Major in Science and Engineering
In the Science and Engineering Major, students acquire the basic knowledge mathematics, physics, and informatics. Based on this knowledge, they will contribute to the development of mathematical science, physics, information science, mechanical engineering, electric and electronic engineering, and materials engineering as advanced engineers and researchers with an international viewpoint.
Mathematics Course
| Academic Advisor | Main Research Projects |
| Prof. J. Sugie | Ordinary differential equations, function differential equations, difference equations and their applications to science |
| Prof. T. Nakanishi | Complex analysis |
| Prof. A. Ueda | Ring Theory |
| Prof. T. Yamada | Differential geometry |
| Assoc. Prof. M. Aoki | Number theory |
| Assoc. Prof. E. Matsuhashi | General topology and geometric topology |
| Assoc. Prof. T. Watanabe | Differential topology |
| Assoc. Prof. S. Maeta | Differential geometry |
| Prof. D. Kuroiwa | Optimization theory |
| Prof. T. Wada | Partial differential equations |
| Assoc. Prof. Y. Saito | Functional equations and mathematical biology |
| Assoc. Prof. T. Yamada | Mathematical Statistics |
| Assoc. Prof. Y. Nakata | Delay equations and structured population dynamics |
| Assoc. Prof. M. Iwamoto | Mathematical modeling and applications |
| Assis. Prof. S. Suzuki | Nonlinear analysis and mathematical programming |
Information Systems Design and Data Science Course
| Academic Advisor | Main Research Projects |
| Prof. K. Aizawa | DNA computing, Model of computation |
| Prof. H. Sakano | Data science, Pattern recognition and machine Learning |
| Assoc. Prof. M. Suzuki | Programming language, Programming education |
| Assoc. Prof. T. Hirotomi | Well-being information technology |
| Assoc. Prof. A. Kanzaki | Sensor network |
| Assis. Prof. Y. Yamada | Information Retrieval |
| Assis. Prof. M. Shirai | Data Science |
| Prof. M. Hirakawa | Multimodal system design and development |
| Prof. K. Hamaguchi | Digital design and design methodology |
| Prof. T. Kamiya | Software engineering, Program analysis |
| Assoc. Prof. M. Iwami | Term rewriting system, Automated theorem proving |
| Assoc. Prof. K. Hakuta | Cryptography |
| Assis. Prof. H. Morizumi | Algorithm and complexity theory |
| Assis. Prof. T. Sakai | Data Science |
Physics and Materials Science Course
| Academic Advisor | Main Research Projects |
| Prof. K. Fujiwara | NMR study of physical properties in strongly correlated electron systems and search of exotic materials |
| Prof. H. Tanaka | Condensed matter theory on the basis of first principles calculation, development of a new method for computational physics, and mathematical physics |
| Prof. N. Haba | Researches of the standard model of high energy physics and beyond the standard model (Supersymmetry, Grand Unified Theory, Extra-Dimension theory etc.) |
| Prof. K. Miyoshi | Magnetic, transport and superconducting properties of strongly correlated materials and their high pressure effect |
| Assoc. Prof. S. Tsukada | Phase transitions and functions of ferroelectric materials probed by spectroscopic techniques, and development of new ferroelectric materials |
| Assoc. Prof. S. Nishigori | Research on physical properties of strongly correlated electron systems etc., Development and application of techniques for thermal properties measurement under high pressures |
| Assoc. Prof. S. Mochizuki | Nonperturbative methods in quantum field theory, including lattice gauge theory, Random matrix theory and its application to quantum physics, especially level statistics and quantum chaos |
| Assoc. Prof. T. Mutou | Numerical study of exotic quantum states in strongly-correlated electron systems and quantum spin systems, and theoretical study of many-body problems based on statistical physics |
| Assoc. Prof. G. Motoyama | Material research on strongly correlated electron systems and study of magnetic and transport properties under ultra low temperature |
| Prof. T. Kitamura | Research on R&D management and innovation creation, especially promotion and effect of industry-university cooperation |
| Prof. K. Arakawa | Studies on lattice defects in extreme environmental materials, using transmission electron microscopy |
| Prof. S. Morito | Research on morphology and crystallography of materials with electron microscopies and electron diffraction analyses |
| Assoc. Prof. H. Kitagawa | Research on preparation and physical properties of intermetallic compounds and ceramics materials for thermoelectric applications |
| Assoc. Prof. M. Miyamoto | Research on surface modification of plasma facing materials in fusion reactor |
| Assis. Prof. H. A. Pham | Characterization of materials microstructure by using electron microscopy and diffraction technique. Evolution of materials microstructure during various manufacturing processes |
| Prof. I. Hiromitsu | Optoelectronic devices based on organic semiconductors, especially organic solar cells |
| Prof. Y. Yamada | Crystal growth of bulk and thin film superconductors and transparent conductors and improvement of their properties |
| Prof. Y. Kajikawa | Research on new semiconductor materials for optical devices, Development of semiconductor opto-electronic devices utilizing superlattices and quantum well structures |
| Prof. Y. Fujita | Preparation of ZnO thin films and nano-particles, and their applications to the optical devices and nano-medicine |
| Prof. H. Kageshima | Advanced electronic materials research on mechanisms to manifest physical properties and on theories to control functions |
| Assoc. Prof. W. Yeh | Development of Large Area Group 4 Semiconductor Devices for Thin-Film Transistors and solar cells |
| Assoc. Prof. T. Yoshida | Carrier conduction mechanisms and transistor applications of oxide semiconductor particle layers |
| Assis. Prof. S. Funaki | Research on development of novel fabrication methods in superconductor and transparent conductors for applications |
Mechanical, Electrical and Electronic Engineering Course
| Academic Advisor | Main Research Projects |
| Prof. F. Ashida | Study on stress analyses of functional materials and structures |
| Prof. K. Yoshida | Research on nonlinear control for systems with input and state constraints, such as active vibration control for structural systems and load transfer control for crane systems |
| Assoc. Prof. Z. Hai | Research on non-destructive inspection and noise control for mechanical structures |
| Assoc. Prof. S. Li | Static and dynamic behavior (strength & life, vibration & noise, lubrication & efficiency) of various kinds of gears used in space-exploring machines, robots and aircrafts |
| Assoc. Prof. M. Hamaguchi | Research on damping transfer control using mobile robot and manipulator, damping actuator and welfare and nursing robot |
| Assoc. Prof. J. Shinjo | Thermo-fluid dynamics of engines and aerodynamics of transportation vehicles |
| Assoc. Prof. T. Morimoto | Mechanics and design of soft materials and flexible structures |
| Assoc. Prof. S. Tamura | Characteristics of nonlinear dynamics and theory of vibration suppression for mechanical structures |
| Assis. Prof. T. Tsuzuki | Global asymptotic stabilization problem for nonlinear control systems with non-Euclidean state spaces |
| Prof. M. Nawate | Human information processing, instrumentation of human-computer interaction, and their application to well-being technology |
| Prof. H. Masuda | Future high-capacity optical communication and ubiquitous networks utilizing opto-electronics technologies |
| Prof. F. Ito | Optical sensing technologies by using lasers and optical fibers, and advanced optical measurement for evaluating optical devices |
| Prof. M. Yokota | Optical Metrology focusing on interferometry including digital holography and image processing |
| Prof. S. Yano | |
| Assoc. Prof. H. Arakawa | Study on the inverse problem analysis technique with a small number measurement and their application to the physical, medical and environmental fields |
| Assoc. Prof. T. Shimomai | Remote sensing of Earth environments using electromagnetic waves |
| Assoc. Prof. W. Nakamura | Analysis of non-invasively measured functional brain data and development of related signal processing methods |
| Assis. Prof. F. Ito | Communication aids and software for severely disabled people |
| Assis. Prof. K. Kitamura | Future high-capacity optical communication and ubiquitous networks utilizing opto-electronics technologies |