of Technology was established in 1905 as a single-faculty engineering university and counts more than seventy thousand alumni across Japanese industry, with a research-based, practical teaching model that pairs doctoral candidates closely with faculty. Physical science and engineering covers the study of matter, energy, and physical systems and how that understanding is applied to engineering problems, spanning areas such as condensed matter physics, optics, quantum technology, and mechanical and thermal systems. Doctoral research in this area typically involves experimental or computational work aimed at understanding fundamental physical phenomena or developing new devices and measurement techniques, drawing on mathematics, physics theory, and engineering methods. Applications range from semiconductor and photonic devices to energy systems and precision instrumentation, connecting fundamental physics research to practical engineering outcomes. Over three years, doctoral candidates generally spend most of their time on independent research toward a dissertation, working in a laboratory setting with a faculty supervisor, presenting at seminars, and publishing results as the research develops. This structure reflects the university's research-intensive teaching model, giving candidates direct experience with experimental setups, data analysis, and scientific writing. Graduates from physical science and engineering doctoral programs commonly pursue research and development positions in electronics, energy, or precision manufacturing industries, postdoctoral academic research, or roles at national research institutes. Conducting doctoral research in English at a Japanese engineering institute with deep regional industrial connections also gives candidates exposure to applied physics research tied to Japan's technology sector, useful for a research career connected to the country after completing the doctorate.