School of Engineering, Okayama University

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Information Technology Advanced Track


 

Today, both the government and corporations are working to realize a new society and industries that utilize information technology, such as artificial intelligence (AI), IoT, and big data processing.

Also in our daily lives, convenient applications and information services on the Internet are emerging every day, making our lives richer and more interesting. In light of these developments, there is a greater need than ever for engineers and researchers with a thorough understanding of information technology.

In our Information Technology course, students learn the fundamentals and applications of information technology in order to become engineers and researchers who will be responsible for the information society of the future. Through lectures, exercises, and experiments, students can systematically learn the basics of mathematics, information and computation theory, hardware, and software, as well as programming, speech, image and natural language processing, artificial intelligence, information networks, databases, and information security. About 70% of our graduates go on to graduate school, where they pursue cutting-edge research.

Okayama University is located on a large campus in the warm Okayama Plain, close to Okayama Station, making it a great place to study.

Why don’t you study exciting information technology with us here in Okayama?

 

Systematic Education of Information Processing Studies

In modern society, which has long been called a highly networked information society, the Department of Information Technology trains engineers and researchers essential for maintaining the society’s infrastructure. For that purpose, the Department systematically educates students with a balanced mix of theory classes and practical training programs about information processing, in order to gain various knowledge covering computer software and hardware, artificial intelligence that may substitute for human intelligence, information and computing science, and technologies that apply these to intelligence and social information systems. Technologies taught at the Department are essential for industrial and social development as well as underlying technologies for all information services reaching into every corner of society.

Well-Designed Department Specialty Subjects and Flexibility in Course Selection

The Department provides well-designed classes as Department Specialty Subjects in four categories: programming languages, information processing systems, information processing architectures, and experiments. Students can systematically learn basic computer theory, system configuration skills and advanced programming skills. They can also learn about advanced themes including artificial intelligence, media information processing, information networking and information ethics. Since there are many classes and practical training programs common to the Department’s Computer Engineering and Intelligent Software Courses, flexibility is allowed in course selection.

Development of Future Leaders in Technological Innovation

Through lectures, experiments, seminars and special studies, the Department fosters not only information processing expertise but also logical thinking and writing abilities, applied skills for addressing specific problems, system design skills, and international communication skills. The Department emphasizes the discipline of computer science and encourages students to go on to the Master’s or Doctoral Program. Its curricula are well designed to provide specialty knowledge to develop future leaders with a holistic view and high ethics who can lead technological innovation in a wide range of fields including industry, culture, environment and healthcare.

Unique features of the Information Technology Advanced Track

In the track, experience for cutting-edge researches in the field of information engineering is started from the first year. In the first-year subject, "Introduction to Information Technology Advanced Track," students learn about the overview of cutting-edge researches in the field of information engineering. In the second year, students actually explore cutting-edge researches in the field of information engineering through laboratory activities along with laboratory’s professors and students. In the practice-oriented lecture "Practical Programming", students can learn practical teamwork skills for software designs along with master course students. In the fourth year, students can focus on research and practical activities in a laboratory. This course supports a consecutive six-year education program. Every students will smoothly go to graduate school. In addition, the advanced graduate course has an advanced lecture "Advanced Practical Programming." In this lecture, students can learn more advanced practical teamwork skills for software designs.

Staff and Research Projects

(As of June. 1, 2025)

Research Area
Position
Name
Research Theme
Human Centric Information Processing Senior Assistant Professor AIDA Toshiaki Probabilistic information processing, Statistical inference, Statistical mechanics
Associate Professor HARA Sunao Speech processing, Digital signal processing, Spoken dialog system, Lifelog

Computer Engineering

Professor YAMAUCHI Toshihiro Operating system, Computer security
Professor WATANABE Minoru Reconfigurable system, radiation-hardened system and device, computer architecture
Associate Professor NOMURA Yoshinari Software
Associate Professor LIN Donghui Multi-agent system, Service-oriented computing, Internet of Things
Assistant Professor WATANABE Nobuya Computer system software, Comuter architecture
Assistant Professor KOBAYASHI Satoru Network system operation
Pattern Information Processing Professor OKABE Takahiro Computer Vision, Computational Photography, Image Processing, Computer Graphics
Associate Professor TAKEUCHI Koichi Natural language processing, Lexical semantics, Terminology
Assistant Professor YOSHIDA Michitaka Computer Vision, Computational Photography, Image Processing
Neuro AI Integration Science Professor AKASHI Takuya Research on AI and computer vision combined neuroscience knowledge
Assistant Professor ENDO Yoshitaka Research on computer vision combined neuroscience knowledge
Intelligent Design Professor OHTA Manabu Information retrieval
Associate Professor GOTOH Yusuke Broadcasting, Data streaming, Spatial computing
Assistant Professor UWANO Fumito Multi-agent system, Reinforcement learning
Senior Assistant Professor MATSUDA Yuki Internet of Things, Sensing, Information Network
Senior Assistant Professor WEI Bo Adaptive media transmission, Intelligent network management, Integrated communication and sensing
Theory of Programming and Artificial Intelligence Professor TAKAHASHI Norikazu Information and mathematical engineering, Network science, Graph theory, Optimization, Nonlinear systems
Professor MONDEN Akito Empirical Software Engineering, Software Protection
Professor NAKAGAWA Hiroyuki Autonomous software, self-adaptive software, agents, software engineering, requirements
Assistant Professor INAYOSHI Hiroki Computer security, Privacy leakage detection
Assistant Professor MIGITA Tsuyoshi Computer vision
Assistant Professor OISHI Keiichiro Privacy Preserving Data Mining, Federated learning
Research Associate YAMANE Ryo Computer vision, Motion capture