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67 labs · 0 student voices
Other departments in School of Engineering ›Faculties at Tohoku University ›
Yasushi Endo, Professor
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Endo-Muroga Lab studies the development, measurement, analysis, and application of functional materials, centered on high-frequency magnetics engineering and electromagnetic compatibility (EMC) engineering. At the intersection of magnetics engineering and EMC engineering, the lab creates materials for next-generation electrical and electronic devices. It also proposes techniques for evaluating material properties with high sensitivity at high frequencies, and works on applying materials to devices. The lab accepts students who go on to graduate school from departments other than the Department of Electrical, Information and Physics Engineering, and also welcomes doctoral students who are working professionals.
Tetsuo Endoh, Professor
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Endoh Lab researches next-generation silicon integrated circuits, aiming at an ultimate energy-saving society. The lab explains that, as the shift to electrical energy advances to counter global warming, the power consumption of IT equipment around the world is also increasing. Since all the fundamentals can be learned after joining the lab, no prior specialized knowledge is needed, and students are warmly welcome.
Shin Yabukami, Professor
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The Ubiquitous Energy Lab researches magnetic sensing technology in biomedical engineering. The lab applies magnetism to medicine, working on elucidating biological activity, cancer treatment, and detecting viruses and bacteria. Research topics presented include the development of ultra-high-sensitivity magnetic field sensors, the development of magnetic hyperthermia cancer treatment systems, and medical applications of quantum magnetic sensors. Lab visits are accepted at any time, and students from other universities, students from technical colleges (KOSEN), and international students are welcome.
Makoto Tsuda, Professor
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The Applied Electric Energy Systems Lab researches applications of superconductivity and energy storage systems that use renewable energy and hydrogen. Applications of superconductivity span a wide range of fields, including power, medicine, industry, and space. The lab has no core hours, and each member pursues research without being bound by a fixed schedule. The lab also actively accepts students from other universities and technical colleges (KOSEN). On the lab's website, the lab is introduced under the name "Tsuda-Nagasaki Lab."
Kazunori Takahashi, Professor
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The Takahashi Lab researches the understanding and control of plasma phenomena, and based on that knowledge conducts research and development on space propulsion devices (plasma engines), fusion-related technologies, and industrial plasma processing equipment. Plasma is a state of matter, called the fourth state of matter, consisting of positive and negative ions and electrons. Because it is a fluid to which electromagnetic fields can be applied from outside, it can be controlled, for example through confinement and efficient acceleration. The lab conducts research mainly through laboratory experiments. On the lab's website, the lab is introduced under the name "Plasma Dynamics and Propulsion Lab."
Kenji Nakamura, Professor
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The Nakamura Lab studies electrical machines such as motors and generators, and technologies for using electrical energy efficiently. Its targets are the electrical machines that support the generation, transmission, conversion, and use of electrical energy, and the systems that combine them. Besides magnetic gears, which transmit power by the force of magnets, the lab works on wind power generation, power systems, and next-generation mobility. In April 2026, the lab moved to the Department of Electrical Energy Systems.
Taku Noda, Professor
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The Electric Power Network Systems Lab studies how to advance power systems, which deliver electrical energy, by drawing on knowledge of electrical engineering. The lab regards work in the field of electrical energy as falling into two areas: changing the form of power systems, and proposing applications of new information technologies to power systems. It also considers it important to use artificial intelligence (AI) and DX (digital transformation) technologies to deliver electricity at low cost.
Norihiro Sugita, Professor
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The Systems and Control Engineering (Sugita) Lab studies cyber-physical systems that are useful for medicine and welfare. Its research includes measuring a person's pulse wave with a video camera, and estimating the state of people in a room using radio waves used for communication. Virtual reality (VR) for medicine and welfare is also one of its research themes.
Kazushi Ishiyama, Professor
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The Bioelectromagnetic Information Lab researches sensing technologies that receive the information emitted by living bodies, as well as technologies that act on living bodies. The lab aims to establish electromagnetic communication with living bodies and to understand how they function as information systems. In Professor Ishiyama's field, the lab works on magnetic sensors and wireless actuators. In Associate Professor Goto's field, it works on materials and devices for spin waves and magneto-optics. Through developing these technologies, the lab aims to contribute to information and communications as well as to medicine and welfare.
Akio Ishiguro, Professor
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The Ishiguro Lab seeks to understand, by building robots, the control mechanisms behind the supple yet tough behavior of living things. Once these mechanisms are understood, it is expected not only to make possible robots that move around just like living creatures, but also to benefit biology. Combining robotics, mathematical science, and biology, the lab aims to establish Robotics-inspired biology as a new academic field. Its subjects include the movements of quadrupeds, plesiosaurs, myriapods, snakes, and insects.
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