What is Integrated Electronics?

Students will learn and explore advanced semiconductor integrated circuit and quantum electronics technologies that support the next-generation advanced information society, as well as various applied technologies based on these technologies, and learn methods to lead these technologies into social applications.

Research Theme: Integrated Electronics

What are students expected to learn?

To become an expert in semiconductor and quantum electronics that opens new frontiers and a leader in the comprehensive and social application of advanced semiconductor and quantum fields, students will comprehensively study the research and development of various advanced devices and integrated circuits, such as semiconductor physics and devices, semiconductor integrated circuits, quantum devices, photonics, spintronics, and superconducting electronics. While focusing on the research and development of these advanced devices and circuits, students will also comprehensively learn semiconductor processing and packaging technology, AI technology, social science, etc. In addition, through international collaborative research with Europe, students will develop skills and an international mindset that will enable them to play an active role in the global arena.

What kind of people dose the program aim to nurture?

To foster experts in semiconductors and quantum electronics that open up new frontiers, and leaders who will lead the way to comprehensive and social applications of advanced semiconductors and quantum fields.

Career prospects after completing the program

Semiconductor companies, semiconductor-related technology companies, telecommunications equipment companies, research and development institutes, automotive and aviation industries, IT technology consultants, government agencies that develop and implement semiconductor and digital industry strategies