Mathematical, Physical, Electronic and Information Sciences

Fostering human resources who have basic skills in the fields of mathematics, physics, information, electricity, and communication as well as the ability to develop artificial intelligence, analyze big data, and deal with quantum science, which are necessary for building a smart society (Society 5.0).

OUTLINE

Course of Mathematics

Course of Physics

Quantum Structural Physics in Correlated Matter	Quantum Physics in Correlated Matter	Physics in Advanced Functional Materials	Materials Physics in Extreme Environments
Low Temperature Condensed Matter Physics	Quantum Physics in Condensed Matter	Physics of Solid Surfaces and Interfaces	Physics of Condensed Matter
Quantum Many-Body Physics	Astroparticle Physics	High Energy Physics	Extreme Quantum Pysics
Pysics of Quantum Universe

Course of Mathematical and Data Sciences

Mathematical Science for Data Engineering	Applied Mathematics	Mathematical Analysis of Models	Numerical Analysis of Flow Phenomena
Statistical Data Analysis	Spatio-Temporal Statistics	Computational Statistics

Course of Computer Science

Computer Engineering

Pattern Information Processing

Intelligent Design

Theory of Programming and Artificial Intelligence

Course of Information and Communication Systems

Mobile Communications	Multimedia Radio Systems	Distributed System Design	Optical and Electromagnetic Waves
Secure Hardware Design	Information Security	Network Systems

Course of Electrical and Electronic Engineering

Applied Superconductivity Engineering	Electric Power Conversion System Engineering	Motor System Engineering	Electronic Control Engineering
Microwave Circuits	Nanodevice and Materials Engineering	Multiscale Device Design	Optoelectronic and Electromagnetic Wave Engineering