System control is a field of study that aims to create and refine various systems to achieve a desired behavior. The term "system" covers a wide range of subjects. For example, in the "smart grid system," which has become a hot topic in recent years due to the deregulation of electric power, there is an issue of how to supply stable power by connecting different renewable energies such as wind and solar power to the grid. We solve these problems by organically linking electrical and electronic engineering, systems engineering, control engineering, and information engineering.

In addition to smart grid systems, our laboratory deals with a wide range of other subjects. Our laboratory deals with a wide variety of subjects other than smart grid systems, such as "optimal motor control systems," "network optimal control systems," "optimal power conversion control systems," "optimal tracking control systems for mobile robots," "image feedback positioning control systems," and "optimal power allocation systems. This means that what we learn in our laboratory is not limited to a narrow field, but can be applied in some way to anything that has the name "system" in it. In other words, through the research activities in our laboratory, we believe that you will be able to further develop the fields in which you can play an active role in the future.

The students in our laboratory do not take a passive stance, but take the initiative in their research activities. While respecting each student's individuality, we also cultivate the cooperativeness and expressiveness of working adults through our daily research. Through joint discussions with other laboratories and direct involvement with companies through joint research, we nurture creative students who are curious and eager to absorb knowledge to create new things. We hope that all of you who have the spirit to contribute to the happiness of future human beings, including us, by designing and controlling "systems" better will join our laboratory and play an active role in the world.

For your reference, the main weekly events in the B4 laboratory are shown below. Power system seminar, control theory seminar, linear algebra seminar, general seminar (all students, about 3 students per time, present their researches and discuss them). There is also a camp in September (see photo). If you become a graduate student, you can participate and present your research at various conferences.