Recently, many research results in nanotechnology are used for development of mechanical devices and systems. In this course,in order to understand the state-of-art nanotechnologies for mechanical engineering, nanotechnology researches which have been done in national institute of Advanced Industrial Science and Technology (AIST) are lectured by the invited AIST researchers. (intensive course)
At the end of this course, students will understand:
1)The method of analyzing dynamic behavior of mechanical devices and systems in a microscopic region at the level of molecule and atom.
2)The structure of mechanical systems from the points of view of mechanical strength and dynamics of the microscopic region.
Micro machine, Micro/nano phenomena, Macro, Nanotechnology, Mechanical devices, Mechanical systems
|Intercultural skills||Communication skills||✔ Specialist skills||Critical thinking skills||Practical and/or problem-solving skills|
Attendance is taken in every class.
|Course schedule||Required learning|
|Class 1||Introductory lecture on course objectivities||Understand the objects of the course.|
|Class 2||Micro/nano phenomena in mechanical devices and systems.||Understand the micro/nano phenomena in mechanical devices and systems.|
|Class 3||Relationship between micro/nano and macro phenomena in mechanical devices and systems.||Understand the relationship between micro/nano and macro phenomena.|
|Class 4||Application technologies in nanotechnology||Understand the application technologies in nanotechnology.|
|Class 5||Technical trend and prospect of nanotechnology||Understand the technical trend and prospect of nanotechnology.|
|Class 6||New technologies using nanotechnology||Understand the new technologies using nanotechnology.|
|Class 7||Research and development using nanotechnology||Understand the research and development using nanotechnology.|
|Class 8||Summary of the course||Review the course content.|
1) None required
1) None required
2) Course materials are provided during class