I chose electrical and electronic information engineering because I had been interested since childhood in using electricity to move and control things. University classes allow students to study specialized fields such as electric circuits, electromagnetism, semiconductors, and programming. Experiments also allow students to build circuits using semiconductor devices and large motors, investigate their characteristics, and experience the knowledge learned in lectures.

In the laboratory, it becomes even more important to find problems independently and learn proactively while applying the knowledge and experience gained through classes and experiments. There are difficult moments, but students can gain valuable experience and develop the ability to think and act independently. I hope you will enjoy a meaningful and fulfilling university life.

I was interested in using programming and artificial intelligence to develop things that help society and many different people. In this field, students can learn technologies essential to modern society, including electricity, electronic circuit design, control engineering, communication, networks, computers, and programming.

Experiments give students hands-on experience designing and building circuits and systems. In the fourth year, interaction with faculty members and senior students in the laboratory helps students encounter new knowledge and ways of thinking. The knowledge and skills gained here can become a major asset for the future.

When I first studied fluid mechanics in class, I found it difficult compared with other areas of mechanics, but I also encountered many things I had never known before. That experience made me want to study the field more deeply.

I hope to become an engineer who can connect fluid mechanics with fields that have had little or no connection with it before. Please stay interested not only in engineering and science, but also in many other areas. Unexpected connections can become the driving force for new challenges.

In the materials engineering course, students learn about the properties and characteristics of many materials used around us and study how these properties are related to atomic-level structures and bonding. Classes become more specialized and difficult than in high school, but this also makes it possible to acquire knowledge that can be connected to everyday life.

Research begins in the fourth year after assignment to a laboratory. Research requires students to learn specialized knowledge on their own initiative, and motivation can greatly expand future possibilities. I hope you will experience many things and make your university life fulfilling.

I became interested in medicine because I was often ill as a child, and I was especially interested in helping patients through the power of pharmaceuticals. This led me to study applied chemistry.

University classes allow students to study fields that match their own interests. Although specialized classes and research can be challenging, overcoming such difficulties can be an excellent opportunity for growth. University life is full of new challenges, encounters, and experiences. Please value your own interests and curiosity.