Undergraduate School of Electrical and Electronic EngineeringStudents in the Undergraduate School of Electrical and Electronic Engineering are requested to take fundamental courses in mathematics, physics, electromagnetism, electric circuits, electronic circuits and logic circuits, as well as programming. They proceed to specialized courses in line with their own preferences, in areas including power engineering, control engineering, communication engineering, semiconductor engineering, and computation engineering. Fundamental experiments in electronic engineering begin from the second and third years, in order that students acquire practical skills and knowledge as they conduct experiments and exercises across a wide range of fields, such as characterizing electronic materials, designing and producing electronic circuits, operating large motors, and designing logic circuits. In the fourth year, the final year, of the curriculum, students are assigned to laboratories, implementing graduation research and compiling the findings into a graduation thesis. These curricular programs produce top researchers and engineers who will lead research and development in various fields that can support the sustainable energy society and advanced information society.