Faculty of Advanced Science and Technology
Course
Applied Mathematics and Informatics Course
Foster advanced specialists who are able to think and express themselves logically, to analyze and solve problems mathematically and quantitatively and to be active in the information technology era.
Learning points
- Develop airtight patterns of thought, as well as the skills to deal with actual problems flexibly
- Understand deeply through experiences by exercises and practices
- The motivation to “try” leads to results with the support of faculty members
- Will be able to earn teaching licenses in mathematics and information
Related 25 Programs
- Mathematical Analysis
- Mathematical Science for Phenomena
- Computer Science
- Data Science
- Artificial Intelligence
- SDGs (Sustainable Development Goals)
Occupations and career paths
- Teacher
- Education industry
- Security analyst
- Infomation and communication industry
- System engineer (SE), etc.
Intelligent Media Informatics Course
Fosters the development of individuals who can make full use of and create new media technology in the age of intelligent information, by expanding their curiosity in a practical way.
Learning points
- Learn with a hands-on approach, using both your brain, hands and the rest of your body
- Learn in the latest fully-equipped facilities, using the latest devices
- Learn in lecture courses that emphasize small groups
- Learn a variety of programming languages
Related 25 Programs
- Real and Virtual Media
- Software for Applications
- Artificial Intelligence
- Data Science
- Advanced Robotics
- Bionic Design
Occupations and career paths
- Companies involved in audio, visual and games
- Software developer
- System integrator
- System engineer
- Companies involved in information security, etc.
Electronics, Information and Communication Engineering Course
Fosters the development of individuals who promote the development of electronic devices, information systems, communication networks and so on, by learning about the three fields of electronics, information and communication in a systematic way, beginning with the fundamentals all the way through to their practical application.
Learning points
- Experimentation and practical training in small groups, held in facilities well-equipped with the latest in technology, in support of the evolution of technology
- Organized curriculum for learning about everything from hardware to software in a systematic way
- Third-year students begin with the post-graduate course, with a view towards finding employment or moving on to graduate school
- Complete one-on-one education provided by dedicated staff
Related 25 Programs
- Electronic Devices and Materials
- IoT and Communication Networks
- Smart Information Systems
- Mobile Robotics
- Advanced Robotics
- Bionic Design
- Artificial Intelligence
- Data Science
- Energy
Occupations and career paths
- Electronic device technician
- Electrical communication technician or researcher
- Semiconductor technician or researcher
- Companies involved in information technology consulting, etc.
Mechanical Engineering and Robotics Course
Fosters the development of individuals who are able to practically use a wide knowledge and skill set regarding mechanical engineering and robotics..
Learning points
- Determining the foundations of manufacturing products and investigating the latest domains
- Learning a wide range of fields in a balanced, systematic, and comprehensive way
- Conducting advanced and groundbreaking research in the field of mechanics, energy, and systems
- Obtaining high levels of knowledge and creativity through the special course program
Related 25 Programs
- Advanced Mechanical Engineering
- Aerospace
- Mobile Robotics
- Advanced Materials
- Advanced Robotics
- Bionic Design
- Advanced Eco-friendly Materials
- Artificial Intelligence
Occupations and career paths
- Mechanical/robotic engineer or researcher, in the manufacturing and other industries listed below
Industrial machines (machine tool, precision machinery, medical equipment, etc.);
transportation machinery (automobile industry, aerospace industry, etc.); electrical and electronic devices, etc.
- Teacher
Materials Chemistry Course
Fosters the development of individuals who understand the workings of nature, and who will be able to create a sustainable society to deal with the issues we are now facing from the standpoint of chemistry.
Learning points
- Organized curriculum that makes warm, caring guidance possible
- Fosters practical abilities through various experiments and practical training
- Helps to develop technicians who can put their abilities to work for society, as they learn about materials chemistry with an orientation towards eco-friendly chemistry
- Courses can be selected from four fields, according to the student's learning path and interests
Related 25 Programs
- Energy
- Biofunctional Chemistry
- Advanced Materials
- Environmental Coexistence
- Advanced Eco-friendly Materials
- Advanced Environmental Monitoring
- SDGs (Sustainable Development Goals)
- Bionic Design
Occupations and career paths
- Companies involved in materials such as ceramics, metals and so on
- Companies involved in energy, food and so on
- Chemical and cosmetic product manufacturers
- Biotechnology technician, researcher, etc.
Ecology and Environmental Engineering Course
Fosters the development of individuals who can creatively propose problem-solving methods in response to environmental issues, by gaining an understanding of nature through ecology as well as by learning the approaches of solving environmental engineering problems.
Learning points
- A pursuit of the harmonious coexistence between humanity and nature, achieved by bringing together environmental engineering and ecology
- Emphasizes fieldwork consisting of experiments, practical training and other forms of learning through a four-year course
- Students can acquire certifications as a museum curator or as a junior high/high school teacher (science) -tentative
- The latest research facilities enables realistic problem solving of environmental issues
Related 25 Programs
- Environmental Technology for Urban Development
- Infrastructure for Environmental Protection
- Biodiversity Science
- SDGs (Sustainable Development Goals)
- Advanced Environmental Monitoring
- Environmental Coexistence
- Advanced Eco-friendly Materials
- Biofunctional Chemistry
Occupations and career paths
- Civil servant
- Technician or researcher at an environmental plant
- Environmental protection engineer
- Construction and civil engineering consultant, etc.