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12 labs · 0 student voices
Other departments in Faculty of Advanced Engineering ›Faculties at Tokyo University of Science ›
Makoto Itami, Professor
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Itami Lab mainly conducts research on digital communication systems. Its three main research themes are OFDM, spread spectrum communication systems, and ITS. The lab also conducts research on communication systems and signal processing.
Shinichi Satake, Professor
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The Satake Lab champions "computer simulation engineering" and conducts research in thermal engineering. The professor's research field is computational thermofluid dynamics within thermal engineering. The lab has master's students and fourth-year undergraduate students.
Nobuyuki Masuda, Professor
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The Masuda Lab studies computing systems that speed up numerical simulation and numerical analysis. In addition to using commercially available accelerator boards, the lab builds dedicated computing circuits specialized for numerical computation on FPGAs. The lab compares the various methods used to speed up computation with dedicated computing circuits, aiming to build better high-speed computing systems.
Tadashi Ando, Associate Professor
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The Ando Lab uses computer simulation and modeling to understand biological systems from a physicochemical perspective, from the molecular level to the whole-organism level. The lab also collaborates with experimental researchers, numerically analyzing experimental data to clarify the mechanisms behind it. It is also developing new simulation algorithms and models. The lab also applies the same approach to research on electronics materials, aiming to enable more efficient and effective materials development.
Makoto Okada, Associate Professor
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The Okada Lab studies the development of optical and thermoelectric devices that use nanostructures. The research field is nanomaterials engineering (nanostructured devices). Associate Professor Makoto Okada's research background includes work on nanoimprinting, printable electronics, and flexographic printing plates.
Kazuyasu Tokiwa, Faculty member
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The Tokiwa Lab researches the development and evaluation of functional materials that take advantage of the functions of electrons and ions in matter. The work centers on three types of materials: superconducting materials, lithium secondary battery materials, and semiconductor materials for radiation measurement. The lab synthesizes new materials using equipment such as high-temperature, high-pressure generators, and evaluates them with physical property measurement systems and X-ray diffractometers.
Kenji Shiba, Professor
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The Shiba Lab uses electrical engineering, electromagnetic engineering, and power electronics to research new medical devices that support the treatment of hard-to-treat diseases. In particular, it develops systems that wirelessly transmit energy to medical devices implanted in the body (TETS), and treatment devices for deep-seated cancer that use electromagnetic waves and high electric fields. In all of its research, the lab places importance on safety for the human body, and it also studies the biological effects of electromagnetic fields and works on creating safety standards. The lab's website says that the Shiba Lab may be about the only lab at Tokyo University of Science that works on biomedical engineering from an electrical engineering perspective.
Yoshitaka Ueki, Associate Professor
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Ueki Lab studies the development of data-driven acoustic diagnostic technology. The lab clarifies the physical mechanisms related to sound, and uses information engineering and data science to develop technology that detects the occurrence and behavior of physical phenomena with high accuracy. The target is gas-liquid multiphase fields, in which gas and liquid are mixed. To bring the technology into use in society, the lab is looking for research partners and accepts joint research and commissioned research.
Noriyuki Unno, Associate Professor
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Unno Lab works in the fields of nano/microsystems and measurement engineering, and studies microbubble emission boiling and thermal nanoimprint lithography. In its research on microbubble emission boiling, the lab also works on application to boiling cooling devices for next-generation electronic equipment. In its research on thermal nanoimprint lithography, the lab also works on developing technology to control the wettability of surfaces. The lab lists nanofabrication and thermofluid engineering as the content of nano/microsystems.
Takashi Ikuno, Professor
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Ikuno Lab studies electronic devices and electronic materials, centered on surfaces and interfaces, nanocarbon materials, energy conversion devices, and optoelectronic devices. Focusing on carbon, a main constituent material of living organisms, the lab develops carbon-based functional materials with low environmental impact and soft electronics devices made with them. Using organic-inorganic hybrids, the lab also designs and develops biomimetic devices and electronic circuit networks. By controlling the properties of material surfaces and of interfaces between different materials, the lab also develops soft energy conversion devices and sensors.
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