- Electrical and Electronic Engineering
- Mechanical Engineering
Electrical and Electronic Engineering
Abe Lab
Koji Abe, Assoc. Prof.
Synthesis of oxide semiconductors from aqueous solution and their application
Ichimura & Kato Lab
Masaya Ichimura, Prof.
Masashi Kato, Prof.
We are researching on semiconductors for solar cells, power devices, artificial photosynthesis, and so on.
Kubo Lab
Toshiharu Kubo, Assoc. Prof.
・GaN power device on Si
・GaN LED and solar cell on Si
・Graphene on Si
Soga & Kishi & Kato Lab
Tetsuo Soga, Prof.
Naoki Kishi, Assoc. Prof.
Shinya Kato, Assist. Prof.
・Organic and inorganic next generation
solar cells (T. Soga)
・Fabrication and characterization of flexible
energy harvesting devices (N. Kishi)
・Preparation of the next generation silicon
crystalline solar cells (S. Kato)
Makoto Miyoshi’s Lab
Makoto Miyoshi, Prof.
We are engaging in R&D on nitride semiconductors and nano-carbon materials for the purpose of contributing to the global issues on energy and environment.
Niraula Lab
Madan Niraula, Prof.
・MOVPE growth of II-VI compound
semiconductors and evaluation
・Development of highly efficient, large-area
X-ray, gamma ray imaging detectors
using MOVPE-grown CdTe on Si substrates
Wakejima Lab (Compound Semiconductor Device Lab)
Akio Wakejima, Assoc. Prof.
・GaN Power Device
・Microwave Devices
・Wireless Power Transfer
Iwasaki Lab
Makoto Iwasaki, Prof.
Kenta Seki, Assoc. Prof.
Yoshihiro Maeda, Assoc. Prof.
Mechatronic systems and motion control techniques for collaborative R/D with industries
Kosaka & Matsumori Lab
Takashi Kosaka, Prof.
Hiroaki Matsumori, Assoc. Prof.
I am working on the research and development of the high efficiency-small size-light weight-motor for HV and EV drives toward the low-carbon society.
Takeshita & Kitagawa Lab
Takaharu Takeshita, Prof.
Wataru Kitagawa, Assoc. Prof.
・Power Electronics and Electromagnetic Analysis
・Control of Power Converter
・Characteristic Analysis for
Electromagnetic Machinery
Power System Lab
Mutsumi Aoki, Prof.
Yuta Nakamura, Assist. Prof.
Studies on the management and control of the next-generation power system and electrical installation for a sustainable society
Mizuno Lab
Yukio Mizuno, Prof.
・Fault diagnosis of electric apparatus
・Reliability evaluation of electrical insulating
materials
・Application of high voltage technology
・Quantification of power frequency magnetic
field
Morita & Sato Lab
Yoshifumi Morita, Prof.
Noritaka Sato, Assoc. Prof.
Challenge for creating new technologies for human friendly support, such as rehabilitation support, medical support, tele-operation support for rescue robot
Yasui Lab
Shinji Yasui, Prof.
・Atmospheric pressure plasma application
technology
・Lightning protection of power system
For contributing to recycling society and
electromagnetic environment.
Wang & Anzai Lab
Jianqing Wang, Prof.
Daisuke Anzai, Assoc. Prof.
Our laboratory focuses on research on human body area communications (PHY layer) and corresponding electromagnetic compatibility (EMC) issue.
Eiji Okamoto Lab
Eiji Okamoto, Assoc. Prof.
Researches on the next generation smart wireless communications such as mobile communication, satellite communication, free space optics, and low-latency transmission for autonomous driving.
Kikuma Lab
Nobuyoshi Kikuma, Prof.
I am doing research on smart antennas for realization of high-speed and high-quality radio communications, and high-sensitivity and high-resolution radio sensors.
Sakakibara Lab
Kunio Sakakibara, Prof.
Millimeter-wave printed and waveguide planar antennas are in the development for future self-driving cars and 5G mobile communication systems.
Hirata & Kodera Lab
Akimasa Hirata, Prof.
Sachiko Kodera, Assoc. Prof.
Our main interest is in the investigation between the human body and electromagnetic fields. The finding contributes to the electromagnetic environments as well as medical applications.
Hirayama Lab
Hiroshi Hirayama, Assoc. Prof.
Wireless power transfer is our main interest, including antenna, RF circuit and electro-magnetic compatibility (EMC) and measurement technology. Our aim is to create cable-less future.
Electromagnetic Research Group
Hiroki Wakatsuchi, Assoc. Prof.
- Electromagnetic Materials
- Metamaterials
- Metasurfaces
Tomohiro Hayashi Lab
Tomohiro Hayashi, Assoc. Prof.
・von Neumann algebra
・C*algebra
・functional analysis
Hirasawa Lab
Mikami Hirasawa, Prof.
・ Topology
・ Knot theory
・ figures in 3D and 4D
Kanno Lab
Atsushi Kanno, Prof.
・Optical communication
・In-vehicle network
・Wired and wireless convergence
Mechanical Engineering
Ishino & Saiki Lab
Yojiro Ishino, Prof.
Yu Saiki, Assoc. Prof.
Combustion technologies of carbon fiber combustion, gas-turbine & rocket combustors, etc. for sustainable environment. Cutting -edge combustion measurements. Invention of novel rotational engines. Maker-motivated laboratory, holding Guinness world record.
Engine Combustion Lab
Masahiro Furutani, Prof.
Research in our Combustion Engine Laboratory has focused mainly on trying to understand pre-flame reaction mechanisms of low temperature compression ignition in homogeneous-charge compression ignition engine and hyper lean natural gas-hydrogen dual fueled engines. Recently, we have also started to examine high-voltage electric fields effects on a spark ignition and pre-chamber combustion engines.
Convection Lab
Oaki Iida, Assoc. Prof.
Numerical simulations on convective turbulent heat and momentum transfer, especially on bypass transition of boundary layer and interaction of turbulence with inertial waves and internal gravity waves.
Heat Transfer Lab
Tomoya Houra, Assoc. Prof.
・Experimental and numerical analysis of
turbulent transport phenomena
・Visualization techniques for heat and fluid flows
・Thermo-fluid engineering for micrometeorology
Environmental Fluids Lab
Yutaka Hasegawa, Prof.
Tatsuo Ushijima, Assoc. Prof.
Our research aims are at
— Improvement/protection of human
environment and
— Promotion of renewable energy
such as wind power,
based on fluids engineering.
Flow Design Lab
Yohei Morinishi, Prof.
Toru Yamada, Assist. Prof.
Our research interests are in fluid engineering at different length scales across the macro- and micro-scopic ranges via both experimental and numerical approaches.
Complex Fluids & Flow Control Lab
Shinji Tamano, Prof.
Masakazu Muto, Assist. Prof.
Our main interests are the developments of optical measurements and simulations for the flow control in complex fluids with internal structural change.
T. Ito Lab
Toshihiro Ito, Assoc. Prof.
・Ultrasonic non-destructive evaluation
・Ultrasonic wave propagation analysis
・Nonlinear ultrasonic
Material Strength Lab
Shoji Kamiya, Prof.
Hayato Izumi, Assist. Prof.
We conduct research on mechanical reliability of MEMS and flexible device (testing of material, FEM simulation, fracture analysis) for ubiquitous sensor network society.
Shock and Wave Lab
Masahiro Nishida, Prof.
Functional Fluid Lab
Yasushi Ido, Prof.
Yuhiro Iwamoto, Assoc. Prof.
Experimental and numerical researches on damping, energy conversion, and heat and mass transfer using electromagnetic functional fluids/materials
Forming Process Lab
Takehito Makino, Assoc. Prof.
New processes of forming, friction and environmentally-friendly lubrication at tool/material interfaces, design of surface and bulk structures for 3D printing
Tribology & Machining Lab
Fumihiro Itoigawa, Prof.
Shinya Hayakawa, Assoc. Prof.
Satoru Maegawa, Assoc. Prof.
Xiaoxu Liu, Assist. Prof.
・Development of high precision and high
efficient machining
・Study on fabrication of tribologically-functional
surfaces and its application
Mechanical Systems Control Lab
Manabu Yamada, Prof.
Satoshi Nakano, Assist. Prof.
Our group is working on Control theory and its applications to mobile robots, e.g. drones and electric vehicles. Two-wheeled multi-rotor experiments are carried out for infrastructure inspections.
Virtual Reality & Mechatronics Lab
Masamichi Sakaguchi, Prof.
We’re studying about various systems from both sides of software and hardware. For example, haptic interface, rehabilitation assist, skill training, et al.
Robotics Lab
Akihito Sano, Prof.
Tomoya Kamimura, Assist. Prof.
On the basis of mechanical mechanisms on humans, we have developed passive walking or running robots and haptic devices, and these applications for many indutries like manufacturing, medical and welfare.
Haptics Lab
Yoshihiro Tanaka, Prof.
Hikari Yukawa, Assist. Prof.
We study haptic perception and develop the textile design, sensorimotor augmentation, and cooperative system.
Biomechanics Lab
Masanori Nakamura, Prof.
Shukei Sugita, Prof.
Yoshihiro Ujihara, Assoc. Prof.
Shigeki Kaneko, Assit. Prof.
The aim of our Lab. is to elucidate mechanisms of biological functions and structure for development of their applications in engineering and medical fields.
Sports Bimomechics Lab
Toshiaki Wasaka, Assoc. Prof.
The research topic of my laboratory is to elucidate the human sensorimotor function for application to the field of engineering.
Applied Mathematics Lab
Hirokazu Iwashita, Assoc. Prof.
Ohashi Misa, Assoc. Prof.
Akihiro Saeki, Assoc. Prof.
Masahiro Suzuki, Assoc. Prof.
Shusuke Otabe, Assoc. Prof.
Our research interests lie in the fields of differential geometry and differential equations, and also include these applications to mechanical engineering.
Fujii Lab
Ikuya Fujii, Assist. Prof.