Brain-Inspired Intelligence, Robotics and AI Hardware Course

人This course provides education on elucidating the principles of human intelligence, developing mathematical models, designing brain-inspired systems, and implementing these systems in robots and other application areas.

Keywords

Intelligent Robotics, Robot Control, Robot Middleware, Robot System Integration, Material Intelligence, Computational Intelligence, Neuroscience, Mathematical Modeling

Subjects

Fundamentals of Neuroscience, Introduction to Computational Intelligence Hardware, Introduction to Mathematical Modeling, Fundamentals of Robot Systems, Robot Kinematics, Practicum in Robot Operating System, Neuroscience Practicum, Intelligent Material Systems, Intelligent Material Systems, Biomimetics

AI Life Design Course

This course educates students to build intelligent information technologies that support social systems, such as daily life assistance, by leveraging AI and data science, thereby realizing human well-being.

Keywords

Brain-Inspired Artificial Intelligence, Machine Learning, Human Function Support Systems, Life Support Robot Systems, Social Information Systems, Healthcare and Nursing DX, Visual Information Processing, Intelligent Sensing

Subjects

Frequentist Machine Learning, Probabilistic Machine Learning, Design for functional substitution system, Visual Design, Vision Sensing and Systems Intelligence Engineering, Brain Inspired Artificial Intelligence, AAR Seminar

Biomedical Engineering Innovation Course

This course provides education on the structure and function of living organisms, enabling the development of precision medical devices and biomaterials, and facilitating their application across various industrial fields.

Keywords

Biological Functional Materials, Bioinstrument Analysis, Microanalysis Systems, Biofluid Mechanics, Biomechanics, Biomaterials Mechanics, Biomicrodevices, Medical Mechatronics Materials, Medical Mechatronics Control

Subjects

Functional Biomaterial, Instrumental Analysis of Materials, Bio-microdevices, Biofluid Dynamics, Biomechanical dynamics, Solid Biomechanics, Micro total analysis systems, Mechatronics Materials, Control Engineering for Mechatronics

Environmental and Energy Engineering Course

This course provides education that addresses global environmental issues by utilizing electronics technology for efficient energy use and employing chemical and biological reactions with minimal ecological impact.

Keywords

Power Electronics, Power Semiconductors, Organic Solar Cells, Secondary Batteries, Catalysts, Electrochemistry, Interfacial Function, Environmentally Friendly Materials, Microbial Functionality, Biological Functionality, Bioinformatics

Subjects

Advanced Electrochemical Technology, Semiconductor Materials and Devices, Earth atmosphere resource utilization - Clean Cycle Chemistry, Clean Cycle Chemistry based on Microbial Functions, Clean Cycle Chemistry based on Photo-functional Materials, Applied power electronics, Semiconductor Power Devices, Nano materials and energy conversion, Functions and Structures of Biomolecules, Environmental Benign Material Chemistry, Collaborative Brainstorming on Clean Cycle Chemistry, Practicum in Chemical and Biocomputing, GE3 Seminar, Organic Electronic Materials and Devices

Faculty Profiles