There are three Departments of Applied Physics, Electrical and Electronics Engineering and Computer Science.
In the Department of Applied Physics, graduate students study two research and education areas consisting of "Quantum Physics" regarding with atoms, molecules, atomic nuclei, photons and the interactions between them, and also "Complex System Physics" to investigate the material structures for polymeric and liquid materials. The department is expected to provide them education and research for new and extreme technologies.
In the Department and Electrical and Electronics Engineering, graduate students study in three major research areas including "Power and Energy" regarding with photovoltaics as a clean energy source, electrostatic application and electrical insulation, "Circuit and Systems" with information processing in brain systems, ultrasonic diagnostics and communications and "Materials and Devices" for LSI's, nanometer-scale photonic devices, function-integrated devices, photovoltaics and optoelectronics. The aim of the department is to provide a wide spectrum of modern technologies from materials, devices and systems.
Graduate students at the Department of Computer Science study fundamentals on complicated and wide-range computer science. The department provides them core areas of operation systems (OS), architectures, algorithm and processors, and peripheral areas of networks, artificial intelligence (AI), multimedia, cognition, computational linguistics, human interfaces and so forth. The active graduated students have contributed to the modern computer and related industries as influential engineers and researchers.